KR102175443B1 - 멜론 품종 식별용 분자 마커 및 이를 이용한 식별 방법 - Google Patents

멜론 품종 식별용 분자 마커 및 이를 이용한 식별 방법 Download PDF

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KR102175443B1
KR102175443B1 KR1020190107274A KR20190107274A KR102175443B1 KR 102175443 B1 KR102175443 B1 KR 102175443B1 KR 1020190107274 A KR1020190107274 A KR 1020190107274A KR 20190107274 A KR20190107274 A KR 20190107274A KR 102175443 B1 KR102175443 B1 KR 102175443B1
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melon
chromosome
base position
base
nucleotide
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정상민
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동국대학교 산학협력단
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    • C12Q—MEASURING OR TESTING PROCESSES INVOLVING ENZYMES, NUCLEIC ACIDS OR MICROORGANISMS; COMPOSITIONS OR TEST PAPERS THEREFOR; PROCESSES OF PREPARING SUCH COMPOSITIONS; CONDITION-RESPONSIVE CONTROL IN MICROBIOLOGICAL OR ENZYMOLOGICAL PROCESSES
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Abstract

본 발명은 멜론 품종 식별용 분자 마커 및 이를 이용한 멜론 품종 식별 방법에 관한 것으로, 멜론 품종 식별용 마커 및 이를 검출 또는 증폭할 수 있는 제제를 포함하는 조성물에 관한 것으로, 멜론 품종 구분을 통한 품종 육성 및 품종 보호에 효율적인 분자표지를 제공할 수 있다.

Description

멜론 품종 식별용 분자 마커 및 이를 이용한 식별 방법{Molecular marker for identification of melon and identification method using the same marker}
본 발명은 멜론 품종 식별용 분자 마커 및 이를 이용한 멜론 품종 식별 방법에 관한 것이다.
식물의 품종간 구분은 여러 가지 목적에 따라 필요한 연구이다. 예를 들면, 국제식물신품종보호동맹 UPOV(International Uion for the Protection of New Varieties of Plant)의 설립 이후 품종보호권 설정은 종자 회사와 육종가의 큰 관심사가 되었고, UPOV의 회원국인 우리나라 또한 품종보호를 위하여 품종구분에 객관적인 기준을 설정 혹은 수치화하는 계량화의 필요성을 인식하게 되었다.
일반적인 품종 구분은 표현형에 근거하여 구분되어 왔다. 하지만 표현형은 환경요인에 많은 영향을 받기 때문에 통계적으로 많은 실험을 요구한다. 또한 품종간 구별에 있어 표현형은 객관적 기준이 불분명하고 체감적인 차이를 반영하지 못한다. 이런 어려움을 극복하기 위해 DNA 분자 마커를 개발하기 시작했다.
DNA 분자 마커는 RFLP(restriction fragment length polymorphism), RAPD(random amplified polymorphic DNA), SSR(simple sequence repeat), SNP(Single-nucleotide polymorphism) 등 여러 가지 종류가 있다. 이중에 SNP 마커는 DNA 염기 변이 형태의 가장 흔한 유형이며 다형성 마커 개발에 높은 성공의 결과를 나타내는 방법 중 하나이다.
박과 작물인 멜론은 2010년 조사한 바에 따르면, 재배면적이 17,000 ha이며 생산량이 42,000 kg에 달하며 2012년 5월에 조사한 바에 따르면, 품종보호출원 등록된 23 품종과 생산 수입판매 신고된 375 품종이 국내 종자시장에서 유통되고 있다. 현재 국민의 기호가 다양해지고 멜론에 대한 인지도가 높아지고 있으므로 앞으로 대중적인 소비는 계속 증가될 것으로 예측된다. 이에, 개발된 품종 및 계통의 보호를 위해서는 품종 보호를 위한 분자표지 개발이 필수적이다.
한국등록특허 1423299호(2014.07.18.)
본 발명은 멜론 품종 식별용 마커를 제공하는 것을 목적으로 한다.
본 발명은 멜론 품종 식별용 조성물을 제공하는 것을 목적으로 한다.
본 발명은 멜론 품종 식별용 키트를 제공하는 것을 목적으로 한다.
본 발명은 멜론 품종 식별 방법을 제공하는 것을 목적으로 한다.
1. 멜론 1번 염색체의 1066595번째 염기 위치, 멜론 1번 염색체의 1173173번째 염기 위치, 멜론 1번 염색체의 1296246번째 염기 위치, 멜론 1번 염색체의 1462130번째 염기 위치, 멜론 1번 염색체의 14858123번째 염기 위치, 멜론 1번 염색체의 14897464번째 염기 위치, 멜론 1번 염색체의 1978773번째 염기 위치, 멜론 1번 염색체의 2112637번째 염기 위치, 멜론 1번 염색체의 3013958번째 염기 위치, 멜론 1번 염색체의 30163614번째 염기 위치, 멜론 1번 염색체의 30481228번째 염기 위치, 멜론 1번 염색체의 30584172번째 염기 위치, 멜론 1번 염색체의 31094861번째 염기 위치, 멜론 1번 염색체의 31143403번째 염기 위치, 멜론 1번 염색체의 31442835번째 염기 위치, 멜론 1번 염색체의 31869094번째 염기 위치, 멜론 1번 염색체의 31872750번째 염기 위치, 멜론 1번 염색체의 34458684번째 염기 위치, 멜론 1번 염색체의 4104877번째 염기 위치, 멜론 1번 염색체의 4325219번째 염기 위치, 멜론 1번 염색체의 6614453번째 염기 위치, 멜론 1번 염색체의 7977218번째 염기 위치, 멜론 1번 염색체의 8036666번째 염기 위치, 멜론 1번 염색체의 8793338번째 염기 위치, 멜론 1번 염색체의 8819586번째 염기 위치, 멜론 1번 염색체의 884520번째 염기 위치, 멜론 1번 염색체의 8896747번째 염기 위치, 멜론 1번 염색체의 9274229번째 염기 위치, 멜론 1번 염색체의 975872번째 염기 위치, 멜론 2번 염색체의 15448280번째 염기 위치, 멜론 2번 염색체의 15448306번째 염기 위치, 멜론 2번 염색체의 15556647번째 염기 위치, 멜론 2번 염색체의 1591748번째 염기 위치, 멜론 2번 염색체의 22107827번째 염기 위치, 멜론 2번 염색체의 25707021번째 염기 위치, 멜론 2번 염색체의 3245603번째 염기 위치, 멜론 3번 염색체의 2128779번째 염기 위치, 멜론 3번 염색체의 23854097번째 염기 위치, 멜론 3번 염색체의 24188878번째 염기 위치, 멜론 3번 염색체의 2499868번째 염기 위치, 멜론 3번 염색체의 2792358번째 염기 위치, 멜론 3번 염색체의 28982354번째 염기 위치, 멜론 3번 염색체의 28997081번째 염기 위치, 멜론 3번 염색체의 3417026번째 염기 위치, 멜론 3번 염색체의 5526710번째 염기 위치, 멜론 3번 염색체의 5568974번째 염기 위치, 멜론 3번 염색체의 5829995번째 염기 위치, 멜론 3번 염색체의 6312154번째 염기 위치, 멜론 3번 염색체의 86815번째 염기 위치, 멜론 4번 염색체의 10188263번째 염기 위치, 멜론 4번 염색체의 1414734번째 염기 위치, 멜론 4번 염색체의 15809728번째 염기 위치, 멜론 4번 염색체의 17312594번째 염기 위치, 멜론 4번 염색체의 18961613번째 염기 위치, 멜론 4번 염색체의 19965023번째 염기 위치, 멜론 4번 염색체의 25512401번째 염기 위치, 멜론 4번 염색체의 25562768번째 염기 위치, 멜론 4번 염색체의 26007483번째 염기 위치, 멜론 4번 염색체의 28423009번째 염기 위치, 멜론 4번 염색체의 31494012번째 염기 위치, 멜론 5번 염색체의 13951772번째 염기 위치, 멜론 5번 염색체의 16410353번째 염기 위치, 멜론 5번 염색체의 16439188번째 염기 위치, 멜론 5번 염색체의 21883219번째 염기 위치, 멜론 5번 염색체의 21890697번째 염기 위치, 멜론 5번 염색체의 23447733번째 염기 위치, 멜론 5번 염색체의 23483383번째 염기 위치, 멜론 5번 염색체의 24990216번째 염기 위치, 멜론 5번 염색체의 25221584번째 염기 위치, 멜론 5번 염색체의 26101426번째 염기 위치, 멜론 5번 염색체의 2952159번째 염기 위치, 멜론 5번 염색체의 2952186번째 염기 위치, 멜론 5번 염색체의 939780번째 염기 위치, 멜론 5번 염색체의 9478865번째 염기 위치, 멜론 5번 염색체의 9590309번째 염기 위치, 멜론 6번 염색체의 1499759번째 염기 위치, 멜론 6번 염색체의 1500067번째 염기 위치, 멜론 6번 염색체의 3279691번째 염기 위치, 멜론 6번 염색체의 3283619번째 염기 위치, 멜론 6번 염색체의 33398394번째 염기 위치, 멜론 6번 염색체의 3455972번째 염기 위치, 멜론 6번 염색체의 35453870번째 염기 위치, 멜론 6번 염색체의 5739996번째 염기 위치, 멜론 6번 염색체의 5912593번째 염기 위치, 멜론 6번 염색체의 5948331번째 염기 위치, 멜론 6번 염색체의 6063081번째 염기 위치, 멜론 6번 염색체의 6491771번째 염기 위치, 멜론 6번 염색체의 6491793번째 염기 위치, 멜론 6번 염색체의 7666126번째 염기 위치, 멜론 6번 염색체의 7753114번째 염기 위치, 멜론 6번 염색체의 7753657번째 염기 위치, 멜론 6번 염색체의 7782242번째 염기 위치, 멜론 6번 염색체의 847166번째 염기 위치, 멜론 6번 염색체의 8915637번째 염기 위치, 멜론 6번 염색체의 906984번째 염기 위치, 멜론 6번 염색체의 908493번째 염기 위치, 멜론 6번 염색체의 916580번째 염기 위치, 멜론 6번 염색체의 942409번째 염기 위치, 멜론 6번 염색체의 961076번째 염기 위치, 멜론 6번 염색체의 975951번째 염기 위치, 멜론 7번 염색체의 16499219번째 염기 위치, 멜론 7번 염색체의 16598912번째 염기 위치, , 멜론 7번 염색체의 16792727번째 염기 위치, 멜론 7번 염색체의 17296866번째 염기 위치, 멜론 7번 염색체의 20518337번째 염기 위치, 멜론 7번 염색체의 20747800번째 염기 위치, 멜론 8번 염색체의 1547556번째 염기 위치, 멜론 8번 염색체의 1851494번째 염기 위치, 멜론 8번 염색체의 2037236번째 염기 위치, 멜론 8번 염색체의 2104452번째 염기 위치, 멜론 8번 염색체의 2783072번째 염기 위치, 멜론 8번 염색체의 312457번째 염기 위치, 멜론 8번 염색체의 31361145번째 염기 위치, 멜론 8번 염색체의 329340번째 염기 위치, 멜론 8번 염색체의 336300번째 염기 위치, 멜론 8번 염색체의 503453번째 염기 위치, 멜론 8번 염색체의 6125881번째 염기 위치, 멜론 8번 염색체의 6147588번째 염기 위치, 멜론 8번 염색체의 6185860번째 염기 위치, 멜론 8번 염색체의 792252번째 염기 위치, 멜론 8번 염색체의 792406번째 염기 위치, 멜론 8번 염색체의 801642번째 염기 위치, 멜론 9번 염색체의 1788425번째 염기 위치, 멜론 9번 염색체의 19282217번째 염기 위치, 멜론 9번 염색체의 19293592번째 염기 위치, 멜론 9번 염색체의 21737950번째 염기 위치, 멜론 9번 염색체의 21738139번째 염기 위치, 멜론 9번 염색체의 22113253번째 염기 위치, 멜론 9번 염색체의 22382080번째 염기 위치, 멜론 9번 염색체의 22945752번째 염기 위치, 멜론 9번 염색체의 23765882번째 염기 위치, 멜론 9번 염색체의 2556989번째 염기 위치, 멜론 9번 염색체의 3524582번째 염기 위치, 멜론 9번 염색체의 5053846번째 염기 위치, 멜론 9번 염색체의 5057080번째 염기 위치, 멜론 9번 염색체의 5458257번째 염기 위치, 멜론 9번 염색체의 5512552번째 염기 위치, 멜론 9번 염색체의 5718064번째 염기 위치, 멜론 9번 염색체의 5718086번째 염기 위치, 멜론 9번 염색체의 5789550번째 염기 위치, 멜론 9번 염색체의 5881795번째 염기 위치, 멜론 9번 염색체의 5994548번째 염기 위치, 멜론 9번 염색체의 909592번째 염기 위치, 멜론 10번 염색체의 1291758번째 염기 위치, 멜론 10번 염색체의 1537667번째 염기 위치, 멜론 10번 염색체의 1537793번째 염기 위치, 멜론 10번 염색체의 18318803번째 염기 위치, 멜론 10번 염색체의 18383943번째 염기 위치, 멜론 10번 염색체의 18384386번째 염기 위치, 멜론 10번 염색체의 19109584번째 염기 위치, 멜론 10번 염색체의 19172671번째 염기 위치, 멜론 10번 염색체의 19174142번째 염기 위치, 멜론 10번 염색체의 19372215번째 염기 위치, 멜론 10번 염색체의 21781267번째 염기 위치, 멜론 10번 염색체의 4361263번째 염기 위치, 멜론 10번 염색체의 4736855번째 염기 위치, 멜론 11번 염색체의 18095430번째 염기 위치, 멜론 11번 염색체의 27693096번째 염기 위치, 멜론 11번 염색체의 3581140번째 염기 위치, 멜론 12번 염색체의 11236131번째 염기 위치, 멜론 12번 염색체의 11374398번째 염기 위치, 멜론 12번 염색체의 11422892번째 염기 위치, 멜론 12번 염색체의 13049747번째 염기 위치, 멜론 12번 염색체의 1557777번째 염기 위치, 멜론 12번 염색체의 15922782번째 염기 위치, 멜론 12번 염색체의 17012579번째 염기 위치, 멜론 12번 염색체의 18942955번째 염기 위치, 멜론 12번 염색체의 19163631번째 염기 위치, 멜론 12번 염색체의 20876389번째 염기 위치, 멜론 12번 염색체의 21687813번째 염기 위치, 멜론 12번 염색체의 22072754번째 염기 위치, 멜론 12번 염색체의 22234004번째 염기 위치, 멜론 12번 염색체의 22620200번째 염기 위치, 멜론 12번 염색체의 22620201번째 염기 위치, 멜론 12번 염색체의 22647941번째 염기 위치, 멜론 12번 염색체의 22820505번째 염기 위치, 멜론 12번 염색체의 22906257번째 염기 위치, 멜론 12번 염색체의 23157448번째 염기 위치, 멜론 12번 염색체의 2513136번째 염기 위치, 멜론 12번 염색체의 6385196번째 염기 위치, 멜론 12번 염색체의 9676532번째 염기 위치, 멜론 12번 염색체의 9676722번째 염기 위치, 멜론 12번 염색체의 9699659번째 염기 위치, 멜론 12번 염색체의 9699917번째 염기 위치, 멜론 12번 염색체의 9700013번째 염기 위치, 멜론 4번 염색체의 19926645번째 염기 위치, 멜론 7번 염색체의 16582421번째 염기 위치, 멜론 7번 염색체의 12036619번째 염기 위치, 멜론 8번 염색체의 336420번째 염기 위치, 멜론 8번 염색체의 29870433번째 염기 위치, 멜론 8번 염색체의 6874287번째 염기 위치 및 멜론 9번 염색체의 5717976번째 염기 위치 중 적어도 1 이상의 염기 위치에 존재하는 단일염기다형성(SNP)을 포함하는 폴리뉴클레오티드, 또는 이에 상보적인 폴리뉴클레오티드를 포함하는, 멜론 품종 식별용 마커로서, 상기 폴리뉴클리오티드는 서열번호 769 내지 960으로 구성된 군에서 선택된 1 이상의 염기서열 중 301번째 염기를 SNP로서 포함하고 10 내지 496개의 연속적인 염기로 구성되는 폴리뉴클레오티드인, 멜론 품종 식별용 마커.
2. 위 1에 있어서, 멜론 1번 염색체의 1066595번째 염기 위치, 멜론 1번 염색체의 1173173번째 염기 위치, 멜론 1번 염색체의 1296246번째 염기 위치, 멜론 1번 염색체의 1462130번째 염기 위치, 멜론 1번 염색체의 14858123번째 염기 위치, 멜론 1번 염색체의 14897464번째 염기 위치, 멜론 1번 염색체의 1978773번째 염기 위치, 멜론 1번 염색체의 2112637번째 염기 위치, 멜론 1번 염색체의 3013958번째 염기 위치, 멜론 1번 염색체의 30163614번째 염기 위치, 멜론 1번 염색체의 30481228번째 염기 위치, 멜론 1번 염색체의 30584172번째 염기 위치, 멜론 1번 염색체의 31094861번째 염기 위치, 멜론 1번 염색체의 31143403번째 염기 위치, 멜론 1번 염색체의 31442835번째 염기 위치, 멜론 1번 염색체의 31869094번째 염기 위치, 멜론 1번 염색체의 31872750번째 염기 위치, 멜론 1번 염색체의 34458684번째 염기 위치, 멜론 1번 염색체의 4104877번째 염기 위치, 멜론 1번 염색체의 4325219번째 염기 위치, 멜론 1번 염색체의 6614453번째 염기 위치, 멜론 1번 염색체의 7977218번째 염기 위치, 멜론 1번 염색체의 8036666번째 염기 위치, 멜론 1번 염색체의 8793338번째 염기 위치, 멜론 1번 염색체의 8819586번째 염기 위치, 멜론 1번 염색체의 884520번째 염기 위치, 멜론 1번 염색체의 8896747번째 염기 위치, 멜론 1번 염색체의 9274229번째 염기 위치, 멜론 1번 염색체의 975872번째 염기 위치, 멜론 2번 염색체의 15448280번째 염기 위치, 멜론 2번 염색체의 15448306번째 염기 위치, 멜론 2번 염색체의 15556647번째 염기 위치, 멜론 2번 염색체의 1591748번째 염기 위치, 멜론 2번 염색체의 22107827번째 염기 위치, 멜론 2번 염색체의 25707021번째 염기 위치, 멜론 2번 염색체의 3245603번째 염기 위치, 멜론 3번 염색체의 2128779번째 염기 위치, 멜론 3번 염색체의 23854097번째 염기 위치, 멜론 3번 염색체의 24188878번째 염기 위치, 멜론 3번 염색체의 2499868번째 염기 위치, 멜론 3번 염색체의 2792358번째 염기 위치, 멜론 3번 염색체의 28982354번째 염기 위치, 멜론 3번 염색체의 28997081번째 염기 위치, 멜론 3번 염색체의 3417026번째 염기 위치, 멜론 3번 염색체의 5526710번째 염기 위치, 멜론 3번 염색체의 5568974번째 염기 위치, 멜론 3번 염색체의 5829995번째 염기 위치, 멜론 3번 염색체의 6312154번째 염기 위치, 멜론 3번 염색체의 86815번째 염기 위치, 멜론 4번 염색체의 10188263번째 염기 위치, 멜론 4번 염색체의 1414734번째 염기 위치, 멜론 4번 염색체의 15809728번째 염기 위치, 멜론 4번 염색체의 17312594번째 염기 위치, 멜론 4번 염색체의 18961613번째 염기 위치, 멜론 4번 염색체의 19965023번째 염기 위치, 멜론 4번 염색체의 25512401번째 염기 위치, 멜론 4번 염색체의 25562768번째 염기 위치, 멜론 4번 염색체의 26007483번째 염기 위치, 멜론 4번 염색체의 28423009번째 염기 위치, 멜론 4번 염색체의 31494012번째 염기 위치, 멜론 5번 염색체의 13951772번째 염기 위치, 멜론 5번 염색체의 16410353번째 염기 위치, 멜론 5번 염색체의 16439188번째 염기 위치, 멜론 5번 염색체의 21883219번째 염기 위치, 멜론 5번 염색체의 21890697번째 염기 위치, 멜론 5번 염색체의 23447733번째 염기 위치, 멜론 5번 염색체의 23483383번째 염기 위치, 멜론 5번 염색체의 24990216번째 염기 위치, 멜론 5번 염색체의 25221584번째 염기 위치, 멜론 5번 염색체의 26101426번째 염기 위치, 멜론 5번 염색체의 2952159번째 염기 위치, 멜론 5번 염색체의 2952186번째 염기 위치, 멜론 5번 염색체의 939780번째 염기 위치, 멜론 5번 염색체의 9478865번째 염기 위치, 멜론 5번 염색체의 9590309번째 염기 위치, 멜론 6번 염색체의 1499759번째 염기 위치, 멜론 6번 염색체의 1500067번째 염기 위치, 멜론 6번 염색체의 3279691번째 염기 위치, 멜론 6번 염색체의 3283619번째 염기 위치, 멜론 6번 염색체의 33398394번째 염기 위치, 멜론 6번 염색체의 3455972번째 염기 위치, 멜론 6번 염색체의 35453870번째 염기 위치, 멜론 6번 염색체의 5739996번째 염기 위치, 멜론 6번 염색체의 5912593번째 염기 위치, 멜론 6번 염색체의 5948331번째 염기 위치, 멜론 6번 염색체의 6063081번째 염기 위치, 멜론 6번 염색체의 6491771번째 염기 위치, 멜론 6번 염색체의 6491793번째 염기 위치, 멜론 6번 염색체의 7666126번째 염기 위치, 멜론 6번 염색체의 7753114번째 염기 위치, 멜론 6번 염색체의 7753657번째 염기 위치, 멜론 6번 염색체의 7782242번째 염기 위치, 멜론 6번 염색체의 847166번째 염기 위치, 멜론 6번 염색체의 8915637번째 염기 위치, 멜론 6번 염색체의 906984번째 염기 위치, 멜론 6번 염색체의 908493번째 염기 위치, 멜론 6번 염색체의 916580번째 염기 위치, 멜론 6번 염색체의 942409번째 염기 위치, 멜론 6번 염색체의 961076번째 염기 위치, 멜론 6번 염색체의 975951번째 염기 위치, 멜론 7번 염색체의 16499219번째 염기 위치, 멜론 7번 염색체의 16598912번째 염기 위치, , 멜론 7번 염색체의 16792727번째 염기 위치, 멜론 7번 염색체의 17296866번째 염기 위치, 멜론 7번 염색체의 20518337번째 염기 위치, 멜론 7번 염색체의 20747800번째 염기 위치, 멜론 8번 염색체의 1547556번째 염기 위치, 멜론 8번 염색체의 1851494번째 염기 위치, 멜론 8번 염색체의 2037236번째 염기 위치, 멜론 8번 염색체의 2104452번째 염기 위치, 멜론 8번 염색체의 2783072번째 염기 위치, 멜론 8번 염색체의 312457번째 염기 위치, 멜론 8번 염색체의 31361145번째 염기 위치, 멜론 8번 염색체의 329340번째 염기 위치, 멜론 8번 염색체의 336300번째 염기 위치, 멜론 8번 염색체의 503453번째 염기 위치, 멜론 8번 염색체의 6125881번째 염기 위치, 멜론 8번 염색체의 6147588번째 염기 위치, 멜론 8번 염색체의 6185860번째 염기 위치, 멜론 8번 염색체의 792252번째 염기 위치, 멜론 8번 염색체의 792406번째 염기 위치, 멜론 8번 염색체의 801642번째 염기 위치, 멜론 9번 염색체의 1788425번째 염기 위치, 멜론 9번 염색체의 19282217번째 염기 위치, 멜론 9번 염색체의 19293592번째 염기 위치, 멜론 9번 염색체의 21737950번째 염기 위치, 멜론 9번 염색체의 21738139번째 염기 위치, 멜론 9번 염색체의 22113253번째 염기 위치, 멜론 9번 염색체의 22382080번째 염기 위치, 멜론 9번 염색체의 22945752번째 염기 위치, 멜론 9번 염색체의 23765882번째 염기 위치, 멜론 9번 염색체의 2556989번째 염기 위치, 멜론 9번 염색체의 3524582번째 염기 위치, 멜론 9번 염색체의 5053846번째 염기 위치, 멜론 9번 염색체의 5057080번째 염기 위치, 멜론 9번 염색체의 5458257번째 염기 위치, 멜론 9번 염색체의 5512552번째 염기 위치, 멜론 9번 염색체의 5718064번째 염기 위치, 멜론 9번 염색체의 5718086번째 염기 위치, 멜론 9번 염색체의 5789550번째 염기 위치, 멜론 9번 염색체의 5881795번째 염기 위치, 멜론 9번 염색체의 5994548번째 염기 위치, 멜론 9번 염색체의 909592번째 염기 위치, 멜론 10번 염색체의 1291758번째 염기 위치, 멜론 10번 염색체의 1537667번째 염기 위치, 멜론 10번 염색체의 1537793번째 염기 위치, 멜론 10번 염색체의 18318803번째 염기 위치, 멜론 10번 염색체의 18383943번째 염기 위치, 멜론 10번 염색체의 18384386번째 염기 위치, 멜론 10번 염색체의 19109584번째 염기 위치, 멜론 10번 염색체의 19172671번째 염기 위치, 멜론 10번 염색체의 19174142번째 염기 위치, 멜론 10번 염색체의 19372215번째 염기 위치, 멜론 10번 염색체의 21781267번째 염기 위치, 멜론 10번 염색체의 4361263번째 염기 위치, 멜론 10번 염색체의 4736855번째 염기 위치, 멜론 11번 염색체의 18095430번째 염기 위치, 멜론 11번 염색체의 27693096번째 염기 위치, 멜론 11번 염색체의 3581140번째 염기 위치, 멜론 12번 염색체의 11236131번째 염기 위치, 멜론 12번 염색체의 11374398번째 염기 위치, 멜론 12번 염색체의 11422892번째 염기 위치, 멜론 12번 염색체의 13049747번째 염기 위치, 멜론 12번 염색체의 1557777번째 염기 위치, 멜론 12번 염색체의 15922782번째 염기 위치, 멜론 12번 염색체의 17012579번째 염기 위치, 멜론 12번 염색체의 18942955번째 염기 위치, 멜론 12번 염색체의 19163631번째 염기 위치, 멜론 12번 염색체의 20876389번째 염기 위치, 멜론 12번 염색체의 21687813번째 염기 위치, 멜론 12번 염색체의 22072754번째 염기 위치, 멜론 12번 염색체의 22234004번째 염기 위치, 멜론 12번 염색체의 22620200번째 염기 위치, 멜론 12번 염색체의 22620201번째 염기 위치, 멜론 12번 염색체의 22647941번째 염기 위치, 멜론 12번 염색체의 22820505번째 염기 위치, 멜론 12번 염색체의 22906257번째 염기 위치, 멜론 12번 염색체의 23157448번째 염기 위치, 멜론 12번 염색체의 2513136번째 염기 위치, 멜론 12번 염색체의 6385196번째 염기 위치, 멜론 12번 염색체의 9676532번째 염기 위치, 멜론 12번 염색체의 9676722번째 염기 위치, 멜론 12번 염색체의 9699659번째 염기 위치, 멜론 12번 염색체의 9699917번째 염기 위치, 멜론 12번 염색체의 9700013번째 염기 위치, 멜론 4번 염색체의 19926645번째 염기 위치, 멜론 7번 염색체의 16582421번째 염기 위치, 멜론 7번 염색체의 12036619번째 염기 위치, 멜론 8번 염색체의 336420번째 염기 위치, 멜론 8번 염색체의 29870433번째 염기 위치, 멜론 8번 염색체의 6874287번째 염기 위치 및 멜론 9번 염색체의 5717976번째 염기 위치에 존재하는 SNP를 포함하는 폴리뉴클레오티드, 또는 이에 상보적인 폴리뉴클레오티드를 포함하는, 멜론 품종 식별용 마커로서, 상기 폴리뉴클리오티드는 서열번호 769 내지 960의 염기서열 중 301번째 염기를 SNP로서 포함하고 10 내지 496개의 연속적인 염기로 구성되는 폴리뉴클레오티드인, 멜론 품종 식별용 마커.
3. 위 1의 멜론 품종 식별용 마커를 검출 또는 증폭할 수 있는 제제를 포함하는, 멜론 품종 식별용 조성물.
4. 위 3에 있어서, 상기 제제는 서열번호 1 내지 4, 5 내지 8, 9 내지 12, 13 내지 16, 17 내지 20, 21 내지 24, 25 내지 28, 29 내지 32, 33 내지 36, 37 내지 40, 41 내지 44, 45 내지 48, 49 내지 52, 53 내지 56, 57 내지 60, 61 내지 64, 65 내지 68, 69 내지 72, 73 내지 76, 77 내지 80, 81 내지 84, 85 내지 88, 89 내지 92, 93 내지 96, 97 내지 100, 101 내지 104, 105 내지 108, 109 내지 112, 113 내지 116, 117 내지 120, 121 내지 124, 125 내지 128, 129 내지 132, 133 내지 136, 137 내지 140, 141 내지 144, 145 내지 148, 149 내지 152, 153 내지 156, 157 내지 160, 161 내지 164, 165 내지 168, 169 내지 172, 173 내지 176, 177 내지 180, 181 내지 184, 185 내지 188, 189 내지 192, 193 내지 196, 197 내지 200, 201 내지 204, 205 내지 208, 209 내지 212, 213 내지 216, 217 내지 220, 221 내지 224, 225 내지 228, 229 내지 232, 233 내지 236, 237 내지 240, 241 내지 244, 245 내지 248, 249 내지 252, 253 내지 256, 257 내지 260, 261 내지 264, 265 내지 268, 269 내지 272, 273 내지 276, 277 내지 280, 281 내지 284, 285 내지 288, 289 내지 292, 293 내지 296, 297 내지 300, 301 내지 304, 305 내지 308, 309 내지 312, 313 내지 316, 317 내지 320, 321 내지 324, 325 내지 328, 329 내지 332, 333 내지 336, 337 내지 340, 341 내지 344, 345 내지 348, 349 내지 352, 353 내지 356, 357 내지 360, 361 내지 364, 365 내지 368, 369 내지 372, 373 내지 376, 377 내지 380, 381 내지 384, 385 내지 388, 389 내지 392, 393 내지 396, 397 내지 400, 401 내지 404, 405 내지 408, 409 내지 412, 413 내지 416, 417 내지 420, 421 내지 424, 425 내지 428, 429 내지 432, 433 내지 436, 437 내지 440, 441 내지 444, 445 내지 448, 449 내지 452, 453 내지 456, 457 내지 460, 461 내지 464, 465 내지 468, 469 내지 472, 473 내지 476, 477 내지 480, 481 내지 484, 485 내지 488, 489 내지 492, 493 내지 496, 497 내지 500, 501 내지 504, 505 내지 508, 509 내지 512, 513 내지 516, 517 내지 520, 521 내지 524, 525 내지 528, 529 내지 532, 533 내지 536, 537 내지 540, 541 내지 544, 545 내지 548, 549 내지 552, 553 내지 556, 557 내지 560, 561 내지 564, 565 내지 568, 569 내지 572, 573 내지 576, 577 내지 580, 581 내지 584, 585 내지 588, 589 내지 592, 593 내지 596, 597 내지 600, 601 내지 604, 605 내지 608, 609 내지 612, 613 내지 616, 617 내지 620, 621 내지 624, 625 내지 628, 629 내지 632, 633 내지 636, 637 내지 640, 641 내지 644, 645 내지 648, 649 내지 652, 653 내지 656, 657 내지 660, 661 내지 664, 665 내지 668, 669 내지 672, 673 내지 676, 677 내지 680, 681 내지 684, 685 내지 688, 689 내지 692, 693 내지 696, 697 내지 700, 701 내지 704, 705 내지 708, 709 내지 712, 713 내지 716, 717 내지 720, 721 내지 724, 725 내지 728, 729 내지 732, 733 내지 736, 737 내지 740, 741 내지 744, 745 내지 748, 749 내지 752, 753 내지 756, 757 내지 760, 761 내지 764 또는 765 내지 768의 프라이머 세트인 멜론 품종 식별용 조성물.
5. 위 1 내지 4 중 어느 한 항의 조성물을 포함하는, 멜론 품종 식별용 키트.
6. (a) 멜론으로부터 유래된 게놈 DNA를 분리하는 단계; (b) 상기 분리된 게놈 DNA를 주형으로 하고, 위 1의 멜론 품종 식별용 SNP를 포함하는 다형성부위를 증폭하는 단계; 및 (c) 상기 증폭된 산물을 분석하여 멜론의 품종을 식별하는 단계; 를 포함하는 멜론 품종을 식별하는 방법.
본 발명은 멜론 품종 식별용 마커 및 이를 검출 또는 증폭할 수 있는 제제를 포함하는 조성물에 관한 것으로, 멜론 품종 구분을 통한 품종 육성 및 품종 보호에 효율적인 분자표지를 제공할 수 있다.
이하, 본 발명을 상세히 설명한다.
본 발명은 멜론의 48개 품종에 대해 높은 다형성을 나타내는 멜론 품종 식별용 마커를 제공한다.
본 발명은 멜론 1번 염색체의 1066595번째 염기 위치, 멜론 1번 염색체의 1173173번째 염기 위치, 멜론 1번 염색체의 1296246번째 염기 위치, 멜론 1번 염색체의 1462130번째 염기 위치, 멜론 1번 염색체의 14858123번째 염기 위치, 멜론 1번 염색체의 14897464번째 염기 위치, 멜론 1번 염색체의 1978773번째 염기 위치, 멜론 1번 염색체의 2112637번째 염기 위치, 멜론 1번 염색체의 3013958번째 염기 위치, 멜론 1번 염색체의 30163614번째 염기 위치, 멜론 1번 염색체의 30481228번째 염기 위치, 멜론 1번 염색체의 30584172번째 염기 위치, 멜론 1번 염색체의 31094861번째 염기 위치, 멜론 1번 염색체의 31143403번째 염기 위치, 멜론 1번 염색체의 31442835번째 염기 위치, 멜론 1번 염색체의 31869094번째 염기 위치, 멜론 1번 염색체의 31872750번째 염기 위치, 멜론 1번 염색체의 34458684번째 염기 위치, 멜론 1번 염색체의 4104877번째 염기 위치, 멜론 1번 염색체의 4325219번째 염기 위치, 멜론 1번 염색체의 6614453번째 염기 위치, 멜론 1번 염색체의 7977218번째 염기 위치, 멜론 1번 염색체의 8036666번째 염기 위치, 멜론 1번 염색체의 8793338번째 염기 위치, 멜론 1번 염색체의 8819586번째 염기 위치, 멜론 1번 염색체의 884520번째 염기 위치, 멜론 1번 염색체의 8896747번째 염기 위치, 멜론 1번 염색체의 9274229번째 염기 위치, 멜론 1번 염색체의 975872번째 염기 위치, 멜론 2번 염색체의 15448280번째 염기 위치, 멜론 2번 염색체의 15448306번째 염기 위치, 멜론 2번 염색체의 15556647번째 염기 위치, 멜론 2번 염색체의 1591748번째 염기 위치, 멜론 2번 염색체의 22107827번째 염기 위치, 멜론 2번 염색체의 25707021번째 염기 위치, 멜론 2번 염색체의 3245603번째 염기 위치, 멜론 3번 염색체의 2128779번째 염기 위치, 멜론 3번 염색체의 23854097번째 염기 위치, 멜론 3번 염색체의 24188878번째 염기 위치, 멜론 3번 염색체의 2499868번째 염기 위치, 멜론 3번 염색체의 2792358번째 염기 위치, 멜론 3번 염색체의 28982354번째 염기 위치, 멜론 3번 염색체의 28997081번째 염기 위치, 멜론 3번 염색체의 3417026번째 염기 위치, 멜론 3번 염색체의 5526710번째 염기 위치, 멜론 3번 염색체의 5568974번째 염기 위치, 멜론 3번 염색체의 5829995번째 염기 위치, 멜론 3번 염색체의 6312154번째 염기 위치, 멜론 3번 염색체의 86815번째 염기 위치, 멜론 4번 염색체의 10188263번째 염기 위치, 멜론 4번 염색체의 1414734번째 염기 위치, 멜론 4번 염색체의 15809728번째 염기 위치, 멜론 4번 염색체의 17312594번째 염기 위치, 멜론 4번 염색체의 18961613번째 염기 위치, 멜론 4번 염색체의 19965023번째 염기 위치, 멜론 4번 염색체의 25512401번째 염기 위치, 멜론 4번 염색체의 25562768번째 염기 위치, 멜론 4번 염색체의 26007483번째 염기 위치, 멜론 4번 염색체의 28423009번째 염기 위치, 멜론 4번 염색체의 31494012번째 염기 위치, 멜론 5번 염색체의 13951772번째 염기 위치, 멜론 5번 염색체의 16410353번째 염기 위치, 멜론 5번 염색체의 16439188번째 염기 위치, 멜론 5번 염색체의 21883219번째 염기 위치, 멜론 5번 염색체의 21890697번째 염기 위치, 멜론 5번 염색체의 23447733번째 염기 위치, 멜론 5번 염색체의 23483383번째 염기 위치, 멜론 5번 염색체의 24990216번째 염기 위치, 멜론 5번 염색체의 25221584번째 염기 위치, 멜론 5번 염색체의 26101426번째 염기 위치, 멜론 5번 염색체의 2952159번째 염기 위치, 멜론 5번 염색체의 2952186번째 염기 위치, 멜론 5번 염색체의 939780번째 염기 위치, 멜론 5번 염색체의 9478865번째 염기 위치, 멜론 5번 염색체의 9590309번째 염기 위치, 멜론 6번 염색체의 1499759번째 염기 위치, 멜론 6번 염색체의 1500067번째 염기 위치, 멜론 6번 염색체의 3279691번째 염기 위치, 멜론 6번 염색체의 3283619번째 염기 위치, 멜론 6번 염색체의 33398394번째 염기 위치, 멜론 6번 염색체의 3455972번째 염기 위치, 멜론 6번 염색체의 35453870번째 염기 위치, 멜론 6번 염색체의 5739996번째 염기 위치, 멜론 6번 염색체의 5912593번째 염기 위치, 멜론 6번 염색체의 5948331번째 염기 위치, 멜론 6번 염색체의 6063081번째 염기 위치, 멜론 6번 염색체의 6491771번째 염기 위치, 멜론 6번 염색체의 6491793번째 염기 위치, 멜론 6번 염색체의 7666126번째 염기 위치, 멜론 6번 염색체의 7753114번째 염기 위치, 멜론 6번 염색체의 7753657번째 염기 위치, 멜론 6번 염색체의 7782242번째 염기 위치, 멜론 6번 염색체의 847166번째 염기 위치, 멜론 6번 염색체의 8915637번째 염기 위치, 멜론 6번 염색체의 906984번째 염기 위치, 멜론 6번 염색체의 908493번째 염기 위치, 멜론 6번 염색체의 916580번째 염기 위치, 멜론 6번 염색체의 942409번째 염기 위치, 멜론 6번 염색체의 961076번째 염기 위치, 멜론 6번 염색체의 975951번째 염기 위치, 멜론 7번 염색체의 16499219번째 염기 위치, 멜론 7번 염색체의 16598912번째 염기 위치, , 멜론 7번 염색체의 16792727번째 염기 위치, 멜론 7번 염색체의 17296866번째 염기 위치, 멜론 7번 염색체의 20518337번째 염기 위치, 멜론 7번 염색체의 20747800번째 염기 위치, 멜론 8번 염색체의 1547556번째 염기 위치, 멜론 8번 염색체의 1851494번째 염기 위치, 멜론 8번 염색체의 2037236번째 염기 위치, 멜론 8번 염색체의 2104452번째 염기 위치, 멜론 8번 염색체의 2783072번째 염기 위치, 멜론 8번 염색체의 312457번째 염기 위치, 멜론 8번 염색체의 31361145번째 염기 위치, 멜론 8번 염색체의 329340번째 염기 위치, 멜론 8번 염색체의 336300번째 염기 위치, 멜론 8번 염색체의 503453번째 염기 위치, 멜론 8번 염색체의 6125881번째 염기 위치, 멜론 8번 염색체의 6147588번째 염기 위치, 멜론 8번 염색체의 6185860번째 염기 위치, 멜론 8번 염색체의 792252번째 염기 위치, 멜론 8번 염색체의 792406번째 염기 위치, 멜론 8번 염색체의 801642번째 염기 위치, 멜론 9번 염색체의 1788425번째 염기 위치, 멜론 9번 염색체의 19282217번째 염기 위치, 멜론 9번 염색체의 19293592번째 염기 위치, 멜론 9번 염색체의 21737950번째 염기 위치, 멜론 9번 염색체의 21738139번째 염기 위치, 멜론 9번 염색체의 22113253번째 염기 위치, 멜론 9번 염색체의 22382080번째 염기 위치, 멜론 9번 염색체의 22945752번째 염기 위치, 멜론 9번 염색체의 23765882번째 염기 위치, 멜론 9번 염색체의 2556989번째 염기 위치, 멜론 9번 염색체의 3524582번째 염기 위치, 멜론 9번 염색체의 5053846번째 염기 위치, 멜론 9번 염색체의 5057080번째 염기 위치, 멜론 9번 염색체의 5458257번째 염기 위치, 멜론 9번 염색체의 5512552번째 염기 위치, 멜론 9번 염색체의 5718064번째 염기 위치, 멜론 9번 염색체의 5718086번째 염기 위치, 멜론 9번 염색체의 5789550번째 염기 위치, 멜론 9번 염색체의 5881795번째 염기 위치, 멜론 9번 염색체의 5994548번째 염기 위치, 멜론 9번 염색체의 909592번째 염기 위치, 멜론 10번 염색체의 1291758번째 염기 위치, 멜론 10번 염색체의 1537667번째 염기 위치, 멜론 10번 염색체의 1537793번째 염기 위치, 멜론 10번 염색체의 18318803번째 염기 위치, 멜론 10번 염색체의 18383943번째 염기 위치, 멜론 10번 염색체의 18384386번째 염기 위치, 멜론 10번 염색체의 19109584번째 염기 위치, 멜론 10번 염색체의 19172671번째 염기 위치, 멜론 10번 염색체의 19174142번째 염기 위치, 멜론 10번 염색체의 19372215번째 염기 위치, 멜론 10번 염색체의 21781267번째 염기 위치, 멜론 10번 염색체의 4361263번째 염기 위치, 멜론 10번 염색체의 4736855번째 염기 위치, 멜론 11번 염색체의 18095430번째 염기 위치, 멜론 11번 염색체의 27693096번째 염기 위치, 멜론 11번 염색체의 3581140번째 염기 위치, 멜론 12번 염색체의 11236131번째 염기 위치, 멜론 12번 염색체의 11374398번째 염기 위치, 멜론 12번 염색체의 11422892번째 염기 위치, 멜론 12번 염색체의 13049747번째 염기 위치, 멜론 12번 염색체의 1557777번째 염기 위치, 멜론 12번 염색체의 15922782번째 염기 위치, 멜론 12번 염색체의 17012579번째 염기 위치, 멜론 12번 염색체의 18942955번째 염기 위치, 멜론 12번 염색체의 19163631번째 염기 위치, 멜론 12번 염색체의 20876389번째 염기 위치, 멜론 12번 염색체의 21687813번째 염기 위치, 멜론 12번 염색체의 22072754번째 염기 위치, 멜론 12번 염색체의 22234004번째 염기 위치, 멜론 12번 염색체의 22620200번째 염기 위치, 멜론 12번 염색체의 22620201번째 염기 위치, 멜론 12번 염색체의 22647941번째 염기 위치, 멜론 12번 염색체의 22820505번째 염기 위치, 멜론 12번 염색체의 22906257번째 염기 위치, 멜론 12번 염색체의 23157448번째 염기 위치, 멜론 12번 염색체의 2513136번째 염기 위치, 멜론 12번 염색체의 6385196번째 염기 위치, 멜론 12번 염색체의 9676532번째 염기 위치, 멜론 12번 염색체의 9676722번째 염기 위치, 멜론 12번 염색체의 9699659번째 염기 위치, 멜론 12번 염색체의 9699917번째 염기 위치, 멜론 12번 염색체의 9700013번째 염기 위치, 멜론 4번 염색체의 19926645번째 염기 위치, 멜론 7번 염색체의 16582421번째 염기 위치, 멜론 7번 염색체의 12036619번째 염기 위치, 멜론 8번 염색체의 336420번째 염기 위치, 멜론 8번 염색체의 29870433번째 염기 위치, 멜론 8번 염색체의 6874287번째 염기 위치 및 멜론 9번 염색체의 5717976번째 염기 위치 중 적어도 1 이상의 염기 위치에 존재하는 단일염기다형성(SNP)을 포함하는 폴리뉴클레오티드, 또는 이에 상보적인 폴리뉴클레오티드를 포함하는 멜론 품종 식별용 마커를 제공한다.
상기 폴리뉴클레오티드는 상기 폴리뉴클리오티드는 서열번호 769 내지 960로 구성된 군에서 선택된 1 이상의 염기서열 중 301번째 염기를 SNP로서 포함하고 10 내지 496개의 연속적인 염기로 구성되는 폴리뉴클레오티드일 수 있다.
용어 "마커"는 유전적으로 불특정 연관된 유전자좌(genetic locus) 를 동정할 때 참고점으로 사용되는 염기서열을 말하며, 마커(molecular marker)의 유전자 지도상의 위치는 유전자좌 또는 좌위로 일컬어진다.
본 발명에서 제공되는 마커는 제한 증폭 다형성 서열 마커일 수 있다.
용어 "제한 증폭 다형성 서열(Cleaved amplified polymorphic sequence; CAPS) 마커"는 SNP처럼 한 개의 염기서열이 변하거나 InDel에 의해 발생하는 제한효소에 의해 잘리는 부위의 변화를 해석할 수 있는 마커이다. CAPS 마커는 유전자좌에 특이적인 프라이머로 PCR 증폭을 한 후 제한효소로 잘라준 뒤 나타나는 다형성을 분석하는 방법이다.
용어 "다형성(polymorphism)"은 하나의 유전자 좌에 두 종류 이상의 대립 유전자(allele)가 존재하는 경우를 의미하며, 다형성 중에서 개체에 따라 단일 염기만이 차이가 있는 것을 SNP라 한다.
용어 "대립 유전자(allele)"는 상동염색체의 동일한 유전자좌에 존재하는 한 종류의 유전자의 여러 타입을 의미한다.
용어, "뉴클레오타이드"는 단일 가닥 또는 이중 가닥 형태로 존재하는 디옥시리보뉴클레오타이드 또는 리보뉴클레오타이드이며, 특별하게 다르게 언급되어 있지 않은 한 자연의 뉴클레오타이드의 유사체를 포함한다.
본 발명의 일 실시예에 따르면, 멜론 1번 염색체의 1066595번째 염기 위치, 멜론 1번 염색체의 1173173번째 염기 위치, 멜론 1번 염색체의 1296246번째 염기 위치, 멜론 1번 염색체의 1462130번째 염기 위치, 멜론 1번 염색체의 14858123번째 염기 위치, 멜론 1번 염색체의 14897464번째 염기 위치, 멜론 1번 염색체의 1978773번째 염기 위치, 멜론 1번 염색체의 2112637번째 염기 위치, 멜론 1번 염색체의 3013958번째 염기 위치, 멜론 1번 염색체의 30163614번째 염기 위치, 멜론 1번 염색체의 30481228번째 염기 위치, 멜론 1번 염색체의 30584172번째 염기 위치, 멜론 1번 염색체의 31094861번째 염기 위치, 멜론 1번 염색체의 31143403번째 염기 위치, 멜론 1번 염색체의 31442835번째 염기 위치, 멜론 1번 염색체의 31869094번째 염기 위치, 멜론 1번 염색체의 31872750번째 염기 위치, 멜론 1번 염색체의 34458684번째 염기 위치, 멜론 1번 염색체의 4104877번째 염기 위치, 멜론 1번 염색체의 4325219번째 염기 위치, 멜론 1번 염색체의 6614453번째 염기 위치, 멜론 1번 염색체의 7977218번째 염기 위치, 멜론 1번 염색체의 8036666번째 염기 위치, 멜론 1번 염색체의 8793338번째 염기 위치, 멜론 1번 염색체의 8819586번째 염기 위치, 멜론 1번 염색체의 884520번째 염기 위치, 멜론 1번 염색체의 8896747번째 염기 위치, 멜론 1번 염색체의 9274229번째 염기 위치, 멜론 1번 염색체의 975872번째 염기 위치, 멜론 2번 염색체의 15448280번째 염기 위치, 멜론 2번 염색체의 15448306번째 염기 위치, 멜론 2번 염색체의 15556647번째 염기 위치, 멜론 2번 염색체의 1591748번째 염기 위치, 멜론 2번 염색체의 22107827번째 염기 위치, 멜론 2번 염색체의 25707021번째 염기 위치, 멜론 2번 염색체의 3245603번째 염기 위치, 멜론 3번 염색체의 2128779번째 염기 위치, 멜론 3번 염색체의 23854097번째 염기 위치, 멜론 3번 염색체의 24188878번째 염기 위치, 멜론 3번 염색체의 2499868번째 염기 위치, 멜론 3번 염색체의 2792358번째 염기 위치, 멜론 3번 염색체의 28982354번째 염기 위치, 멜론 3번 염색체의 28997081번째 염기 위치, 멜론 3번 염색체의 3417026번째 염기 위치, 멜론 3번 염색체의 5526710번째 염기 위치, 멜론 3번 염색체의 5568974번째 염기 위치, 멜론 3번 염색체의 5829995번째 염기 위치, 멜론 3번 염색체의 6312154번째 염기 위치, 멜론 3번 염색체의 86815번째 염기 위치, 멜론 4번 염색체의 10188263번째 염기 위치, 멜론 4번 염색체의 1414734번째 염기 위치, 멜론 4번 염색체의 15809728번째 염기 위치, 멜론 4번 염색체의 17312594번째 염기 위치, 멜론 4번 염색체의 18961613번째 염기 위치, 멜론 4번 염색체의 19965023번째 염기 위치, 멜론 4번 염색체의 25512401번째 염기 위치, 멜론 4번 염색체의 25562768번째 염기 위치, 멜론 4번 염색체의 26007483번째 염기 위치, 멜론 4번 염색체의 28423009번째 염기 위치, 멜론 4번 염색체의 31494012번째 염기 위치, 멜론 5번 염색체의 13951772번째 염기 위치, 멜론 5번 염색체의 16410353번째 염기 위치, 멜론 5번 염색체의 16439188번째 염기 위치, 멜론 5번 염색체의 21883219번째 염기 위치, 멜론 5번 염색체의 21890697번째 염기 위치, 멜론 5번 염색체의 23447733번째 염기 위치, 멜론 5번 염색체의 23483383번째 염기 위치, 멜론 5번 염색체의 24990216번째 염기 위치, 멜론 5번 염색체의 25221584번째 염기 위치, 멜론 5번 염색체의 26101426번째 염기 위치, 멜론 5번 염색체의 2952159번째 염기 위치, 멜론 5번 염색체의 2952186번째 염기 위치, 멜론 5번 염색체의 939780번째 염기 위치, 멜론 5번 염색체의 9478865번째 염기 위치, 멜론 5번 염색체의 9590309번째 염기 위치, 멜론 6번 염색체의 1499759번째 염기 위치, 멜론 6번 염색체의 1500067번째 염기 위치, 멜론 6번 염색체의 3279691번째 염기 위치, 멜론 6번 염색체의 3283619번째 염기 위치, 멜론 6번 염색체의 33398394번째 염기 위치, 멜론 6번 염색체의 3455972번째 염기 위치, 멜론 6번 염색체의 35453870번째 염기 위치, 멜론 6번 염색체의 5739996번째 염기 위치, 멜론 6번 염색체의 5912593번째 염기 위치, 멜론 6번 염색체의 5948331번째 염기 위치, 멜론 6번 염색체의 6063081번째 염기 위치, 멜론 6번 염색체의 6491771번째 염기 위치, 멜론 6번 염색체의 6491793번째 염기 위치, 멜론 6번 염색체의 7666126번째 염기 위치, 멜론 6번 염색체의 7753114번째 염기 위치, 멜론 6번 염색체의 7753657번째 염기 위치, 멜론 6번 염색체의 7782242번째 염기 위치, 멜론 6번 염색체의 847166번째 염기 위치, 멜론 6번 염색체의 8915637번째 염기 위치, 멜론 6번 염색체의 906984번째 염기 위치, 멜론 6번 염색체의 908493번째 염기 위치, 멜론 6번 염색체의 916580번째 염기 위치, 멜론 6번 염색체의 942409번째 염기 위치, 멜론 6번 염색체의 961076번째 염기 위치, 멜론 6번 염색체의 975951번째 염기 위치, 멜론 7번 염색체의 16499219번째 염기 위치, 멜론 7번 염색체의 16598912번째 염기 위치, , 멜론 7번 염색체의 16792727번째 염기 위치, 멜론 7번 염색체의 17296866번째 염기 위치, 멜론 7번 염색체의 20518337번째 염기 위치, 멜론 7번 염색체의 20747800번째 염기 위치, 멜론 8번 염색체의 1547556번째 염기 위치, 멜론 8번 염색체의 1851494번째 염기 위치, 멜론 8번 염색체의 2037236번째 염기 위치, 멜론 8번 염색체의 2104452번째 염기 위치, 멜론 8번 염색체의 2783072번째 염기 위치, 멜론 8번 염색체의 312457번째 염기 위치, 멜론 8번 염색체의 31361145번째 염기 위치, 멜론 8번 염색체의 329340번째 염기 위치, 멜론 8번 염색체의 336300번째 염기 위치, 멜론 8번 염색체의 503453번째 염기 위치, 멜론 8번 염색체의 6125881번째 염기 위치, 멜론 8번 염색체의 6147588번째 염기 위치, 멜론 8번 염색체의 6185860번째 염기 위치, 멜론 8번 염색체의 792252번째 염기 위치, 멜론 8번 염색체의 792406번째 염기 위치, 멜론 8번 염색체의 801642번째 염기 위치, 멜론 9번 염색체의 1788425번째 염기 위치, 멜론 9번 염색체의 19282217번째 염기 위치, 멜론 9번 염색체의 19293592번째 염기 위치, 멜론 9번 염색체의 21737950번째 염기 위치, 멜론 9번 염색체의 21738139번째 염기 위치, 멜론 9번 염색체의 22113253번째 염기 위치, 멜론 9번 염색체의 22382080번째 염기 위치, 멜론 9번 염색체의 22945752번째 염기 위치, 멜론 9번 염색체의 23765882번째 염기 위치, 멜론 9번 염색체의 2556989번째 염기 위치, 멜론 9번 염색체의 3524582번째 염기 위치, 멜론 9번 염색체의 5053846번째 염기 위치, 멜론 9번 염색체의 5057080번째 염기 위치, 멜론 9번 염색체의 5458257번째 염기 위치, 멜론 9번 염색체의 5512552번째 염기 위치, 멜론 9번 염색체의 5718064번째 염기 위치, 멜론 9번 염색체의 5718086번째 염기 위치, 멜론 9번 염색체의 5789550번째 염기 위치, 멜론 9번 염색체의 5881795번째 염기 위치, 멜론 9번 염색체의 5994548번째 염기 위치, 멜론 9번 염색체의 909592번째 염기 위치, 멜론 10번 염색체의 1291758번째 염기 위치, 멜론 10번 염색체의 1537667번째 염기 위치, 멜론 10번 염색체의 1537793번째 염기 위치, 멜론 10번 염색체의 18318803번째 염기 위치, 멜론 10번 염색체의 18383943번째 염기 위치, 멜론 10번 염색체의 18384386번째 염기 위치, 멜론 10번 염색체의 19109584번째 염기 위치, 멜론 10번 염색체의 19172671번째 염기 위치, 멜론 10번 염색체의 19174142번째 염기 위치, 멜론 10번 염색체의 19372215번째 염기 위치, 멜론 10번 염색체의 21781267번째 염기 위치, 멜론 10번 염색체의 4361263번째 염기 위치, 멜론 10번 염색체의 4736855번째 염기 위치, 멜론 11번 염색체의 18095430번째 염기 위치, 멜론 11번 염색체의 27693096번째 염기 위치, 멜론 11번 염색체의 3581140번째 염기 위치, 멜론 12번 염색체의 11236131번째 염기 위치, 멜론 12번 염색체의 11374398번째 염기 위치, 멜론 12번 염색체의 11422892번째 염기 위치, 멜론 12번 염색체의 13049747번째 염기 위치, 멜론 12번 염색체의 1557777번째 염기 위치, 멜론 12번 염색체의 15922782번째 염기 위치, 멜론 12번 염색체의 17012579번째 염기 위치, 멜론 12번 염색체의 18942955번째 염기 위치, 멜론 12번 염색체의 19163631번째 염기 위치, 멜론 12번 염색체의 20876389번째 염기 위치, 멜론 12번 염색체의 21687813번째 염기 위치, 멜론 12번 염색체의 22072754번째 염기 위치, 멜론 12번 염색체의 22234004번째 염기 위치, 멜론 12번 염색체의 22620200번째 염기 위치, 멜론 12번 염색체의 22620201번째 염기 위치, 멜론 12번 염색체의 22647941번째 염기 위치, 멜론 12번 염색체의 22820505번째 염기 위치, 멜론 12번 염색체의 22906257번째 염기 위치, 멜론 12번 염색체의 23157448번째 염기 위치, 멜론 12번 염색체의 2513136번째 염기 위치, 멜론 12번 염색체의 6385196번째 염기 위치, 멜론 12번 염색체의 9676532번째 염기 위치, 멜론 12번 염색체의 9676722번째 염기 위치, 멜론 12번 염색체의 9699659번째 염기 위치, 멜론 12번 염색체의 9699917번째 염기 위치, 멜론 12번 염색체의 9700013번째 염기 위치, 멜론 4번 염색체의 19926645번째 염기 위치, 멜론 7번 염색체의 16582421번째 염기 위치, 멜론 7번 염색체의 12036619번째 염기 위치, 멜론 8번 염색체의 336420번째 염기 위치, 멜론 8번 염색체의 29870433번째 염기 위치, 멜론 8번 염색체의 6874287번째 염기 위치 및 멜론 9번 염색체의 5717976번째 염기 위치에 존재하는 SNP를 포함하는 폴리뉴클레오티드, 또는 이에 상보적인 폴리뉴클레오티드를 포함하는 멜론 품종 식별용 마커를 제공한다.
상기 폴리뉴클리오티드는 서열번호 769 내지 960의 염기서열 중 301번째 염기를 SNP로서 포함하고 10 내지 496개의 연속적인 염기로 구성되는 폴리뉴클레오티드인, 멜론 품종 식별용 마커를 제공할 수 있다.
또한, 본 발명은 본 발명의 마커를 검출 또는 증폭시킬 수 있는 제제를 포함하는 멜론 품종 식별용 조성물을 제공한다.
용어 "마커를 검출 또는 증폭할 수 있는 제제"는 상기 멜론 품종 식별용 SNP 마커에 포함된 SNP에 특이적으로 결합하여 결합하여 인식할 수 있도록 하거나 상기 SNP를 증폭시킬 수 있는 제제로서, 구체적으로는 SNP 가 포함된 다형성 부위에 특이적으로 결합할 수 있는 프로브(probe), 상기 SNP 마커를 포함하는 폴리뉴클레오티드 또는 이의 상보적인 폴리뉴클레오티드를 특이적으로 증폭할 수 있는 프라이머일 수 있다.
용어 "다형성 부위(polymorphic site)" 는 다형성이 나타난 염기의 위치를 의미하며, 본 명세서에서는 다형성이 나타난 위치에 존재하는 염기와 혼용하여 사용될 수 있다.
용어 "프로브(probe)"는 mRNA와 특이적 결합을 이룰 수 있는, 짧게는 수 염기 내지 길게는 수백 염기에 해당하는 RNA 또는 DNA 등의 핵산 단편을 의미하며, 라벨링(labeling) 되어 있어 특정 mRNA의 존재 유무를 확인할 수 있다. 프로브는 올리고 뉴클레오타이드(oligonucleotide) 프로브, 단일 사슬 DNA(single stranded DNA) 프로브, 이중 사슬 DNA(double stranded DNA) 프로브, RNA 프로브 등의 형태로 제작될 수 있다.
본 발명에서 SNP 마커에 결합하여 인식하는 데 사용되는 프로브는 SNP를 포함하는 폴리뉴클레오티드 서열에 대해 상보적인 서열을 포함하며, 이에 제한되지 않으나 DNA, RNA 또는 DNA-RNA 잡종(hybrid) 형태일 수 있다. 또한, 육안으로 인식 가능하도록 하기 위해 프로브의 5' 또는 3' 말단에 형광 표지인자, 방사선 표지 인자 등을 추가로 부착할 수 있다.
본 발명의 마커를 증폭시킬 수 있는 제제는 프라이머 세트일 수 있다.
용어 "프라이머"는 짧은 자유 3' 말단 수산화기(free 3' hydroxyl group)를 가지는 염기 서열로, 주형(template)과 염기쌍(base pair)을 형성할 수 있고 주형 가닥 복사를 위한 시작 지점으로 기능을 하는 짧은 서열을 의미하며, 주로 특정 구간을 증폭하는 프라이머 세트의 형태로 사용된다. 프라이머는 적절한 완충용액 및 온도에서 중합반응을 위한 시약 (예를 들어, DNA 폴리머레이즈 또는 역전사효소) 및 상이한 4가지 뉴클레오사이드 트리포스페이트의 존재하에서 DNA 합성을 개시할 수 있다. 프라이머는 DNA 합성의 개시점으로 작용하는 프라이머의 기본 성질을 변화시키지 않는 추가의 특징을 혼입할 수 있다. 프라이머의 적합한 길이는 사용하고자 하는 프라이머의 특성에 의해 결정되며, 통상적으로 15 내지 30bp의 길이로 사용하나, 이에 제한되지 않는다. 프라이머는 주형의 염기 서열과 정확하게 상보적일 필요는 없지만, 주형과 혼성복합체(hybrid-complex)를 형성할 수 있을 정도로 상보적이어야 한다.
본 발명의 상기 마커를 증폭시킬 수 있는 프라이머 세트는 서열번호 1 내지 4, 5 내지 8, 9 내지 12, 13 내지 16, 17 내지 20, 21 내지 24, 25 내지 28, 29 내지 32, 33 내지 36, 37 내지 40, 41 내지 44, 45 내지 48, 49 내지 52, 53 내지 56, 57 내지 60, 61 내지 64, 65 내지 68, 69 내지 72, 73 내지 76, 77 내지 80, 81 내지 84, 85 내지 88, 89 내지 92, 93 내지 96, 97 내지 100, 101 내지 104, 105 내지 108, 109 내지 112, 113 내지 116, 117 내지 120, 121 내지 124, 125 내지 128, 129 내지 132, 133 내지 136, 137 내지 140, 141 내지 144, 145 내지 148, 149 내지 152, 153 내지 156, 157 내지 160, 161 내지 164, 165 내지 168, 169 내지 172, 173 내지 176, 177 내지 180, 181 내지 184, 185 내지 188, 189 내지 192, 193 내지 196, 197 내지 200, 201 내지 204, 205 내지 208, 209 내지 212, 213 내지 216, 217 내지 220, 221 내지 224, 225 내지 228, 229 내지 232, 233 내지 236, 237 내지 240, 241 내지 244, 245 내지 248, 249 내지 252, 253 내지 256, 257 내지 260, 261 내지 264, 265 내지 268, 269 내지 272, 273 내지 276, 277 내지 280, 281 내지 284, 285 내지 288, 289 내지 292, 293 내지 296, 297 내지 300, 301 내지 304, 305 내지 308, 309 내지 312, 313 내지 316, 317 내지 320, 321 내지 324, 325 내지 328, 329 내지 332, 333 내지 336, 337 내지 340, 341 내지 344, 345 내지 348, 349 내지 352, 353 내지 356, 357 내지 360, 361 내지 364, 365 내지 368, 369 내지 372, 373 내지 376, 377 내지 380, 381 내지 384, 385 내지 388, 389 내지 392, 393 내지 396, 397 내지 400, 401 내지 404, 405 내지 408, 409 내지 412, 413 내지 416, 417 내지 420, 421 내지 424, 425 내지 428, 429 내지 432, 433 내지 436, 437 내지 440, 441 내지 444, 445 내지 448, 449 내지 452, 453 내지 456, 457 내지 460, 461 내지 464, 465 내지 468, 469 내지 472, 473 내지 476, 477 내지 480, 481 내지 484, 485 내지 488, 489 내지 492, 493 내지 496, 497 내지 500, 501 내지 504, 505 내지 508, 509 내지 512, 513 내지 516, 517 내지 520, 521 내지 524, 525 내지 528, 529 내지 532, 533 내지 536, 537 내지 540, 541 내지 544, 545 내지 548, 549 내지 552, 553 내지 556, 557 내지 560, 561 내지 564, 565 내지 568, 569 내지 572, 573 내지 576, 577 내지 580, 581 내지 584, 585 내지 588, 589 내지 592, 593 내지 596, 597 내지 600, 601 내지 604, 605 내지 608, 609 내지 612, 613 내지 616, 617 내지 620, 621 내지 624, 625 내지 628, 629 내지 632, 633 내지 636, 637 내지 640, 641 내지 644, 645 내지 648, 649 내지 652, 653 내지 656, 657 내지 660, 661 내지 664, 665 내지 668, 669 내지 672, 673 내지 676, 677 내지 680, 681 내지 684, 685 내지 688, 689 내지 692, 693 내지 696, 697 내지 700, 701 내지 704, 705 내지 708, 709 내지 712, 713 내지 716, 717 내지 720, 721 내지 724, 725 내지 728, 729 내지 732, 733 내지 736, 737 내지 740, 741 내지 744, 745 내지 748, 749 내지 752, 753 내지 756, 757 내지 760, 761 내지 764 또는 765 내지 768의 프라이머 세트일 수 있으나, 이에 제한되지 않는다.
나아가, 본 발명은 상기 조성물을 포함하는 멜론 품종 식별용 키트를 제공한다.
본 발명의 키트는 전술한 마커를 검출 또는 증폭시킬 수 있는 제제를 포함하는 조성물; 상기 검출 또는 증폭을 위한 시약; 및 제한효소를 포함하는 키트일 수 있다. 상기 증폭을 위한 시약은 dNTPs, DNA 폴리머라아제 및 버퍼를 포함할 수 있으나, 이에 제한되지 않는다. 상기 dNTPs는 dATP, dCTP, dGTP, dTTP를 포함하며, DNA 폴리머라아제는 내열성 DNA 중합효소로서 Taq DNA 폴리머라아제, Tth DNA 폴리머라아제 등 시판되는 폴리머라아제를 이용할 수 있다. 상기 제한효소는 BfaI 또는 BsaAI 중 하나 이상 일 수 있으나, 이에 제한되지 않는다.
본 발명의 키트는 최적의 반응 수행 조건을 기재한 사용자 안내서를 추가로 포함할 수 있다. 안내서는 키트 사용법, 예를 들면, PCR 완충액 제조 방법, 제시되는 반응 조건 등을 설명하는 인쇄물일 수 있다. 안내서는 팜플렛 또는 전단지 형태의 안내 책자, 키트에 부착된 라벨 및 키트를 포함하는 패키지의 표면상에 설명을 포함할 수 있다. 또한, 안내서는 인터넷과 같이 전기 매체를 통해 공개되거나 제공되는 정보를 포함할 수 있다.
본 발명은 (a) 멜론으로부터 유래된 게놈 DNA를 분리하는 단계; (b) 상기 분리된 게놈 DNA를 주형으로 하고, 청구항 1의 멜론 품종 식별용 SNP를 포함하는 다형성 부위를 증폭하는 단계; 및 (c) 상기 증폭된 산물을 분석하여 멜론의 품종을 식별하는 단계를 포함하는 멜론 품종을 식별하는 방법을 제공한다.
상기 (b)단계의 DNA로부터 다형성 부위를 증폭하는 단계는 당업자에게 알려진 어떠한 방법이든 사용 가능하다. 예를 들어, 중합효소연쇄반응(PCR), 리가아제 연쇄반응(ligase chain reaction), 핵산 서열 기재 증폭(nucleic acid sequence-based amplification), 전사 기재 증폭 시스템(transcription-based amplification system), 가닥 치환 증폭(strand displacement amplification) 또는 Qβ 복제효소(replicase)를 사용할 수 있으며, 이에 제한되지 않는다.
본 발명의 SNP 마커를 이용하면 멜론의 품종을 식별할 수 있으며, 그 품종은 제한되지 않는다. 본 발명에 따른 SNP마커를 증폭하는 프라이머를 이용하면 보다 간편하여 멜론 품종을 식별할 수 있다. 본 발명의 SNP마커 및 이를 검출 또는 증폭하는 제제를 이용하면 유전적 유사도가 높아 표현형에 큰 차이를 보이지 않은 멜론 품종까지 정확하게 판별할 수 있다.
또한, 예를 들어, 본 발명의 일 실시예에 따라 멜론의 품종에 따른 SNP 부위를 분석하여 데이터화 하면 이후 임의의 멜론에서 각 SNP 부위 서열을 확인하여 데이터와 비교함으로써 그 멜론이 어떤 품종에 해당하는지 확인할 수 있으며, 또한, 데이터화 되지 않은 서열이 확인된다면 새로운 품종으로 유추할 수 있다.
본 명세서에 기재된 M1_1066595은 멜론 1번 염색체의 1066595번째 염기 위치를 의미하는 것이다.
이하, 본 발명을 구체적으로 설명하기 위해 실시예를 들어 상세하게 설명하기로 한다.
실시예
실시예1. 멜론 품종 선별
멜론 공시품종으로 총 48종의 멜론을 사용하여 실험하였다. 하기 표 1은 사용된 48종의 멜론 품종 리스트이다.
연번 품종 회사명 구분
1 네띠안-이 동부한농화학㈜ 품종보호
2 생생춘추계 대연육종연구소 품종보호
3 얼스썸머스타 대연육종연구소 품종보호
4 흑진주 대연육종연구소 품종보호
5 하니원 세종바이오 품종보호
6 얼스썸머붐 대연육종연구소 품종보호
7 얼스울트라 김문수 품종보호
8 얼스엔조이춘추계 한일종묘 품종보호
9 얼스글래머 삼성종묘 품종보호
10 알렉상드르 장춘종묘 품종보호
11 쏘나타파워 팜한농 품종보호
12 히어로 팜한농 품종보호
13 트위티 아시아종묘 품종보호
14 싼타페 아시아종묘 품종보호
15 얼스챔프 김문수 품종보호
16 얼스탤런트 농우바이오㈜ 생산판매
17 피엠알얼스엘리트 신젠타코리아(주) 생산판매
18 얼스엘리트 서울종묘(주) 생산판매
19 피엠알달고나 럭키종묘 생산판매
20 옐로우썬 ㈜농우바이오 생산판매
21 피크닉L 대연과채류육종연구소 생산판매
22 얼스대박 ㈜동부하이텍 생산판매
23 얼스마운틴피엠알 아시아종묘(주) 생산판매
24 파워킹 대연과채류육종연구소 생산판매
25 얼스애니콜 삼성종묘㈜ 생산판매
26 얼스킹스타 농우바이오 생산판매
27 베타리치 동부한농화학㈜ 생산판매
28 피엠알베타리치 (주)팜한농 생산판매
29 슈퍼39L 대연과채류육종연구소 생산판매
30 심포니 대연과채류육종연구소 생산판매
31 노란파파 제일종묘농산 생산판매
32 얼스베르다춘추계 (주)대연육종연구소 생산판매
33 아트나쯔케이 대연과채류육종연구소 생산판매
34 얼스럭셔리 ㈜농우바이오 생산판매
35 얼스솔라하계 대연육종연구소 생산판매
36 JJ원탑 아시아종묘 생산판매
37 멋진백자 (주)대연육종연구소 생산판매
38 피엠알논스톱 더기반 생산판매
39 피엠알베스트 더기반 생산판매
40 베테랑 농업회사법인 (주)농우바이오 생산판매
41 얼스크라운 농업회사법인 (주)농우바이오 생산판매
42 얼스미라클 럭키종묘 생산판매
43 얼스유토피아 럭키종묘 생산판매
44 로얄파워 삼성종묘주식회사 생산판매
45 얼스원더풀 동부팜한농 주식회사 생산판매
46 얼스루시스춘추계 (주)대연육종연구소 생산판매
47 피엠알로얄하니 럭키종묘 생산판매
48 은파레드 럭키종묘 생산판매
실시예 2. DNA 추출
48종의 멜론 공시품종의 DNA는 각 품종을 파종하여 20일 동안 생육한 후, 본엽이 2매 이상 전개된 상태에서 어린 잎을 채취하여 DNA 분리 및 정량을 실시하였다. 식물의 genomic DNA는 기존의 SDS 방법을 변형하여 사용하였다. 멜론 식물의 샘플 100 mg을 측정하여 2 ml 튜브에 불릿과 함께 넣은 후 액체질소에 동결하여 Auto mill에 넣고 샘플을 마쇄하였다. 미세하게 마쇄된 샘플에 900 ㎕의 추출버퍼(1.5M NaCl, 2.5% SDS, 200mM Tris-Hcl, 50mM EDTA, 2% PVP, 2% β-mercaptoethanol)와 3M potassium acetate 90㎕(5M potassium acetate 30 ml + Glacial acetic acid 5.75 ml + Nuclease-free water 14.25 ml를 혼합한 것을 0.22μm syringe filtering한 것), 그리고 RNase-DNase free 4 ㎕(10mg/㎕ stock)를 함께 넣고 잘 섞어준 후 65℃에서 15분간 정치하였다. 정치 후에는 900 ㎕ CI(chloroform isoamylalcohol 24:1)를 넣은 후 뒤집어가며 잘 섞은 후 3분간 반응시킨 후 15000 rpm, 4℃에서 10분간 원심분리 하였으며, 상등액을 조심스럽게 새 튜브로 옮긴 후 동량 isopropanol을 넣고 잘 섞어 -20℃ 냉동고에서 15분간 정치하였다. 이후 15000 rpm, 4℃에서 10분간 원심 분리한 후 isopropanol을 버리고 200 ㎕ 팁을 이용한 흡입으로 남은 알콜을 제거하고, 펠렛을 700 ul의 Nuclease-free water에 녹인 후 RNase-DNase free 6 ㎕(10mg/㎕ stock)를 넣고 37℃에서 15분간 반응시켰다. 반응이 끝나면 700 ㎕의 PCI(phenol chloroform isoamyl alcohol 25:24:1)넣고 잘 섞어 준 후 2분 간 반응시켜 15000 rpm, 4℃에서 10분간 원심 분리한 후 상청액을 새 튜브에 옮겨주었으며, 다시 동일 볼륨의 CI(chloroform isoamylalcohol 24:1)를 상기 설명과 같이 처리하였고, 상청액을 새 튜브로 옮긴 후 1/5 배의 NaCl과 2배의 100% EtOH 넣은 후 -20℃ 냉동고에서 20분간 침전시켰다. 침전이 끝난 후엔 15000 rpm, 4℃에서 10분간 원심 분리한 후 70% EtOH 넣고, 남은 염을 잘 녹인 후 15000 rpm, 4℃에서 3분간 원심분리를 2회 수행하였다. 최종적으로 알콜과 염을 완전히 제거한 펠렛은 100 ㎕의 0.1M TE 넣고 녹인 후 정량 및 정성분석에 이용하였다.
실시예 3. Genotype by sequencing(GBS) library 제작
GBS library 제작에 필요한 dsDNA의 농도 측정은 Quant-it Picogreen dsDNA Assays Kit(InvitrogenTM Catalog Number P7589)를 사용하여 Qubit® 2.0 Fluorometer(InvitrogenTM Catalog Number Q32866)에서 측정하였다. 이후, GBS library construction 에서는 상기 측정한 dsDNA 정량값을 바탕으로 각각의 200ng dsDNA를 GBS library construction에 사용하였다. 먼저 200ng ds DNA에 working adaptor stock 각각을 3.6 ng씩 첨가 후 ApeKI (NEB R0643L) 10 Uint으로 75℃에서 16시간 동안 digestion하였으며, 이후 T4 DNA ligase (NEB, MK0202L) 1.6 μl를 넣고 22℃에서 2시간 반응 시킨 후 총 반응액 100 μl 중 10 μl 를 1.2% TAE gel에 전기 영동하여 확인하였다. 확인이 끝난 각각의 ds DNA + adaptor 혼합물들은 10 μl씩 채취하여 QIAquick PCR purification kit로 정제하였으며, 이것을 template 으로 하여 PCR 증폭을 하였다. PCR 조건은 98℃에서 초기 30초 denaturation을 한 후 98℃ 10초, 65℃ 30초, 72℃ 30초로 18 사이클을 진행하였으며, 마지막에 72℃에서 5분간 반응시킨 후 다시 PCR 산물을 QIAquick PCR purification kit로 정제한 후 30 μl로 elution 한 후 2.5% TAE gel에 전기영동하여 확인하였다.
실시예 4. SNP 선정
멜론 48품종을 이용하여 품종식별용 핵심 마커를 선정하기 위해, 총 48품종에 대하여 NGS의 일종인 GBS 분석을 진행하였고 각 품종들에 대한 유전체 정보를 분석하여 대량의 SNP를 확인하였다. 품종 식별용 핵심 마커를 선별하기 위해 확인된 대량의 SNP의 수는 9,018개였다. 그 중 2개 이상의 염기를 보이는 SNP들을 제거하였고, 그 결과 멜론에서는 총 8,076개의 SNP를 확보하였다. 다음으로 SNP들 사이에서의 마커 유전자좌에 대한 다형성을 추정하는 값인 polymorphism information content(PIC) 값을 계산하여 높은 PIC값을 가지는 마커 순으로 나열하였고, missing data를 5개 이상 가지는 SNP와 monomorphic SNP들을 제거한 결과, 멜론에서는 총 5,644개의 SNP가 확보되었다.
확보된 5,640개의 SNP들 중에서, PIC값이 0.37 이상의 SNP들을 정렬하여 270개의 SNP 마커를 선정하였다. 이후 비슷한 유전형을 보이는 마커를 제거하고, high resolution marker를 선별 및 추가하여 최종적으로 192개의 SNP 마커를 선정하였다.
최종 선정된 192개의 SNP를 포함하는 염기서열은 표 2와 같다. SNP 위치의 염기는 [C/T], [A/G] 등과 같이 기재하였다.
Name SNP_Seq 서열번호
M1_1066595 ATTGTAACGATGGTGGCTAATCTAGTTCTTCATAGCCAATAAATACTTTTGTTGCAATGATTGCATCCTACAAACTTAAAGATTATGCAACTGGGGAATTAAATTGGCAGCCATATTTTACAATTGCTTCCTAACTAACGAAGCAAAAAAGCTAAAAGAGGAAAAAGTAGAAGGGGGGCAAAACCTTTTTTCTCCCCTCCCACGGATTTAGCCTCGTGGTTCCAAGCTTTTTGAGAAAGACTTGAAATCCTATTATGACCTAACACTAAACTCAATAAATGCTGTCCCCATTTGCTGCAG[T/A]AGTAATGATGCAAATGTTGCTGATTACTTTTAGTTTTCACATTCTTTCTTGACAACAATGTCAATAAAGTTATAAGGTTCAGCCTCTTCGAGCATATGAACCACCATTCTCATGGAGGGCCTTGTAGATGGAATCTTAGCCGTGCAGCGAAGTGCGATCCTTAGCACTTTGACTGCATCCTCCACCTGAGCCTCT 769
M1_1173173 TGACAATTCAAAATTTAGGAATATCGATACATCCAAGATTATACTTTAAATTTGTAATTTAACCTCAAAGTTCTAATTGTTGCCATACTTTTTTTGTTAATCATATATCTTAGTCTCAAAGTTCTAATATTTTTTGTTCAAGTGTTAATAATATTACTGGCTGATTGGCTCTAAGTGAGATTGATGATTTTGTAGGACCATATTAACAACTGGAGGACGACTTCTCTAATTCTTACAGGATTTCTCGTCCCAGCTGCCATTATATGGTTCATAGGTAAAAGTTTCAAACCTTGTTCCTGT[C/T]TATTGCATTAAATTGGAAACATTCAAAGAATATTTGCAGATTGATCATGTTTGTGCTGCCCCTTAGAATTTAATAATCAGCGTTGGTATAGAAACATGGATATGTGACACGGATACGATAAACACGTCGACACATAATTTTTATGAAAGTAGGACACAACACAATGGGATGCAGTAGTTTAGATATTTAATACCC 770
M1_1296246 AATAAACTTTTCTTGTTTGGTTCACTCATTTTAATTGTTGCATCTAGGAGATGGAGAAAAGATGGACATAAGATATGTTACTTGACTAAATCCCCCTCCCCCTCCCCCTCCCCCACAGCTCTCTCCTCTCTCCTATTCTGGGACTCCAACTGTCACCTTCTTTTCCAACTGCTTCTCCGTCGAGTATCCGACATTCATCTCTTGCTTATCCTCCATGGTTTACTTGATATGATGAAGTCAGCCTTTTCTTTATTTCTCTTCACTTCATCTTCGATTTGTGTGCTGCTTTCTCAATTCATG[A/G]GGGTGGAAGTAGGTAGTTGCAAGATACAAAAAGATCTCATTCCTCTCTAGGTGTTGAATCTGTATTGGGACTTCTATAGGTACAGATGAACGAAAGCTGATTAAACGAACAAGCTTTGCCCTCTCTGGCTGGCTGAAGCTCCCTCTTCAACAAGAAAACAGCTGTCAGCAAGACCCTTACACATGTTTATTTCTT 771
M1_1462130 ATACTTACCAGCGTAGGGGAAGAAAACCAAATACCCACATAGACAACCCGGCCCAAGAAAAAAATGAATAAAGAATATTATGAGGAAGGGGGGCCCACTGGAGGAAATGGAGATATTTAAGGGCATGTTTTTCGTTAGAGAAAAGGCTGCTGTGGAGGCTGCAGGGAGACACCAGCATCCCGAATTGCTGGGAACGTTTATTTGTTATTTGTTTCTTCATTCCCTTTGTTGCTTATCTTCTGGTGTTTTGTTAAACTTTCATTGGGAACTTTCTCCCTATTATATAAATAAAGTTCCACA[T/G]AGTGCTGCCTCTGTTTCTTGCATTGTGTTGGGTTTTTCTGAGTGCAGGGAAAGGGCCTTAACAAATACACGATCATACAAAAAACCAAGTCAACAAAAAAAGGACCCTGCTAAAATGGGGCTCCCTCCAACTATACAAGATAATTCCTATAAAATAGTTACAAAAATGTCTTCAGAATACATGTGATAATGTGAA 772
M1_14858123 GTTTTATGTTCAATGAGCTACTAGCTGGAGGTGAAACATTGAAGGCTAAAGAGCTTTTTGAAGCTGCATTAGATAGATCTCTAGCCTTGAAAAATTTTCTTTATAGGGACCTGATTGAAAGACTTTGCAAGGACGGAAAGTTAGATGATGCAAGTTTCATTCTTCATAAGATGATGGATAAACAGTATAGTTTTGACCCTGCATCATTCATGCCAGTGATTGATGAATTGGGTAAAAGAGGGAGCAAGCATGCAGCTGATGAATTTGCAGAAAGGATGATGGAAATGGCTTCAGAAACAG[G/A]TTTCAACCAACATGAGAATAAGAATATTCGAGGAAGATTGAATAATAATGATGAAAGTGATTGGCAAAAGATAATTCACAGGTATGAATCTTTAAAAATATATTTGATCTGTGTCGTACTTATATCCACTAGGTTTGCTGCTGTTTTGAGGATTCGCTTAAGAACATTGTCTATGTGACATTATTCAAATCCAAC 773
M1_14897464 GCTTGCACTGACAAGGACAGTGGAAGCTTTAATGGAGGGAAAACCAAATCCTGAAATTGATTCTTATCTCGTGCTTGATCCACGCGCTCAAAGGTCGAGCGCTGGAACAAGCAGCAGCCACTTGAAGGGACCGTTCAAGGAAGCAATCGTGTTTATGATCGGTGGAGGTAATTATGTAGAGTATGCAAGTTTGCAGGAACTTTCGCTTCGTCAGCCGGCTCCCAAGCATATCGTATATGGTACAACAGAAATTCTAACTGGAGAGGAATTTGTAGAGCAACTTATGCTGTTGGGAGAAAA[A/G]ATGGGGTTAGGCAATGCTGCCGTATCTTCCAAGTAAATTAGTACAGATATTTAGTGTAAAGGATTTTGGAGTTGTTTTGATGAAATATCTGTCACATATAACACTATAATTAACTACAGATGTATACTTTGATCATAGAGCAGTCTACATATTCCAAGTTGATCACCTTTGAGTTTCTTGGGATGGTTTTTCCTC 774
M1_1978773 TAGGTGGGAAGATGCTTGATGCAGTGCTTTTAAACATGAGACCTCATGGTCGGATTGCAGTATGTGGAATGATATCTCAATACAACCTTGATCAGTCGGAGGGCGTGCATAATCTCTTGCATCTTGTACTTCAGCGGATCCGAATGGAAGGTTTCAGTGCTCCTGATTATTTCCACCTTAATGCCAAGTTCTTGGAAGCAATGTTGCCTAATATCAGAGAAGGGAAGATAAGCTATGTGGAGGACACAGTTCATGGCCTCGAGAGTGGCCCAGCAGCTTTAATTGGACTCTTCAGTGGTC[G/T]CAATGTTGGGAAACAAGTAGTTGCCATCTCCACAGAATGATTGTGCAGCCGGTTGTTTCTTCAGTAATCCTTTCTTCCTTCCATTTGGATCTGCTCTTGATTGTATATAAGAAATAAGTAGTTTCCATCACCATAAAGCAGCCCAAGTAATTTTTATTATCATGTTGCAGAATATACTAAGAATAAGACATATGG 775
M1_2112637 AGCCCCCTAAACCCTAGCACGCACACACAACCAAAATGCAAGAGAGTGGATGGAATTAGCATAACAATAATTACAAATTAAACACAACTGCTGGTGTTTTAAATCAACGTCTGCAACAAACAGTGAAAGAAAACAAAATTGTCTCTAAAATTAGAACCTCAAGTACAATAATTTAATGAGAGAAAATTGTTAGAATATTATTTCACAAACAAGTTGCATATAGGTTTAAATTTTCAAACTAAGCTTTTTTTATTGAAAAGGAAAATTTAAGACTAAGTTGCTGCGTTTAATTAATTATTA[C/T]TTAGGACTTTTTATTTTACAGTCTTTTGCATTTATTGGACTTCACGTAGTAACAATGTCTCTATAACCATACACCTTCCCCTATTGGTTAGTGAGTTAGAATAATAATAATAATGAAGATTCAGTGCGACGTATGCAGCAAAGACGAGGCGATGCTTTTTTGCACCGCCGACGACGCCGCCCTCTGCTCCTCTTG 776
M1_3013958 ATTTAATATTAAAGATAAATTTGTAAATTTTAAAATTTAATGGTTGATAGTTGTCGAAAAGAATTCTTTATTCTAACTAGATGAGCTATTTATTCAAACGTAAATCGAGCAATGGTTTATTTACGATGTTGACAAGAAATTGAAGGAAAGGAGGCATTGATCGGGACGTTACACGGATGCAATTCGGGGTAAAACAGCACCAAGAAGGAGAGTAATTTTTATGGATTTGCTCTTGTGAAAAGTGTAGCAGTGCCCATCCCGACGCCATGGGATGCGTTCAAACGATAGGAGCGCAGCTGC[A/G]GTGTCCAAGGATCAAGTGTGCACACAGCGGCAAGCATACCCAGAGCTGCGCTCTCCCAATATATATATATATATATATGTATGCTCAATTTTTAGGGCAAAATATATGAGTAGAGGAGGATGAAGATTTGGGAGGACAGTGAGCTAAAAATATATGTGTGTGATCTTCACCTTTTATCTTTATTTTCTTGTCTTT 777
M1_30163614 TGAAGAGATTCATCGCAACCATGTCAATAAAATAGGAATTCAAGTCAGTTTGATTCTTAAAAACGCAGTTATGGACATGTATGCCAAATGCGGAAGCATTGATGCAGCTGCAAAGCTCTTCCATTCCATGCCTGAGAAAAATCTGGTGTCTTGGAACTCCATGATTTCTGCATATGCATCTTATGGCCACGCCAAGAAAGCCCTCACTCTTTTCGACCAAATGAAATGCTCTGGACTTAAACCAGATCACATCACCTTCATTGGTGTCCTATCAGCTTGCAGTTATGGTGGTTTTGTTTC[T/C]GAAGGTCAGGCGCATTTCGAAAGCATGGAGAGCTGCTTTGGGGTAGAGCCAAAGAGGGAACACTACGCATGTATGGTGGATTTGCTTAGTGGAGTTGGGCTGTTGAAGGAAGCTTACGAACTGATATCGAGGATGCCAATGGAAGCAAGTGAAGGGGTGTTTGTGTGGGGGCGTTGCTCGATGCTTGTAGGAAGC 778
M1_30481228 TTTGCATCAATGTCAAAGAAAAATATAGACAAAGACAATATAAGCTTTCAGGAACAAACTACACAATGAGGATTGAAAGGGGAAAAGGAACCGATTTTGTAGTAAATAGGCAACCAGTTACCTATCATTTGCCTCCTCGTTACCTTCACCAATGATAGGTATTGTTGGTCCAGCCAAAATGGCAAACCTGAAAGACTTAAAAAACTATGTTCAGTACAAAATAAAATATAATCCATTCATAAAAATAAATAACTATGATCCAAAAATAACTTAAAGGCAATAATCTTGAAGCAGCACTTC[T/G]ACCTCCGAGCCAACCAAAGAAGAGCAGATGTTGGACCTATGCTAGCAAACTCATTGGGGGAGCCACGAACTTGTCCAGCTGCATCTTTGCTTTTGAATTCTCCAGGGTAAGACCAGATCAAGCAGGGAAGAGGGCCATCTTTTGCTGGATCGTAGTTTGGTGGGAGATATAGTGTGGCTGTTAGTTGAACTCCAT 779
M1_30584172 TAGGCCAAGTACAAACAAATGGTCAAACAGGTGTTAATTATAGTATTTCTATACTGTTTTAGCATCAGATTAACATTCCAAAGGACCGATCCAAATAGAACAAAAGATCTTTAAATCGATCAAATGCAAGCAAGCATCACGTAATCTCAACCTAAGCTACTCTTCAATTTATTCTTTTTCTGGCAAGTGGGAAGGAAAATGTACCTGAATAACAAAGAATCTTGTGCTGCTCTCAACATCATCACAAACATACCATTCGCACGGTGAGGACCGAGTTGAATTCAAATTGTCTGCAACAGC[T/C]TGCTTTACTTCCTCCTTTGCAGCAACGACAGCGGTAACCGAATCTGTGGTTGCCATCAAAGAAACCATGTCTGAGTTCATCATATCGCCATTGTTCTGACCTGCTTCAAGTGAATCCTCAGTTTTAGAAGATCTGAACGGTAGTATTTTTACGGTACGAGAATGCAAATAAGAAGCAGCAGAGGCAGCAATCTCA 780
M1_31094861 ATTTTCCCGGGCGTATGTTCGTGTATGAACTTAACTTCTTGGTCTATGAATTTTTTTTTTAGTGATTGCTTTCTTTTCTCTCATCTATTTTAATTTTCTTTTTGGTAGGTGAGAGAATATGATTCTAAGAGGGATCTCTCCAGGAGTCCTAGTCGTGGGCGGTCATACTCTAGAGGGAGGAGTTATAGTCGCAGCCGTAGTAGAGGCCGAAGTAGGAGCAAGAGCCACAGTAGGAGGTCAGTATATTTTTTTGCATCTAATATGTCTTGGGCTCTTGGTATTTCTGTCTTGTATTAATGA[T/C]TCTATGTACTTTATGAGCAGCAAGTCTCCAAAAGCTAAATCTTCCCAACGGTCCCCTGTTAAATCTCGATCAAGGTCTGCTTCCCCCGCACGCTCACGTTCAAAATCATCATCTCTCTCAGGGTATGTACTCTCATTTTGTTAACTATAGTAGTTTACTGTTGTGATCTTTAAGCTTATTTTTATTATTATTTTT 781
M1_31143403 AGATGCAGTAAAGAGACAAACAATAATGAAATTTGCAACCCAATAAAGCCGGAGTGTTAATGGATGCCTAGCAGCTTCAAATTTCTTTTCATGAATTATCAAGATCGCAATCACTGAATGAGTTACAGCTTGAACTAACCAAAAGAATCCATTGGTTAATCTCCATTGTGACTGTTTACTCATAGTAAATGCTAAAATACAAAAGACAATGCAAATTAAGGCAAGCAAAACACTCAAAATCAAAGAGAATTTGAACCAGATTGTAGTTTCGAGACATGCTCTACTCTTCTCAATGAGAAG[G/T]TCATTCAAATCAGAATTGGCCTGGCCTTTGGTAGTGAACTTAGAATATAGCTTTTGTGCTGCAAATAATATGACAAGAAGTAAAAATAGAAGATCGACGAAGGATAAAATTGCTCTTTGAGGACATGGAGATAGAAATGTGAACTGCAGCCATTGGGAAGTGGTCGAAGGATAAATCCCTTTTGAAGATTGAATG 782
M1_31442835 TGGAGAAGTGATAATCGACCATCTGATGATATGTATTTTGTGGTCTTCTTTAGAGTGATTCCAGAAGAAATTTCTATAGTTTTTTTCAATGTCTTTATAAATGGTGGAGGGGGCTTTGAAGACAGACAATTGATACGTAGGGAGGCTAGCAAGAGAGGAGTTAATCAAAGTAATTTTGCCTCTTTGGATAGGTAAGAGTACTTCCAGCTGCTTACTTTCTTGTGAATTTTTTCAAAGATGTTTGCCCAGAAACTTTTGGAAAGAGGCTTTCCCTCAAGAGGAACACCTAAATAACTTATA[G/A]GAAGAAATTGTGTACTGATGCCCCATAAAGCAGCCACCCTTTCAATTCTTTCGAAAACCATATTAAAGGAAGAAATTGTAGATTTACTGAGGTTAATACTGAGCCCAAATGCCAGTTCAAAAGGATGAATCACATTTCTCAAATTTTCTTTGGATTCGTTGTGATCTTTAACAAACAAAATGATATCATCGGCAA 783
M1_31869094 ATAGTCGGATTGCCCTCTACTTTTAGGATCCAATTGGACTTTTCTCCTTCCTTCAACCGTTGACAACAAGAGAACAATGGACGATAGCTGTGCTGTGTGTGCCGATACTCTTGAATGGGTTGCCTATGGGTCTTGCGGTCATCGGGATGTTTGCTCCACCTGCGTTGCTCGTCTTCGATTCATTTGTAGTGATCGCCGTTGTTGCATCTGCAAGTCCGAATCCGCTGTCGTGTTTGTCTCTAAGGTGAGAGTGCTGCTATTCCCCTTCCATGATCGCGTTCAATTCTAGGGGTGTTTAGT[T/G]ATTGAATTCTGATATGCAATTTGGTTTTTTCCTAAGTGCTCTGCTGCTGTAGTTGCATTCGAATTCTTTATTGAATGTTTTTTCCCCTTTACTGTCGTGGTTTTCCGAAATTATGAATGCGCTTTTGTTTTCTGTTCGGTTTAGATTATCGTACTTAAGTAGTTATATCAAGGGAATGCGGATGCATTTCGAATG 784
M1_31872750 ATACCTTCAAGCCTTGGGCCATTCTAGGAATTCCCAATTGGAGCAATCATCCTTTCCCCCCCTTTCAACTGCATCTAGCAGTAGCCATCCAAAGCCCAATCAGGACAAAGACAGTATGGCAGCTCATCTTCGGCGCCAGAGGAATAATGTGACCGTTTTAAATTCTGCAGGTTGGCCAAAATCAAGTCGTGCCCCTGTGCTACCTTCAAATAACTCATCTCAAGCTTGGCCAGCAATAAATTCCAATCATTCAGCTTCAAGCAGTTCTGGGCAGACTAAGGGGGTTGCCACCATTAATAA[C/T]GGCCCTTCAGTCTCTGCTTACGCAAATGCTGCTCAGATGCATCCGAAGCCTCGATCTAGTTCTTCAAGTGGATCAGGCAGTAGCAGTAGGATCAGCCACTCTGCTTCCGCGCCCAATCTCACCGACATTGCGCATACCGAACCGTCACTTAACGAATTCCCTCCAGTATCTGCAGCACAGGCACGGAAAGTGCCA 785
M1_34458684 AACTCCAATGAATAAAGAGGGCTGAGGAAAAAAGAAAAAAAACAAAGAACAAAGAACAACATACCTGTCTTTTCTCTTCTCAAGAAATCGGTGAAGGGAAGCCCTCCTAGCGATAGGCAAATCTGCTCGATCAAAGAAGGAAAAAAAGAGGGCAAAATTAAATCCAATTAAGAGCACCAAATCAAGATAATCAAATAGAACCCATCTTTGAAATTTCTACAATCATGGCGGTTAATTACCAGATGACTTTTTTACTTCCGTTTGCGGTTTCAGTTGCTGCTCCGGAGCCGGCTTCACCGG[G/A]GCCGGAGTTTTGGACACCACATTTGGCTCGCCGGTGGGAGAATTGCTGTTAGGCTTTTCCAAAGCAGAAAATAATCTGTTGGGGGCGACGGCAGCTGGAGGAGCGGCGGCGGTGGTGGTGGAGCCGCGGCTTCCTTTATCGGCTAAGGCCATGATCTCCTTGGCCCTCTCGTTGGGAAAATCATCATACACCAAA 786
M1_4104877 ATCTAAGTTTCGGGGTGGCAACCGATTTCGCTTTTCTAAACGAATCGACAATTCACTTTGTTTGGGCAGCCTGAGTTCAACATTAGAATCAAAATGACCAAAACCAAGATATGGATCCTCATCAATATCATCAGAAGACCAAGCAGCGAAATTCCAAGACGAATTTGTTTCCGTAAGAATCATAAACAGCAATAACCCCAATAACGTCACAAAAACAACCAATTTAAAACGTTTAAGAGCAGCATCTTTGAGCCGAGGCTTCTGATTAATAGCCATAATCAACTTAACACAAAAAAGATC[G/A]CCAGTTCTCAAACACCACTACTCAAAGCAGCAGAAAAAGCAAAAACATCCATGGCATCTAAACACTAACAACAAGAATAGCCTATACCCATTTCAGAAGAGACTAAATAATCAAAAGGGTAAGAACCAAAAACCTTCACTAAAGCCTCCACGCTCGGAAGCAAGCAGATCTTCGTCTTAACTCATAACCCAACAT 787
M1_4325219 AAGGGAGTGAAACTCAGGTCACCATCACACACTATCTGAGTAGATGTTCTTTCATGTCCAATAATGCAACAAACTCAAAGAGCCGTCTCTGTTTTGAACAGTTAAACACATCAGGTGGTGCAGCGGACGCTGAAGGCCCTGCCTGGGCTCCATTACGCGACAATTATATGCTGACCAATTCCAAATTAAAAGACTGGGATAAGATGCCAGTAAGATACGATATACTTTTAAAGCCTTCTGTTTTTTTCAGTTCCGATATTCATATCATTTGGATTGATTATACTTGCAGGATAATATGAT[G/A]ACCGCAGCTGAGGACAATGGGAGGGTGTTAGAGGACAGTAGCTCAGATGAAGATGATTGACAAGTCTAAAACTTCAAGTGAATTGCCTAGTTTGTTGTAGCTTTCAAGTTGCCTATAGTATACTTAAAAAGCTGAGGTCGATTTTGGCTTGTTAGCAAATTCAGCATGTATGTCTCAGCTATATGTTATCTAGCA 788
M1_6614453 AAGCTCTTCACCATCCGGAGAAGCCTGTCTCGTTGATTTACGGTTGAAACGCTTTCATCTGGCATGTGGTGAAGCAGAAAAGCAAAGTTCACTATGAGTGCTTCTCCAGGCTTGGAGGCAAGCATTGAGGGTGTAACGTCAGAAGCATTTGAGGCAATCGCACGAAATTCAAATGGAACCCGTAGTGCTTTTGCCAGTTGCTCAAGCCTTTGTCCAATGTGCCTAAGACCTCCAATGGGGCGCTGTACGGATTCGGGGTCATCAACCCCTGTTAACCTCAAGTGTGGTGGCTTACCTGGC[A/T]GAGCTGCAAACATCTGAATCAATTTTATGTACTGAGTTCCTTGGCTTACATCAAAATCGATTATGTGAATTTTCTTCTCATCTTTGGCTGCCTCAAGAATCGCACAATTTGCAGCCATAAAGCCAAACTTGAAACAGGGGCAGACCTCGAAAAGGATCTGCATAGCAGCGAGACGGTCGGAGGAAGGGGGTTCTT 789
M1_7977218 CTGTCGACATCAGTGCAGCCGTTGCCACAATAGTTGATGCCCAGATCAGCGTTTGTCATGGATGAGTGGTTTCGGCGTCTTCAGAACCCACTAGCTAGCCTTCCTGCTCAATTGCAATTGTCTGGCAACCAGCAGCCTTCAGCTGCATTGGTCCCATACATGCCGATGATTTGGATTCCCTCATACGCGCCGCCTGGTCCTCAGAATTGTCGCCCGCGCCTACACCTTCATTGTATGCACTGCCGCACGCACCGCTGTCAAGACTTCTTCAACTATCGACCTTGGTTCAGTCTTCTGCTG[T/C]TGGTGTGATTGCGTCGTCTCCTGTTGGGTTAGCCGCAAACCCTAGTGGCTGCCCTGAGGTTGGAAATCCAGCCCACTCTACCTTTGAGGTAGGTGAATCCTCAGTGCAGTCAAGGGACCATGAACAGGGCCTGTCTCTCGGTATTGCTCATTAGTTGACATGCTACGATAGCAAATTGCAACGATTGAGGCAACG 790
M1_8036666 ATTATTTGCAATTTCCATCAAGTCATAACTAAGATTTAGCCTCATTTCCTTCAGTGAACTAGAGGAACTAGCTTTATTCTCATGCATCACTCTCATCAGACCCAGGTAGGCACCAGGAATATATGTTGTGAAATTATATCAAAGAAGAAAGAAAGAATCGGCAGCGGATAACTCCAGCAGCCGAAAATCTAGGAGCAGTTCATATTTCTGTTCCGTTTTCTTCCTCTTATAAGTCAAATCAGGAGTGTAGTCTCTTTTTCATCAACTAGGCCCAGTTTTCAAAAAAAAGTCATTAAATAT[T/A]TTGACATCCTTGTCCTGGCTATGTGAAGACTCAAGATTGAAGGTCCTGTACTCCACCTGCTGCTTTCATAGTATTTTTTTCTTGTTCTTCCCGACTATGGCCTACGTACTTTCATATTCCAGCTGCAGACAAGAACCAACTTGTAGAAAAGTCTAAATCTCACAATGATATTAACCCAACGAGAACGTTACAGAA 791
M1_8793338 CGCTCGAATCTGTCCAAAGCAACTTAAGCTGTACTCTCCTACATTGCTAATTCCATCTTGAAATTCTAAAAACTGAATGAATGTCTTTGAAGTGGGCTCCAAGTTATGGAACAAAGAGAGAGATTCAGAAGACTGCATATACTTTGCTTCAATTGAGAAGGTGTTTGATTTTCTAGAATGTGGGAGTGATGGAGTAAAATGGGGGGAAGTTTCTTCATAACGAGTTGGTGCATTGAAGATTAAAACTGATTCAGAACAACGGAAATGAGTCTCAACAAATGTCGGGCTGCATATGATATT[G/A]AACCAGTGCTTACAAACAAACATTGATCTATGAAGTGAGTCAAGTGGGAGTCTAATGAGGATATTTGAAACGCAGTCTTCATGAACATAGGGAATCAGAGACTCTTGCTGCTTCCTTTTCTCTTCTACATTCCTAACCAATTCACTTTTTTTAGCTGATCTTGACATACTTGCAATTCTTTTACAATTTGACTCC 792
M1_8819586 CTTCTTCTTCTTCAAGACCACCACACCATGCCGCCAATGATTCTATAATCTCCCTCATTCGTAAGAAAGGGGAAACGTCAAGGGCTGTAACCCACCCCCCACCGAACACCTGCTTCCTCTCCTCTTCAATCACACCAAAGTCCCAGGGGTGAAAAGAGAAACCATCAGTTCTCCAAGCCAGATGAGTTTTTTGGCCTCTGAAATAGACCCACAATCTGATGAAGCTCTCAATTTCTTAATTATGATCGTCGATTGCCAGTCAAACAATCTAATGAAATTGAATAATGAGCTGCTTGGGTG[C/T]AGTTTGACGCCATGCTTACATAGTTTGACGCCATATTGATTAAATAACCTGGTGGGCTGCACAAAAAAGGGTGAAAAAATGTGTGCATGTAACAAATATTGATCGGATGTGTGTGTGTGTGTATATATAACATTTGCCATTTGACAAATATTGATTAGATAACTTGGTTGGTTGCACAAAATGGATGCAGTTTGA 793
M1_884520 TTCTCCATTTTCCTATGGTACACACACATCCCCCTCACCCCATCATTTGCTCATCCATCAGTTTCGAGAACAGAAAAATGGTCAACATCATATCCATAACCACGCGAGAATCCAAGGCCAAAGTTGATGAGAGTTCAAACAGTTCCATATCAAGAACCACTTTCAGCCTTGTAATCCTTTATCAACAACTCAGCAACAGAAACAAGGAGCTCAACCATCTCAAAACCAGCAGCAGAAACAAAATCTATCTTTCCCAGGCTAGCGTCTCCTTGTCCTAAAACATCATGAGAATCATGTAAA[G/T]TCTCCTCACTGGATCCAGCATTCGCCTCAGCAGACCAACTAATGGGTAAGGAGCTGCTAAGTGCAGTCTTTATGAGTTTTGCCTCATTGATTATGCCCTTGAGAGCTTCCAACATACTTGTTCCTGGACCTTCAAGCGTAACGGACTCTTTAGCCTGCAAATTAACAAAAGTTATAATTGTAACAAACTTGAGCC 794
M1_8896747 TTTAGCGACGAAAGAACGCTTCTTCATTGTTGCTTTTTATTGTGACCTCCAACATTTGCTTGGCCAATGCTTTTTGGCTGGCAAACATATTTTCTAGGTCAATCAAAGAAGGTTGGAATGCCCAACCTTGAATAGCAGCAATAAAACTTCTATATTCTGGTTTAAGACCATGAATAATATTTTCTTCTCATTCTCGATTCTGAAATAGCTCAAGTAGGATCTAATTCAGAGATTTCACAACATAGAGTTTTTACCTTGGTAAATATTGGTTGATAGTCATCTTCCTTTGAGCAATTAATA[A/G]GAGCTTGTTTTCTAAAAGCTGCAATCTTGCATCATTTTGTTTTGATAAATGTGAGGCAAACTTGTGCCATGCTTTCTTTGGTGTCTCCATAATACTAATGTGCTCTAACATTTCTTCATCAATTGTAGTTTTAATTGCAAACATTGCCTTACGTGCCTTGATATTCGATTTCTTCAAAGCAACATCCTCAAGTGG 795
M1_9274229 ATCTTTTGTTAATATGAGAAATTAATAAGAAAGTCTGTTTTTTCTCCTGGTACTTGGATTTCCATGTAACTCGGTGTCTATTTTCTTTACCGCTTTTAACATGGTGTCAAAGCAAGGTAAAGACGAAATCCTAGACACGATTATAGATGGAACCCAAATAGAAACAAACAAGACAGCTGTCATTGCCGCCACCATGGTAAAGCTGCTCCTCCAGCTTCAGAAGCAAATGGTGATCATAATGGGCCCATGCTTGGCGTCAGCTGCGCAGCCTAGTGAAGGAAACAGCCGCACGCCCCTCAA[C/T]TGTCTGCCCACGTGCTGCCGCTGCTGCCAAGCGCGTATCCCACGCGCCGCCATCCAACTCCTTCGTCGTTCAGTCGACCTACTTCCACCTGTTTTCCCAGCCACAATAGTACCCTTTTGGTCAACCGCACATCCACGTGCGCTGTTAGTTCACGGACTGTGATCGTTTCATGCACTGCTGCCCTCTGATTCTTTA 796
M1_975872 TTTATAGAGCAACCTTTGAATACATTGGTCAAGCATGTAGTGATCTCCGTGACTTTGCCAAAAAAAACCCTCTCTCGCATGGATATGATGGAAGTTTGCTTGAAAATTACAGAAAATGACCATGGCTTCCTTCCAACAAAGATCCAATTGCCTTTTCCACCCAAAAGAGATTTGATCGTTGATATCCTCTATTTTTAGTTGGATTACCTTGTCAGATACATCATCACCGTCCATGGAAACATATCAAAATAACCCACATGCCTATCCAAACACATGTTACTACCCTTTTAGAGGCTGCCC[A/G]CTCGACTCTGTCTGAGAGCAACCTATCACTGACGTAGCTCCAACACCATCTACCAAGAAGCTGCCTCCCCCATTTACCCAACGGACAATAGACCAATTTGTCTCTCCCCAAGCAAAACACAATTATGCCTTCCTCCTCTATCCCCAAGTCCACATGTGGCCCTCCTCATATGGGTCTTACAAATCACTCCCCTAC 797
M10_1291758 AAATTTCATATTTAGTTTTGTTTTGGATTATTCACGAATTTGAGTAATTCATTCAAATTCTCCAAATAAATTCAAGGGCTCAAATGAGTGATGGTTGAGTTTGGGTCAAATGGTTTCTCTTGTAAAAAAATGTAACCAAACCTTAGTCTAAAAATAATGTAACTAAGAAGAAAATAAAACCAACGGAATTCAATACTAAGGGAGGAAGGTTGAAGGCGGCAAATCGAACTCAGTATCAGTGTGGAAACTCTTTGATATTTCTAGTCGGCTATCGCCTACTGCTGCCGGAGCCGGAGCCCC[G/A]TCGGTAAACAAATAATCAGTGCGATGAAGGGACACCATATCAGCCGCCATGATTAAGTCTTCTTTGTTAGAATGCATAATTTCAAACGACTTCCAAATTTTCTCTTAGTATTATCGAAGAACATCAGCTGCGACCTGTCCAGCAATCACGGCCTTGCCGTGATGCCACTTAAACTGCTTCTGCAGCAGTCTCGTT 798
M10_1537667 ATCTTAGCCATAAACGACGAGGGTAACATGTTTTAGAGTGATATCGATATTTTAATTTTGAAATTGCTAGAACCACTTTTATCATTTCATCAATTAAAATCAATATCTGTATGAAGATCGCCTTTTAAATTTATAAAATTCAAAATTAAATTGATTTTGGAGTAATTAAAGCTCATTTTATACGTGAGAAAAGTCTATCTTAAAATCACTTCCATATATGGTGTTATAATCCATTATTTCCTCCAAAAATGTTAGAAATGGGAATGGAAATAAATATATAGATCAGCAGCCCAAACACGA[G/A]AGGGTAACAAATTAATCCTTTGGAGTGCTATACTTTCTACCGGGGCAAAATTGAAACCGACCATAATGTACAAAAACAAAGCAATATTCAAATATATAATACAAAGACATATCTCTTTTCATACAGAAACATTTACCTCAAACACTCTAACACAGTGATCAGTGCCACAGGATGCGAACTGCAGCTTCCTGCACT 799
M10_1537793 AAATTTATAAAATTCAAAATTAAATTGATTTTGGAGTAATTAAAGCTCATTTTATACGTGAGAAAAGTCTATCTTAAAATCACTTCCATATATGGTGTTATAATCCATTATTTCCTCCAAAAATGTTAGAAATGGGAATGGAAATAAATATATAGATCAGCAGCCCAAACACGAGAGGGTAACAAATTAATCCTTTGGAGTGCTATACTTTCTACCGGGGCAAAATTGAAACCGACCATAATGTACAAAAACAAAGCAATATTCAAATATATAATACAAAGACATATCTCTTTTCATACA[G/A]AAACATTTACCTCAAACACTCTAACACAGTGATCAGTGCCACAGGATGCGAACTGCAGCTTCCTGCACTCTTCGCCACTCTTCTCCGGTTCCTTCCATGCCAAACGGTTGACCGAGGAAACATGGCACACAAATGGATCCAGACGTATGGCGACCGAAGCAACTACATTTGAGTAAATGTTATCTGTTCTTTTAA 800
M10_18318803 TTAAAAAGAAATAGATAAGAGTTACACAGATTAAGTAGAGTCGACAGGCATCGTGTTAGAAGAAGAACGATATCGGTCAGCTTCACGCCACATCTTGGACCTAGTAAGAAGGTGATCCGAGATGGGGGTGTGAAATGTTTTGTTTGTGGCTTAACGGTAAATGGTGACTAATGATGGATGGCGACTGGCGAGGAAAAAGAGCTCAATAAATAGAAAGGGGATGGAGGTGGCTGCTAGTGGGTTTAATTATGAGAGTGAGCGTAAAGGAAGAAGAGGAAATAAAAGATGGAAGAAGAAGAC[A/G]AAAGAAGAGCAATCGGGCGGTGCAGCAGTAGAGATCGAAGAGGTGGAAGAAGAGGAGACGAAAGATGAAGCATGAAGGAAGAAAAGATGTGAGATGTCAAGATGAGAGAGGTTGAGGGAAGAGAATGGAGGCAGCTGCTAGTGGGTTAAAAAAAGCAACAAACCCTAAACTAAATAGGAAATATTAATTTTACAA 801
M10_18383943 TTTCTCCCTGTTCTAGGGTTTTCCACGTAAATCTTATGCTCTCTTTTTTACCTTTTAACATGGTGAGCGTGGCGTCGAAACCCTAGCCGCCATTGGCAATAACCAACCGGTGCAAGATAACTTTAGTTCTGCACCAATTGAAGGGGTTGATTTTTCCACTGTTGTCATTGCCACTGTTGTCCAAGCCATTGTTGATTGTGATCTCCAGTCCTTGCATATTCGTCCAATTCTAGTGCTGCCATAATCCTTTGGTGGAAACCATAGCCGGAACATACACCATGCAACCAAGATTAGTGAGTC[T/C]ATCTACCACAGAGGTAAGTTTTTTGTTGCGGCAATGACATTCTCGCAGCAACCGAGTCTTCCTCATCATGTGTCGCCTAGTTATGAACATGAAGGTTCGGTTTGTTTATCCTCGTTAGTGGTACAACAATAGTTGGCCAATCATTAGACAAGTTTTCAGCAACGAAAGGTTGCTCTTGGAGCAGCCTTAGGTGCT 802
M10_18384386 ATTAGACAAGTTTTCAGCAACGAAAGGTTGCTCTTGGAGCAGCCTTAGGTGCTTCCACAAACCTAAATTCCAGTACCAATACAGTGAATTATGACATTTCTTTTCCGATGTATAAAGAGGATCTGGTAACCTCTTTCCCTACTTCAATTATTTGCCTGGCTCCCTGGAAAATTCCATAAGGTTAATTGCAAGAGAAAAGTTGAATGGTCAGAATTATTTCTCCTAGTAGAGATCCATTAAAATGGTCCTTGAAGGTCGTCATAAATTTAGGTATCTAACTGGTGAGATACCAGGACCTAG[A/T]CCAAGGGATCCTTAAGAGCGCATTTGGAAACCTGCTGCAATCATTGCTGATTAGTAGTATGGAACCTGAGATAGGGAGACCATTGTATGCTGCGACTGCTCAAGATATCTAAGATGCAGTTCAGAAATTATATCCTAAAAGATAGAACGTCTCATCTTTACACTGCATAAATAGGCTCATGAGTGCAAACAGAGA 803
M10_19109584 AAATTCAACACTTAAGACAAATTTACTTGTCTATGTTTCAATCATATATTGAACATGATATTGAAAAAAGTGCTTCTGGTGATCACAAAAAGGTTCATTTCATTCATTCACACTTTCCTTTTATAATATTATATTCTTGCTTTTAATTATCACTCTGATCATAAACATAGATATAATTAATAAATAATGTTGTTTACACCACTAATTTGTTTCAATTGATCTTTAGGTCGTTTGGGGTTATATATGTTGGAAGATGAGGTTGTTTTATATAGTTATTTTTTTGGATATGCAGCTGCTATT[A/G]GCTTATGTAAGTAAACCAAGATATGAAGGCCCAGAAATAGACAGAATCTTAGTAGAGAAAGATGCAAAAGCTTTGTATAATGCAGGAGAGAAGAGATGGGGAACTGATGAACAAAAGTTTATCAAAATTTTTAGTGAAAGTAGTCGTGCTCATCTTGCTGCTGTTGCCTATACTTATAAACAATCATATGCCAAT 804
M10_19172671 TTTGGCTTGGGGAGGATTTTCTCCTTGTTCAATTTAGTTTGGAATTTCGATAGTTCACTAAGCTCTAGTGTGGTTCAGTTGCTGCCGGGTCCAAATTTACCCAAAACACCTTGCATTATATGGAAAAATTTTTCTAAAGCTTTACTCATAGAATTATGGTTCGAGCAAAATCAACGTATCTTCCATGATAAAGCAAGACAAAGGACAGAAATTATGCCTGTAGTAGATCTTAATGCTGCAGCTTGGTGTTCCTGATCGGATCGTAGGATCGGATCGAAAAGGAGTTCGTTAATTATTCCA[T/C]TCAAGATATTTGCCTCAATTGGAATGTTTTTCTCAATCAAGACTAATCGTTGCTGCACTAGATCCACTGCATTGCAGATTTCACAGTTTGAAGGCTTGAAGGTTTGAAAGATCAGTCTTTCTTAAGTTTCTAACTTTGAGATTGTTTTATTGGGTCGTTTTATGCTTTTTCTGGTCATGTTTTTCGATCGGATCG 805
M10_19174142 CCTCTTTCCTCTTAGGTCTTCCATTTCTCTGGAAATCCGTTGAAATCTACCGTGTGCCACTTCCATTCAAGGACATTGATGCCCTCTCCTCTCCTATAGAATTGTCGCCATTGCAATTTCCCTGTACTTTTCAGGTTATATTTTTTGGATTTGATTTCATGGCCTCTAGAGCCGAGCATCTAAAATCGTCTATCCCCGATGAGATGACTAAACTTTCTTCTAAATCCTCACTTTGTGGCAGTTGCAGCAACAACTATGCTGTCTCTGTAGTTATAGAACGGGGTTTTGATTGCTCACAGA[C/T]GCGCACTAACACATTCTCATGTTCTTGTTGGTGTGGAGCTCTTAGTGCTTTTGATGTTGCTGCTTCTTTGGAAAATGGGCTTCGAAGTGTCGATGATTTCTTGGGGGTTGCTCTGGGAGGTTGTTCGAAGCCAGCTTCTGGTGGGAGAGTTTATAGCGTAGTGGTTATGAACAAGGGCGAGAATGTGGAGGCTAC 806
M10_19372215 CATTGATGGGTCAAGGGAACCAGCAATGCAAACATTTGTTTCTTGTCCATCACCAGCAGTATTGTTATAAACAAGCGGGAGTTCATTTATGCTCTTGCCATAATACAAAGAAGAGCCTTCAAAAACTTGCCCATTTCCAAGTTTGACAGTGGTTGGGAAAGTTCTGTCGGTGTAACTAGCAGCGACTGTCATGATCCATGGGGCTGCATTACCAACAGTTGAGGGTGACGGACCAGAATTACCAGCTGAACATGAAACAAAAACCCCTTTTTGAATAGCACCAAATGCTGCTATGGCAAT[G/A]TTATCTTTGTAAAAAGAACTAGAACCGCCTCCCAAAGAGAGTGATAAAACATCGACTCCATCAGCAACGGCGCTGTCCATAGCTGCGAGAATATCGGCATTCGCACAGCCTAGAGGCCAACATACTTTGTATGCTACGATTCTGGTGAAACAAGGTTTTAAATGACAATGGAAATGGAAATGCACACCTTCAATG 807
M10_21781267 TCTCTTTGCTGACCATCAAAGGCGTCTTCATGCATCTTCATAATTAGTGCAGCAGTTAAACATATTTTTTCCAAAAGCAAAATCCACAAATCTGACTGTTCCCTTACAATAAGCAGGAGAAGGTTTAGCAGCTCTTTAATTTCTTGAAACCCTTCAGAATTTGACTGAGGAAGATCTAAGAACATCTTTGCCAATGATGCAATTTGATCCATGATTAGTGAAATAACCCGTGATGGCAACAAAGACAATGAACAAACTCCTGATTCTACTTCCATTTTTCCAGAAAGCTGTAAGGATAAA[T/G]GCACCAACACTTGGAAAGCAAGGAGCCTCTTTAACTTTACTGGAGATCGGGCTGCATTCTCCACTGCTTTAACCAGGTTAGAGTATTCATTTGCATCCAAAAATGAAGGGTTTCGCCGCACATAGAAAATAATCTGCAACTTATCCATCGTGATTCAACATATTTCAATATAAAAATTTAAACACGAGTTCATCT 808
M10_4361263 AAATGCTTTTAAAAGAACTCTCCTCTCCAAACTCATCGAAGCTGGCATTGCCAATATTAATTTGTATCCCTTTGAAGCAGCAATAAATGCAAGACCAATTCCTGTGTTTCCACTGGTAGGTTCAACCAAAACACTCTGAAAATACATAAGAGTATTATGTTATCGAGGATTCTGGGCCAGACCAGAAAATTTCATCACTTACATCAGCTAGAGATTCAAAATATTTATCTAATGGTTCCAAGTTATATAACAAAATAGCACATGCAAGATATGCAACTAGGAGATGCCATCACAAATTTG[A/G]TATGCTGCTAAGTCCAGTGCATACTTTTTCTTTTTTGATACCAAAACCCCAAAACAGGCTTTCTTGATAATAGAAGTATGTAAATGCTTCAATTCAATAATAATAATTACTATCATGATGGGAGGTAGGCAAGTATAAAACGAAGATGTCATAACTCATCAACAGTTTTGATATGTTACTCTGCAAGTTTTCTTT 809
M10_4736855 TAGAATGTAATCGGAATTTCTGGGAATCATGATTACAACGAAATGTTAGAACCAGTGTTGGAATAGGATCGGGAAACGTGAAACGTGAACGGTGGGAAGGGAATGTAGTAGGAATTACAAACCGGGCCCAAAACTCTCAATCCAAACGTGGAATCAGATTACAACCATTACAACAAACCCATCATATTACAGCCCCCCAAATAAGTTTGGAGTCCTGCAGGCTGCAGATTGTGATAATGTGCCTTTTGAGTTCTTATTTCCTTAAACGGTTGTGGGTTGCATGTCCTGTCCATAGGAGCC[G/A]CTCTAGACAGCAGCCATGTAATCGCCTGTTCATGGAGGCTGAACATACTAGGTTGAATAAAATTTCTTCGTGTTTTCTTGATCATATCATTGTTTCATTGTGATGCATGACATGGTTGTCTTAGTTTCTTCGACTCTTATTATATATTAGTGTTTGATTATCTTATTTTCTTTTGTCTCAAGTGCAGGTGCAAAG 810
M11_18095430 TCCCTAAACCTCAACAAACTCAGGAACTTTCCAATTCACGGAGGGAGACAACCAAATTTCTCAACAATGGCTTCCTTCGACGCCTTCACCAACGAAGAGCACGAACAACAACACCACCACCATTCCCCTACGGCGCAACCCTTTGATGATGATGGCTACATGGGATATGACTCTCGTCTCCCCTCTCAACCATACGACTCTTCCACCCCTTTCTCTCCCTCCCACGATGTTTCCCCCGCCGAGCAGCAACCTCAAGCTCCCCCTTCCTTTTTCGAAGACGACGTCATTTCCGATATCCAC[A/C]CTCCTGGAAACACCACTACTCCCAATTTGTCTGACGCTTACGATTTTGGAGTTTCTAATCCTAATCCTGACTATGTATCTCCCTTTGATTCTGTTGACGCTGATGCAGACCATGACAATGCCGCCGCTGCCGCCGTTGGTGGTGGTGGTGGTTTTGACGATGGTGGTCTTTTTGTCTCTGATGGACCGGTTCTCC 811
M11_27693096 ATAAAAGGCTAAGAAGGTAGACTTTAGTATATAAAAAAGTGTGTTAACTTCTAATGTTTTTTCATTTCTCTCTAGTTTAAAATATTTAAACTTAAAAAGCTTAATTTAGTAAATTGGTAAAAATCGAGAAGAAAAGATGTTAGCCGGAGAGAACTAAAAATTTTAAATTATTTTGTAAATTGGTAAATTATTTTAGAGTCCTAAAATTATAAAGAAATACGCACATAAAATTTACCTAAAGGTGACTCAAAGAAAATTCAAATCAGCTTTGGCTTGGGAGGGAGAAGACGCTGCTGGACT[G/A]GGCAGAAAGAAACGACTCAAGGCTTGACTCAGGCAAAGGGGTGCAGCTCATGGCTCGGTCAGAAGGAGCGCGGTTCACGACTCAGCAGAAGAGCACGGCTCACGACTCGGGTAGAATAGTGCAACTCACGACTCGAAGGAAGATGCGCGGCTTGTGCCTAGGGGATCAAAAGGGGGCTCAGCTCAATGACTTGGA 812
M11_3581140 ATAATCTTAATAATAAGATTAACCAATTCAGTGTGCCCAAATACCCCCAAATAGCTATCCAAAACAAAACATCACAAAAAAGGACAGCCCCAGCGAGCAAAAACGAAAAGTAATAGCACAAATTTTCACATAAACATATAGATGATTAGACTTACGCAAAAGAGTAAAACCCAAATTTAGCTTGCAAGAAAAGAAACAGGAATTACCCATAGCCTGGTAAGTCCACAATGTACCAGCTTTTATTCACCAAGAAGTGATTAATCAGCTGCGTCTTCCCTACAACCAAACAGAAATTCAATA[C/G]CATTAACAACTAATACAATCAAATAGCATACTGAATAGTTATAACAAACCTAAAATCAATCAAACCTGGCTTCTTAGAAGTAAGAGCAACTTCCTTTTTGCGAACAAGAGCATTGATAAGGGAAGATTTACCGACATTAGAACGACCCAGAATCGCAAATTCAGGTTTGTTATCTTTAGGGCAATCCCTAGCTCG 813
M12_11236131 TATATAACTCATTATTGTGCGTCTATGTAGAAAAACTCTTCTTCAATTCTGATTACACGAGTAGATGTTTGGACGAAGGCACATGTGAAGAAAGATGGAACACCTATAAACTCGCAAGTGGTCGACACTCTGATTGCTTAAATTTTTGTATTGTTTATAGTTGCTGCCATATTTTATAGTTGTTGTCATATTGTATAGTTGCTGCCATATTTCATAGTTGCCATTTTCTCATTCTGTTGTTGCATTATCTTATAGTTGCTGCCATATTTTATATATGGATAACTACGTCTTGTTGTAGAT[G/C]ATGTTGGGACTATCGACATCTTGATGTAAATGTTGTTGCTGCTATTTTTTATAGTTGCTGTCATTTTTAATGTTTCAATCTCTTGTTAGGTTGCTGCCCATTGAGTAATGAGATTTAGTTGAAGTAGGTCTTAAATGTTGTGACTTTCCCTAATGCCTTCTCTCCCACCTCCCCCAATGATCTTTTTTATTCCTA 814
M12_11374398 TGTGAACTAATCCTTCAAACGTTAGAGAAATGTGTGATTAAGAGAGTTCAATCCAACTAATATAGTTCACAAGGTTACTTCAAATTATATTTTATTTGCATTATAAATTTATTTTCTTAATTACGACCTCTCATAAAACAAAACCACCTTTCTTTTTCAAACCGCTATAATATCCTTCTCCTTCAATTTTCAACCTTTCTTTTCCTCTTTTAACCCTTTCTTGTTCTCTTTCTTCTATAATCTATACCCTAAAACTAAGACAGCTTGATTAGTACTCCATAAATAATTTTCTTTTCTCTT[T/C]TTCTTTAGCTCTTCTATGCATCATCGAACTCTTCGCTTCAAGCAATCCACAAGTTTCCATGCATTTTCCGCTGCCATGAGGTATAATTTCTTCTCTCTATGGTGTTCTTTTTTTCTTTTTCTTTTTTTTAATTTTCGACTAGAATTGGGAGATTTTATCATCGTTATCGAAATTATCAAGCCTCCATGTGTCTGC 815
M12_11422892 TGGATTGTGCCAAAGATTCACCAACTTGAAACCCAGATTTATTATGGAGTTGATCAATCCCGGTACCATGGAAGTGCGGTTGCGGTAAAGAATCAAAATGCAACACTGCATAAAAAGAGGGCAGCATGTAGAATGGGGCCTGCGGTGGTGCGTGGATGTGTGGCTGATCAAGAGAGTGCTGCGACTAAACAGAGGGCCACGGTCAGGAGTAAGCTGGCTGAACTGTGAAGACGACGGATGGCGGCACGTGGGGGTGCGTGCTTGGCAATGGCCACGCAGCTGACTCTGAGGGTGAGGCCC[G/C]TGTGATCACCGACGGCTTCTGAAGCTGGTGGAGCAACTTTTCCATGGCAGCAGTGACTGTGGATCCATGGCTAGAGTTTCCTCTTTACCTCGCTTTGATACCAATATTAAAAGGGATAAAGAAAATAGGCATTGAGTTACGTGGAACCCAAGTACCTGGAAAAAAACTACAATCTGACTTTCTTATTAACTTCTC 816
M12_13049747 TGAAGTTTTCTCCTAGAAAAGGAAACTCTTTGCGTAGATTGATCAAGGCAAAATATGATAAACATTTTGATCTTAAGGCATCAGCTGGAAGAACTTCATCATCTAGAAGCCCTTGCAAATACAATCTTCAGCAGCACGACCTTGTATATGAAAATATTTGCTATAGCATCATTCTGGCACGAAATTTGGTTCGGTCAATCCCCCCTCAAACAGATCTTTCCTAAGCTCTTTCATTTGACTGGCACTAAAGATGCTTCTGTGAAGGAAGTCCAGAATTCTGATCAATGCATATGGAGGATG[A/G]ACTTTAGAAGACTCTTAAGGATGATGAAATTCTTGAATGGGCTGCTGCACTCACCCATCTCCTCCATAATCTGCCCCTAACTGACCGTGATGATGCATGGCCATGGAAGCCAGAGCCTAAAAGTTTCTCCACCAAATCATTATTATACACTCATCTCACCACTAGCATGCTATTTCAAAATGACAATTTATTCAA 817
M12_1557777 ACTCTTTCTACTTCTCTTTCTCACATCTTAAACCAACTATCACTCTCACAGGCATTTTCACAAACACCTTGCCTGCAACCCCATCTGAGTTCACAATAAATGGACGAGAAATGGAATCTATCAAAGAAGGAAGGTTCAGGAAGTAGTTACCATCATTCATCCACAAATGCCAAATCGTCATTCCTGAGAAGTGGGTCAACCTCCAAATCGCCATTGCTGCGATGTTCTTCACAGAAAAGCTTCCCATCTTCTAATTCCAAGAACCCCCACGATCTCCCTCGAAGTTATTCACAGAAAAGC[A/T]CTTCTAATTCCATTGGAAGAAAGTACAGCAGCTTGGCAAAGGAACAGAAGGCTCGATTCTACATCATGAGACGCTGCGTGGCGATGCTTGTGTGTTGGCATAAACATGGAGATTCGTAAAGAAGACAAAGAATCGATCCGGGTTCAACCCATTTTCGTTCGATTCAGAGATTTGATTTCTTCACCTTCTTCATTC 818
M12_15922782 TTTTTTTATGAAAAAAATAAATATAATAGTAGTAATAATAATAATAATAATAATAATATTATTATTATTATTATTATTTTATTTTATATTGAATCATATAATTATTAGTATTCTTTTTTTTTTTTTTATCTTTTACAAAAATAACATTTATCTTCCTTGTTAAAAATCAACAACGAAACACCCAAGAAAATATAATCTTAATAACTTAGGATAGTAATGTTGAGAGAATTACCTCGAGATTTTGGGACGTCACAAAAATCAAGATGGGTAAAAGGAAATAGGATAAGGGGTTGGGCTGCC[A/G]AAAACGGGTAGGAAATTGGTGAAGAAAATCGTGAGAAGAAGATTGGACAGAGGGGGCTGCCAATAATGAGGGTTGTCGGTGAAGAAATGAGGAAAATTTTCATTAAATTAATTTTAATAAAATAATTTATTTTAATAAGTTGACTTTAATAAATTTATTTTTAATAAGTTTATTTTAAATAAATTTATTTTAATA 819
M12_17012579 GATTGTATTAGAAATTCTTCCTAAATAAAAAGAAATTACAGCAAAGAAATTAGAGTTTCATCAATTTTGGTATCAGAGCTACAATCCAAAGTATCGGAAACGAAATGGTTCAAACTCGCGTTGAGGAGCGACTGGAACTTATCGACCAGAAGATTGCTGGAATGAAGAAAGAAATGAGTAAGATGCTGGTGATAGAATTAAGCTTGAGCGAAATCGCAAAGAGCATCGATCTGATGCAACTTCACTCTGAGAAACAGCAGCAATTGCTTTTTACGATGATGGAGACGAGTGCGAGAGAAC[G/A]GTCAGCGATGAGTGAACGAATAATGAAATCAGCTGCACGTGATTATGAGAAAGCTAAAGGAAAAGAAAACGAAGCAACATCGAGTAAATTTACAGATTCGGACCGAAATTTCGAGAACGACCGAAACGAAAGGAAGAACGATGCCAACGAAAGCTACAACAATCGGAATAAGTTTAAAAAGGTCAAGATGTCGGT 820
M12_18942955 CCGAGCTCCTGCTCGTGCTAGCACCGACCGCTGATTGTGGTGGCAGAATTTTTTTGGGTATGACCGAGGAAAAGAATAATCACATGTTTTTGCTACTAAGCCTATCTACAACTGAAGTTAAGGAAGAAGCAGCAGCGAGAAGGTTGTAATATTTGTTATGTTGTGTTGTGTGTTACATTTATTAGTGGAAGAGTTGTCCCTTTTGTTTTATAATGAAATGAATGTACGACTTCATCACATGGCTACCAATTTATAGGCCAACATTTTTAGTTGCATTGTATTTTTCTTTGGTTCTTTTTT[A/G]TTTTCCCTTCAATCTGTTGAGGGAGGCCTTGATGAACTGCTGCTTACAAGCATTTTTATGGACATATATATTTAATTGCTCCTTCTTAAGTTCATTTCCTTTTTTGTTTGTTTGTTTCCATTAGGAGCTTACCCTCAAGTTATGTAGCTATTAGAAAAAACACTGATTTTATGGAGAAATACGATTCATGAGTTG 821
M12_19163631 GATCGCACAAAAAGCCGGTTTGTTAGGGTTGAACCTTCAAGTTAAAAAGTGGTCTTTAAAAATGTTCATATTCCATTGAAATTATTTTCCAATGAAAGCATGGTGTGCAAAGGAAAGTCACAAACTGTTTTGGACTCCAATGGTATGACACGAAAACCAGACGGCAGCAAGGGAGCATCATCAGCAAATGATTCATCTATAGGTGCAAATACAAGCTGAGCACAGGCACCAACTGTATTTTCCTCGACCCCACTACACAGCTGCTAAAGAAGCATTTGATCAATGATTTTCAATGGAAAG[A/C]AAAAACGTTTATAAAAGAGCTCCTGGTAGATGAAGCAACACTAACCTGCAATAAATACATATCCCGTCCTCCTAAAGCAGCTTCTTCAGGGAACATAGCATGGCCCTCTAACCGAACAACCTCCAAGAACTACACAAGAATAGCATATGGTGAATAAACTTGAAAGGAAGAGAGTTTATGATAAAATAAAAGGTT 822
M12_20876389 AATTAGAATGTTAAAAGGAAGTTAATAACATCTTACAAGTATTGCAAGTTGCTTAACCTCCCAAGTTGTGATGGTATTGCACCATTAAATTGGTTTCCTTCAAGGTTCCTGATTTTGTGAAACATATAAGTGATATATATGTAAAACAATGATGAAAAAGAAAATTATAACTCGATCTTCTAGAGCTATTAAATGAGTAGAAAGAGAGTTGAACAATGGGCTTTTATTTTGTTAAGGTCAAAGTGATAATATGACAGGTAATGTAACATCTCTATTGAAAGCTGCAGTCTTCATATAATC[G/A]AAAACCAAAACACCATACCCTGAAAATAGAAAGAAGAGAATGAATATACTATGACAGCTTACAGTGATGTTAGAGTAGTAATATTCCCCAATGCATCTGATATTTCCCCTGACAACCGATTAACAAGAAGAGAGCTGCAAGATATTCACTAGAAGTTTATTAGTGGAATAAATCAGGACATCAACAACAAAAAAG 823
M12_21687813 TTTAAAAGTATGGAGACCAACTTGGACTAAATATGAAAGTATACGAACTAAATTAAACTAAACTGCTCTATATATATATAATCTCTTCATTTTCTAGTGAAACAAGGGTGATCATTTGGGTTAATTTCAACTTTTCTTGGCTTTGAAGCTTGATTGTTTGTTAATTGTATGAATGAGAAACCATGACAGTAAATTTTAGCCTCTGACGGATTTAAATGGGTGTGCAGGTTCATAATAGACGGCCACCGTGGTCTGTTCAGCAGGGACAAGCAGCCCCTCCTACCAACTTTGTTCAATAGA[A/T]TTTGTTTTTCTGAGTTTCATTTAGGAAAAGATGTTCCATTTTCTGAGTTTTTCTTTTCCGTTGCAGCCTTAATCAGCAGGCAGAGAAAGAAAAGAGAAAACTATCAATCATTAGTGCCACTTTTATTTCCTTATTATTAGCTATTGAGTTTATGTAAAGAAACTTAGGAACTCACCTTCTTAACTTCCAACAAAT 824
M12_22072754 TGTGAAGTGGTCCGATATTTCCCCAAAGTTATAGGAGATTTTCAACTTTCGAGTATTTCAGAAAAATTCGGGGATGTGGATCGATTAAAAGGGTAATGAATTCTTGAGTCGGTTTGGAGTTCTTTGGCAATTGGCCATGCTTCTATTCAACAACAACTATTCCTTATAAAATCAAACAACAAACGTTCAAGCAGCAACAAGTGCGCGGCAACACTCAGTTCGTTTACTTTCGCGCTCTCCAGATTTGCAATGGCGTCCAAACGCCACCGTTCTCAAGAACACGAATGCGAGGTGAAGGAA[T/C]CCAAAACTGCCCGTGTTTCAGATGCTTTTGAGTTGAAGAAGCAGCAACCAGTAGTGCTCAACCCTGCCGACTGCGACCTGGGTATTTCTTCTCTCTCGAAGCCTATCCTATTGAAATGAAACCCTACAAGACCCAATTATGTTCAGTGTGCTTGTGATCTCTTCTTCATCTTTTCCCCTACCGTTTGCTGGAGTC 825
M12_22234004 GAAGCAACAGACACACTCAGCACAACTATAAGCTTCCTCTTAGGCGATTCTACAATAAAATGAAGCATTGGTTGTCACAATATTCTCTTTACACTCGAGTTAACAAGAACCAAACAGCACTGACAGAGGCCAAAAGAAACAGATACCTGATTCTGAAGGCTTTGCAGTTACATTTAATTCTGAAGCAGCCAGTCTCACATAGATATCCTGTCCATAATCAGGAAAGATCCTAATATCCACCAACTTCTTAAACCATGTGATGCAGCCACTGCCGCCAGTGGGAAGCTCCATTATTCCATA[G/T]GCCAAGCAAGAGCAATTACTCAAGCATGCCGCTTCGCAGTCATGAAAGCTCACATCGACATTCACCAAATCGCCTGAAGAATCTGGCCATTTCACGTTGCTGATTCTTTTAAACCCCTCTCCATTTTCGCAGGTTCGATTGTCTCTTATAACGCAGCCACCTGACCAGCTATGCTTTCCCCAATCATCTGGCAAT 826
M12_22620200 GGTGAAATGGGTAGAGGGAAACTTGAAACAAGCAGTATTGGAGGCAAAAAAAGAGTTGATAAGGAAGTCGAAAACCAGCCTTCTTGTGGTAGTTAGGGATGAAGAGACCAACCAATTTCAAGAGACGAAGAAACAAGGCATTGACACATTGAACAGCACAGCAGATGTCCTAATTTTGGGCTGCATTGAGTGTACTGCCTCAAATGTTTTGAAACTCTTCCTTGACCATTTCATCCAAAAAGATAAGGATGTGAGGTTGATCCTAGTCCAGCCTTATAATGGAATAATGCACACTGCACC[C/A]CAAATTATGCTACCTCATTCTATAGGTGAAGGGTAAGTAAAATACCATTTCTTGAACTACTTTACTTAAATTCACTCGAGCCCTGCTCAAATGTTGCCTCATACTCCCCCATCCACTGCACATAAAAAATAATAACTTGTCAGTTTAATTGAGTGAAGTATAGAAGGCTGCACAATAGATGAGTTAGACTACTCG 827
M12_22620201 GTGAAATGGGTAGAGGGAAACTTGAAACAAGCAGTATTGGAGGCAAAAAAAGAGTTGATAAGGAAGTCGAAAACCAGCCTTCTTGTGGTAGTTAGGGATGAAGAGACCAACCAATTTCAAGAGACGAAGAAACAAGGCATTGACACATTGAACAGCACAGCAGATGTCCTAATTTTGGGCTGCATTGAGTGTACTGCCTCAAATGTTTTGAAACTCTTCCTTGACCATTTCATCCAAAAAGATAAGGATGTGAGGTTGATCCTAGTCCAGCCTTATAATGGAATAATGCACACTGCACCC[C/A]AAATTATGCTACCTCATTCTATAGGTGAAGGGTAAGTAAAATACCATTTCTTGAACTACTTTACTTAAATTCACTCGAGCCCTGCTCAAATGTTGCCTCATACTCCCCCATCCACTGCACATAAAAAATAATAACTTGTCAGTTTAATTGAGTGAAGTATAGAAGGCTGCACAATAGATGAGTTAGACTACTCGA 828
M12_22647941 TTAAGCCAAGCATAATCTATAGAAATAAGTGAACAGTTAAGAAACTGGAGAGAGAGAGGGAGAATTGAAATGAGACATGAAATAGAACCCGCCAGGACAATCAAGGCTCCTAATTCGGTCCTTGAACAACTCAAAGAAAATCCTCTTTTCAGAAGAAGACTTGAAATAAGACCTTTTAGTATCTTGTTTTTTATCGGACACAATTTACTAAAGCAGCTTGTTTTCCTTTGCATTAACTGTGATCCTAGATCTGATAGTAGCAATTGCTGCATTGTATTCTACAATTTTGCAGTATCCTGT[G/C]GGAACACCAGAGGTACCTCTTGCAATTTCAGACAGTTCAGGAATTACTGTGTTTGGATCACCTTTGGCCAGTGCCCAAGATGGCTATAAACGCAGTGCTTTCATTGGAAGTTGCAAGCACCAAGTATGGAAAGCTATAAGAGCTTCGTCTGCTGCACCTTACTATCTTGATGATTTTTCAGATGGTATTTTTTAC 829
M12_22820505 CCACAGATTGGAGCTGCCAGTGTCAAAAATCACAGTGAACTTTTGTGGGGGTGTACCAATGGCGATCTCACCATAGTACTGAGCATCCAGGTAGTTCTTTAACGCAACAATATCAGTATCAGAAGATTCCTCAAGATTACCATTTGGGTTATACTTCCTAAAAGCAGCTTTCAAAATCTCTGCATCCTTGGACTCAAGGCGGGCAGCCAGCCGGTTCTCTGGGTCTAACTTAATCTTCTTTAGTCCAACTCTAAGCAACCCATCATTTGATACAGACGAGACAATATTAAATGAAACCAA[C/T]AGGAACAAACACAAGAAAGCTGCTTTTGAGTGATATGAAGCCATTGGTAACCTACAGGTACAAGGTGAAGTTGAGAAAACATGAAACTCAATAGTCCCTTGATGATTATTAATAAGAATACAAGACAGGAAGCAAAACCATAGAAAAGTGGGATTTTCTGTCACTTAAAAGTCCAAACTCATAGGGCGGGAAGGG 830
M12_22906257 TCAGCGATTCTGATTGGTTTTTGCATAGAATATGCTAGCTTGGGTTAAGGTGCATCGAAGGATTTCGAATTTGACATTTATCCATAGTATTTGATCCATTATTAAGTACTGTCCAAATAAAGACTTTACACTTTTTAGGTTTGGTGCATCAACCAAATGGATCTTTGGAGATTTAACAGAGAAAATACAGTTAGTGGTGAGAGACCATTGCACAATATCAGTATCCTATATAGATATAGGGGGTGTCCAAGCAGCTGAGACCAAATCTCAATCAACAATTCCACTTTTTAATCAGTATCC[C/T]CAATTGACGGCAAGGAAAAAAAAATTCCAGATTGCATTTGGTGGAGACCAAGCTTTTCCTTAACATTAATGATCTTGATGTTAAAGGAGCTTGCTGTTAGTGAGAGCAAAGAAACGTGGCTGCAACGTATAAAAGGCCCATACCCGTCCAAAATTCTTATACCAGAAAGGGGTGTTACCTCCACTAGAGATTTTT 831
M12_23157448 ATGATAAAAAAGAAATCAGATTTGATTACTCAAATCTAAATGACGTAAAAAAAGAAAAAAATGATAGAAAGACGATGCATGCAGTAAAAAAAAAACTGCCTAACATTTTGTTGCAGCCGCCGTATATTTATGAAAATTTTCCTAATATAAACATGATTTTTTCTCACAAATTAAAAAAAAAGAGAGAAGAGAGAGAAAACACACCTGCGGGGCCCACCCACAGACCAATCCCTGTCCGGCCGTGCGACTTAGGAACCCTTCCGGCAACACATCGCTTAAATCGGAGTAGTCATCCGGTTG[C/T]TCTATCGTGGTCTTTGGAGGCTGCCGTACAACCCACACGAACCGGAACCCGGCTCTTTCAAGCCCAAACGCAATCTCTCTCACTTGATCTTCATCAAGACTCCCCATACTCCCAAAGCTCAACAAAACAACCGACCCTTCCTCCTGACCATCCAACCACTTCACAACCCTCTCGAGCCTTCCCTCACCAGCCTGC 832
M12_2513136 GATGGTGATGGTGCCCCTCGAGGCTCGAGGGAGAGGATTTCTATGTTTCCTTACCTTTATTTCATAGTTGGCTATTTCATTAAAAACGAAAAGAAAAGGAAAAGAAGAGAAAAAAGAAACCTTTGATTTCACAAAATTCACAAACACTTACGCTCGTGAGCGACCGTCAACTTTCGCCACGCAACAAAGCAACCGTCGGAACATTAAGACCAAGGCGCCGGAAGAAGCCTGAGTGGCGGCGGCTTTCACCATGGCGAAACATCGGCTCCTCCTACGGCTGCCGCGAATCCTCGCTGGCCT[C/A]TGGCGCCGCCGCCTGATCTTCCCAAAGCAATTCTGAGTTGTAGTCTCAGGGACAACGGTGTCCTCTCTAGAGAAGGTGTAACTCCGCAAGTACATTTGCCGGCGAGAGATTCCCTCCGCCGCTCTCGGCCTTGGACGGCGGCGCTCTGTAGACCACTTCTCCTCCTCCGACCACCGCTGCAGGTTGACGTACGTG 833
M12_6385196 CGGCCTAGAATCATCAGAACCCAACGTCACATTCGCCCTATGTTGTGGGACGCGCTCATCGCCGGCTGTGAGAATATACAGTGGCGAGGGGGTGGTGGCGGAGCTTGAGAGATCCAAGCTCGAGTATCTGCAGGCATCGGTGGTGGTCACCAGCTCCAAGAGAGTCGCAGTGCCGGAGCTTCTCATTCGAAGCTTGCCGGAATTTTCATCAGCGGACATGAAGACGGTGGTGGAGTGGGTGTGTCACCAGCTGCCGACGTCGGGGAGTTTGAGGAAATCAATTGTGGAATGCTTTCGAGG[G/A]CATCCCAAAACGCAGCCTACAATTGACACTTTGTCTTATGACTTCGAGTTTCAATATCTTTTGCCTTTATAAAATCTAATTCTTTAAATTTGAGAAATGATCAATTAGTTGGATAGGGGTTTTTTTTTTTTCTCACTATTCTTACCTTGAATTAATTTTGATGGGTTTGATTTGTATATTGGATAATTCATAATG 834
M12_9676532 AGAGGAGACCATGAACCACTTATTTTTGCACTCTCTTTACTAGGAAAGCTTGGAAAACTTTGTTTAGAATTTTTTATTTGGAGTTTTGTCTTCCTAGTAAGGTTGATAGTTGGTTGGTTGAAGGGCTCAACATTAAAGGTTATAGCCCAAAAGGAAATATCTTATGAAGATATGCTACACAATCCCTTTTGTGGTGCATTTGGAAAAAAAGGAATAGTAAAATCATTTAAGATAGCTATAATTCTTTCGATTCTTTTTGAACTGTGTTGCAGCACACAACTTCTTGGTGGAGTACGAATT[G/A]CACCAAACACTTTTGTAATTGCAACCTTTCTATGATATTCAACAATTGGAAGACCATCATTCTCTAGTTTCTTTTAGGGAGGGCCCTCTCGTCCCTTGCCCTTAGGTTGTTCTCTTTTGTTATATAAATATACATGTTTCTTAAAAAAAAATTCAAATCAAACAACCTCTATAACCACATTTATGCTGGGGTTAA 835
M12_9676722 GTGGTGCATTTGGAAAAAAAGGAATAGTAAAATCATTTAAGATAGCTATAATTCTTTCGATTCTTTTTGAACTGTGTTGCAGCACACAACTTCTTGGTGGAGTACGAATTGCACCAAACACTTTTGTAATTGCAACCTTTCTATGATATTCAACAATTGGAAGACCATCATTCTCTAGTTTCTTTTAGGGAGGGCCCTCTCGTCCCTTGCCCTTAGGTTGTTCTCTTTTGTTATATAAATATACATGTTTCTTAAAAAAAAATTCAAATCAAACAACCTCTATAACCACATTTATGCTGG[G/A]GTTAAACTGATTCAAACCTGCCCAAGCTGCAGTATGAATGAAACATAACGATCCACAACATACTAAGAATGAAAATATTACCAGATGTACGTAGAAGTCTTCAATTACAGCCACATTAGTTTGCAGAAGCATGGACTGAATATGTGCTTTAGACCTATTCATTATTCTTGCCACAAGTGATAATGAGTCAGCACC 836
M12_9699659 CCAAGCGTAGTTGAGATTTACTTTGCCCTAATTTTTTATTATTTTAATTAGGCTCGTATTGCCTATAAATATTTCCCCTTTGTACCTTTATTATCATAAAAAAATAATAAGAAATGTCAACATCGTGGTTTTTCTCCTTGTACTAGGGTTTCCACGTAAATTTGTATTTGTTTTACATCTCTACTTTTAATATGGTATCAAAGCGGGATATCAAAGAAACCCTAAGTAAACAATCAAACACTTAATGGAACCTTAGCAGAAGGGACAGCCGTCGACATCAGTGCAGCCATCACCGCCGCA[G/C]TTTGGATGAGTGGTTCCGATGTCTTCAGAACCCAGTGTCCAACCTTCCTGCCCAGCTGTAACCATTTGGCAACCAGCAGCCTGCAACCGAACAGGTCCCTCACGCACCGCCAGTCCGGATACCTTCATACAGGTTGTCTGGCCCTCACGCACTGTCGTCCGTGCCTACACCTTCACTGTATGCATCGTTGCATGC 837
M12_9699917 GAAGGGACAGCCGTCGACATCAGTGCAGCCATCACCGCCGCAGTTTGGATGAGTGGTTCCGATGTCTTCAGAACCCAGTGTCCAACCTTCCTGCCCAGCTGTAACCATTTGGCAACCAGCAGCCTGCAACCGAACAGGTCCCTCACGCACCGCCAGTCCGGATACCTTCATACAGGTTGTCTGGCCCTCACGCACTGTCGTCCGTGCCTACACCTTCACTGTATGCATCGTTGCATGCACCCCTGTCCGGACTTGGCCAGCCGCCGACCTTGGTTCAGTCTTCTAAAGCGGGTGTGATTG[T/C]GCCGCCTCCTGCTGGGTTAGCTGCAAACCTTAGTGGCTGCCCCAAGGTTGGAAATCCAGCCCACTCAACCTTTTAGGTAGGTGAGTCCTTAGTGCAGTCAAAGGCCCACGAGCAAGGTCCATCTCCCGGTAATGCTCAACATCAGCTGGACATGATACGACAGCAAATTGCAGCGATTGAGGCAATGTGAAGAGC 838
M12_9700013 AGCTGTAACCATTTGGCAACCAGCAGCCTGCAACCGAACAGGTCCCTCACGCACCGCCAGTCCGGATACCTTCATACAGGTTGTCTGGCCCTCACGCACTGTCGTCCGTGCCTACACCTTCACTGTATGCATCGTTGCATGCACCCCTGTCCGGACTTGGCCAGCCGCCGACCTTGGTTCAGTCTTCTAAAGCGGGTGTGATTGTGCCGCCTCCTGCTGGGTTAGCTGCAAACCTTAGTGGCTGCCCCAAGGTTGGAAATCCAGCCCACTCAACCTTTTAGGTAGGTGAGTCCTTAGTGC[A/C]GTCAAAGGCCCACGAGCAAGGTCCATCTCCCGGTAATGCTCAACATCAGCTGGACATGATACGACAGCAAATTGCAGCGATTGAGGCAATGTGAAGAGCTCCATCCCACAACTGTTTGACCTCACCGGTGTATTCTAAAAATTTGGTAACCTCGCTCCCTACTTTGTCCTCTTCTTATGTGTCTAATCTAGTGGC 839
M2_15448280 TCTTAACCAAAATCATATCGACGGAGGGAATGTCTTTGAGAAACTGGGATGAACAATCATGGAGTTCAGAAATGGCTTGGCAACAAGAAGGATGAGGAGCAACTGCATTTTTAAGCACATCAATCACACATTCTGTGGCCTTGGGAACAAATGATTTGCAGGGAAACAAAGAGATATCCCCTTTAGGAGCTGCTGCTGCCACCGTTACCGGGCGAGCCATTACCGATGATGCTAAAATGAAAATGCAGAAAAGGAGTGCAAGTGGTAACTTGGTGAATGATGCTGCCATTATTCTTAGAA[A/T]AACTGAGTACGAAGGTCTGTTGAAGGATAAAGGAATAGCTCTATTTTGTTTGTGGGAAAAAACGAGATAGTAGAGGTTAGATATATATAGATGGTCACACATGAAGATTGGAAACGTCTGGCAGCCATTGAAAACTGCAATTCTTTTAATATTAACTTTGAACTTTGGAGTTACTAAATTTGGGTTTAACGTGGA 840
M2_15448306 GGAATGTCTTTGAGAAACTGGGATGAACAATCATGGAGTTCAGAAATGGCTTGGCAACAAGAAGGATGAGGAGCAACTGCATTTTTAAGCACATCAATCACACATTCTGTGGCCTTGGGAACAAATGATTTGCAGGGAAACAAAGAGATATCCCCTTTAGGAGCTGCTGCTGCCACCGTTACCGGGCGAGCCATTACCGATGATGCTAAAATGAAAATGCAGAAAAGGAGTGCAAGTGGTAACTTGGTGAATGATGCTGCCATTATTCTTAGAAAAACTGAGTACGAAGGTCTGTTGAAG[G/A]ATAAAGGAATAGCTCTATTTTGTTTGTGGGAAAAAACGAGATAGTAGAGGTTAGATATATATAGATGGTCACACATGAAGATTGGAAACGTCTGGCAGCCATTGAAAACTGCAATTCTTTTAATATTAACTTTGAACTTTGGAGTTACTAAATTTGGGTTTAACGTGGAATGAGAATAGAAGATCATAATGCATT 841
M2_15556647 GAAAGACTGAAAACGAAATATTGAGACAATGTTGCCTTCTGGACATTCTAAGAAAACCAAGACAAATGCCAATAAAGGAACGATCCACCCAGTACGGTCTAAACACACAGAATAAAAATAAATTACCTTTCCAATTGCTGCAGTTGTGTTTCCAGCAGCATCAAGGGCATCGGTTCTCTCCCGAATTCTGTGGCTCATGCCAGCCATCTCTGCAATGCCTCCAGCATTGTCACTGATTGGACCGTACGCATCGATGGCCAAACCAGTAGCAATTGTACTCAACATTCCAAGGGCCGCAAC[A/G]GCAATGCCGTACATTGCAGCAAAGGAGAAACTCACAAAAATACTAACTGCAATTGCAAAGATAGGGATAATGACAGATTTGTATCCCAAGGCCAAGCCAAAAATAACATTTGTAGCAGCTCCAGTTCGACAAGAATCAGCAACATCTTGCACAGGGCTGAAAAGCCAAACCAAATAAGTGATCAGATTTTCATTT 842
M2_1591748 TCACTTGAAATTGTAGTGCTATTGACATTTTCTAAAAGGATTTTCTCTATCTTGTGACTTTTTATTTCTTATATTCTCTGTTCTCCTTTTATGGTGGGTTTGGTTTTCAACTTCCAATCTAATCATTCCTTCATTCTTTGAAGTCTTAAAGAATATAAATTAATTAACAATTCTTTAATGTGCCTTTCCCATAATCTAGGTGTCTTGAACACGGATGGTCCACCAGAAACTTCGAGTACTAGAAAAACTCATTCCCATCAATGGTAAAATTGGACTCAAAAGAGCAGCACTTGATGTTTT[G/T]TCTCCGACATTTCTACACCAAACATGGCCATGGAACTATTAGATCACTGGAATGATGAATATGAAGGGATCATCATTAATTCAGAGAGCCTACCCTCCAAGCATCTCTCTTCCAATCGAGACTCGAGGTATGTAAAAAAAAAAAAAGTAGAGTTTCTTTTTCTTTTAATACCATAGTGTCCTTAAACAAGTTTTT 843
M2_22107827 GAGTTCTCTAATTTTTAGTAATAAATAATTATTCTATTTCTATTTCATTATTCAAACTATCAAAATATTATTGTCTAGTTAGTTACTTTTTAATGGATTATTGATGTCACATTCTTAAGTTTTTGTATTTAATATTTTAACATTTTTATCATAATAGGCACACAAGAAGAAGCAGCGGAGGCCTATGATATAGCAGCCATAAAATTCCGAGGACTAAATGCGGTCACAAACTTCGACATTAGTCGTTATGACGTTAAAAGCATTGCTAGTAGCAACCTTCCCATAGGAGGGATGTCAGGC[T/A]CCAAATCCAAAACCACTTCTGATTCTGCTGCTTCCGATGGAGGCAGTCGATCGACCGACGAACGTGACGTCCACCATTCTCCTCCATCTTCAAGTACCTCAACTTTCATCTCGTCATCGTCGCAGCAAAACAATAACTCCTCTAGTACTCTAAGCTTCACAATGCCGATCAAACAAGACCCATCGGATCAATACT 844
M2_25707021 CGGTTGAGTCGGTATTTTTTATTTTATTTTTTTATTTTGACGTTTGTGAGGTTGAATATGATTTTATTATTTATAAAATAAAAAACGTTACAATTTCGGTGGGAAGGAAAATTTTAATTTTAATTTATAATTATTTTTACCAAAAGAATCAAAGATTTTTGGTCGATAAAAGGCCCCCTCATGCAGCCTGAAACTCATGAGTCGGAAACTGTAAACTTGCTCATTCCTGCTCTTTTCGTGGAGTACGAGCGAGACGACTCCTCCGCCGCCCTTCCGGCGAAAAGCTTCTCTCAAGCTTCC[C/T]CTTTCTTCTCCATCATCTTCTTCCTTAATCTCTGCTGCCCTTTCAATTCGGTACGCAATCTCTTCAAACTCTCCTAATTTTCGCATTTCAATTCAACATCACTTTGTCCGATTCATTACAATTTCCCTACGACGGCGTCTTTGCGTTCATATTCAAATCCCTTTCTTCTCTCTCCACTTCGTTATTTCCCCCCGC 845
M2_3245603 GGAAGCACAGTACAAATGTACAAAACAAGAAGTCGAGAGAGCTGTTGTTGCTTCTGAAGGTGATCTTGAGAAGGCAGCTGAATCCTTAAGAGAATTGAAGCTCGATCCACCTGCTGCACCTCCGAAGCCCGAAGAAACTGGTGATCCTCCTACGACTTTAAGCAGTAAGTTTCCTGGTAATAATACTAATCAAGCTTCATTAAGGACACAAGCTAACCCGAATCCACCTTCAATACAACAAAGAAAAGAAGAAAAAGATTTCAATTACACAAAAGGAGCAATCACAGCCGGTATGTCTAT[A/G]GAGTCTCTTGGCAAGAATATACCGCAGCCTCTTAGGAGAAATCCGCCAAAGATGGAATGGGGAAATTATGAACAAATCACAACAGCTGAGAAAAGATGGCCAAGTACGGGAACAAGCCCCATTTCTTTCTCTTTAGCATCAGCACAGACACAATTATCATCTCCGCCGATCAAGAACGAAGCTCGTTATTTAACA 846
M3_2128779 CACAAACTTCGCCACATTGAATCGGATGGTTGATCTGAAACGATGTCTGCAGAACATGGTTACTTCTCAAGAATGGATGGACAGCCCATATTCGAAGAGGCCAGGGGGACTTGAAATGTTGGATTTAATCAGCAGTGAATCATTTTGGTCCTCATGCAATTCAATTATTCGTTTGACAAACCCTCTCTTGAGAGTTTTAAGGATAGTGGGTAGTGGGAAGAGACCTGCAATGGGATACGTTTATGCAGCAATGTATAATGCTAAACTAGCAATTAAGACAGAACTTATTAACAGAGATCG[A/T]TACATGGTGTACTGGAACATCATAGATCAGAGATGGGAACACCATTGGCGTCATCCTCTTTGTGCTGCTGGATTCTACCTGAACCCCAAGTACTTTTATAGCATTGAAGGAGATATGCATGGTGAAATCCTATCAGGGATGTTTGATTGCATTGAAAGACTGGTTTCTGATACAAATGTTCAAGATAAAATAATT 847
M3_23854097 CGATGGAATCACAGAAAACTTATGAAGTTCATGAGCTGGTTAGAAAAAGCTCACATTTCTGTGTGATGAAGAGAAGAGACCCTCACTCCTAACCGTACACGTGTATGGATTAACTTAATGCTCCTTAAACTCCATGACGAAGCCCATGCGGGTAAAACATGCTCCATCTTAGAAACCTGTTGAGGAGAGAGAACTGAATGCAGGTTCAGTCGCAGGATTAAATTTTCTTTAAACAAGAGACTAGAAAGCAGCGAATTTTTATTTATTTCAGAAAGAGGTAAATTTTAGAAGAATTTTAGC[G/A]CATAAATCACACATCTCAACATGTGTGTTAATGGAATTTGCAGTGTACATACATAAAAATAGCGTCGGGATCATACACAAAATGAAGCAAAATAAGTAACACCAGGAAAGAATATAGACATTGGGCATCACCTTGGGCAGTCTGAATATAGTGCTGCAAAGCAATCGAACACCTCTGAGGGTTGAGTGAAGTCAA 848
M3_24188878 TTACGAAGGAACTAACAAATAAACTTTATCACAGGAAAAAATGTTATTAAGGGCCAGCTATTTTTCTAATAAAAAATAGAATTTGTATTAGCAAAGCAAAGCTATTAACATAACATACAAATGACACAAATAACTGAATCTATCAAATTATGTATACAGCCTGCATAGTATTTACACCACGTTTCTTGATAGCTGAGTTTCTCCAACCACCTCGCAAAGAGACACACTTGCATGTTGATTGAAAAGAACACGACTTTTTAGAGAGGAATCACATATTACTGTTAGGAAAAGATAGAAAGT[C/T]TTTATCTTTCGTGGAATATGCCCTTTCCTTACGGCTGCTTGATGTAGGCTTGGTAATAGTTATGAGATTGATCTGTTAATAATATTTTTTCTAACTGGAGAAGCTTTTTGCAACCTCGTTGCCTTTGGGTTGGTTATGTTACATGGCAATTGGCATCAGATAGAAAGGCCATGACGTAACTAAATTCGTAGAGTA 849
M3_2499868 TCAGAACTCTGCTCGGAATCTTGCATTTGCCGCGCAGGTTTCGAATGTTCAAACCCTTTCATCTGCTGAGTCTCTTAGAACAGAGTATTTTATTGGGTCCCTGTTTTGAGTTATGGGTTGTCTTACATTTCTGAGATTTTTTGTTCTATAGGTGCAGCAAGTGAAACAAGATCTTGTACTACAGGCTCTCCGTGCCTCTTCTTTGGGAGGAAGACAAGCCAAAGTCAGCTGGTCGGCTCAGCCACACTGGAAGCAGGAGATTCAAAACAGAGAGAGAAATGTTGTTAATGCGAGTGGCCG[G/T]TGCGGTGTAGGCGCCGGCGGTTTGTACCATTCCCCATGGCTTCCGCCGCTGCAAAATCAACAACCAACGCCTAACACCACCGTCGTGCGTTGCATTCATCCCGTCAGATCTGGCGTGAAAAGAGCTTCCTCCGGCACTGGCGTTTTCTTGCCTCGTAGATACATCAACCCTACCGATTGCCGCCAGAAACAAGGT 850
M3_2792358 TTTGTAATAGTCTTCACTTTCTGGTTCCTTCCATATCTCTGAAGCCTAACTACCGTAAACCAATAGTAAAACTTTAGACTACAACAAAAACATTAGGCAACAATTATTGGAAGGGCGTGGCAAAATATTCTAACCTGAAGTTTTGTGTGGATTGTTTTAACAAGATCAGCAGAAACATCCTGTTCTTGGCTCAAAGCATTATTTGTTTGGTACGTAGTCTTTTGAGGAACAACAATGAAATTAGCAGCACGATCTCCACTTTGATCCTTCCCCGTCATAACCCCCATTTCTTCATAAGAA[C/T]TAAGCAACATGAACTTAACAAACAAAGATATGGTTGAAAAGGCCAAAAGCATCAAGCAGCCAACTGCATAAAATCCTGGCCGCCGCAAGTGTGGATGAACATGACGGCGGAAGGACGTGACGTGTTTAACGACATCGACACCGCCAAGTTTCTCACCATCCTCGTGATCGAATTCGAGCACCCTTCTTCTCGTCA 851
M3_28982354 TTTAATTTACAATGTAATAAAAATAAAATTCTTTTCAAACATTGGTCAAATTTACCATCCTTGTGCCTAAAATAAAGGGTTATTGTTTAGGTTTGAAAAAAAGGTGTGAAAGGCAGAAAAAGAAGAGTAAAAAAGGAATACTAAGGCAATGAGACGCCAAATAAGGAAGGAAATAAGTTGGCAAACTTAAGACGCCAATGGTTATGGTTGCGGTTGTGGCTGCCCCTAATTTATGATCCTTCCTTTTCTCAACCTTTCTTTTTTTTCTTTCCCTTTCCTTATAAATTTCCACATCAAAAC[G/A]TTCCCTCCGCCGCTGCACCTTTCTGAATCCTTCTTCCCAACAATAACAACACCCGTTCTTTTCTCTATATTCCCATGGCTACCGCCAACAGATGGTTAAAGCCCGTTAGGTTTTTTTTTCCTTTTCCTTCCTTTTCTGTAACTTTCTCTTTGGCTGCTGAGAAAAAACATGAAGAAAATAAGAAGTTTATCATTC 852
M3_28997081 TATCAGTGATCTTCTCGTTCAATGGTTGATCTATGTGAATGTTCCTCCATAAAAGGGGGTCATCCTGTACCACCGAATGCAGAGATCTGCAAACCCTTCCAACAGAGAGTAGATCCTGGACACCCAAATAAGAAAGTGCAAAGCTTAAGGCTGCATGAGGGGCTCCTCCATCAATCTCCGTATAGGTACAATTCTGCTCCTGACATTCTATATCCAGCTGCCCACAACGGCTAGGAGGGTCGTCATTAGCAAAAAAGGCTTCATCCATGCTACAAATGGATCCAAAATCACAGCAGCAGG[C/G]CACGTCGCCAGTTACCTTTCCATCCAGACACCTATCACAGCTATAAATCGGATAAGGTTTCTGAACAGTACTTTTAGTCTCAGGGAACGTTTGGAACTTCAAAGCGCTATTCCAAATAAAATTCAGACATGCAAAGATCTCGATATCCTTTCCGCCAGAGCCAGCGCCAGTGCCAGCGCCACCACTGCTGCTGAA 853
M3_3417026 AAAAATGAAAGTAAATTAGTAAATGCCATTATATTTTACTTTCAAACTGAAAAAAAGAATAGAAAAATGTAGACTCCAATCATGAATGCATAGAAATTAATTACTAAGGCTAGAAATTTCCACTTTCAAGTTTCGAGACAACATAAAACTATACAAACAGCAGCAGCAGCAATAACAGCAGTAATAATAATAACTGTTGTTATTTTCATATGAAGCCCTAAGAGATCAAATAAAGTACCATGTTGGATTAACAAAAAAAAAAAAAGGCAGAAGTTCCTTGTACTCCTTTTCCAACTTTTT[C/T]AGTTCCTTTTATGCAGCCATGCATTGACAACTCAAAACCCTAATGCCAACACTAACCCTTAACCCAGAATTTATCTTAACTTTCTGGGGAAAAAAAACGAACAATTTATTTACTTCCCAACTATCTCAATTTAGAAAAAAAAAATCAAAGCTAGAATCAGAGCTACAAAATCTTAAGAATAAAATCACTTAAACA 854
M3_5526710 GGGTTTACCCGAGGAGCTCTACTACTTTGATAGATAGGCTTCTTGCTTTTGCTCTATTGGTTGCTTTAATGGTAATATGTCAGTTGGTCTCCTAGGAAGAAAGGTAATATGTCTGTTTTTGACGTATATTCAATGTATCAAATCTGGTAGATGTACAAGCTGGAAATACACAACGTAAATAAAATAAAGGGTTAGGTATGTTGCTGCTGTATTGAGAGACTAACCAACTAAAACTTTGTGAGCAGAAAATTTTTACTCGGAAAGAGCGAACAGAGAAGCATATGCAACAATTTTGCACTC[G/C]GCACATATCTATGTCTGTGGAGCTATTGCAGCTGCTCAGAGTATTCGCATGACTGGTTCCACACGGGATCTTGTAATACTTGTTGATGAAACAATTAGTGAGTACCACAGAGGCGGCTTGGAGGCAGCTGGTTGGAAGATCTTTACAATCCAAAGAATCAGGAACCCAAAAGCTGAACGAGATGCATACAACGAA 855
M3_5568974 CGTTTTTGATAGAGAGTTAGGTGATATGGTCGTGATGCAAGTCTTATTAGGTGCTTCAGGGTGGTCGTGACTGCCTTCAGTGAAGTTAGACGCCTCTGGGAAGTTTACCACTAAAGCTATACTTTTTGTCTAATATCACTAAGAGAACCCCCTCCTTCACCCATTGGTGAATCTTGTTAGCAGCTTAAAATGCCTCAAAATGTTAAATTCTTCCTCAGGTCCCTTCCTTGTAGAAGCTTAAATACTCATGATAAGCTTCAAAGGAAACTTAAAAACACCTCTCTATCCCCTTCTCTTTGC[A/T]GCCTCTGCTTGAAAGGTTAGGAGTCCCTTGATCATTTATTTTTGCAATGTGATTTTGCCACTTATGGTTAGACTCTCTTGATGTTGATGGCTTGATGCTTGATGGGCCTGATAGTTCTAGGCACTTTCTTTTGTGGTGCCTCTGTAGAAAGAAAGGAACAATATAATTTTTGTAGATAAATATGCTTTTAATTAT 856
M3_5829995 TAGTCAACAGTCGATGGAGCAGTTTTCTGCACTTCAGAGCAATCAACAACCGCAATTTCAAGCAATTCGAGGGTTGACTGGTGTTGGACCTGTAAAGTTGGAGCCTCAAGTGACTAGCAATGATCAACATGGACAACAGCAGCAGCAGCAGCAGCATTTGCAAACTTTGAGAAACCTTGGTCCAGTGAAATTGGAATCACAACGACTTCAGTCGATGAGAGGTTTGGCACCAGTAAAAATGGAACCCCAACAATCGGACCAGTCGTTATTTCAGCAGCAGCAGCAGCAGCAGCAGCAACA[A/C]CAACAACAGCATCAGCATCCGCACCAACAGCAACAACAATCACAACAATTTCTCCATATGTCTAGACAGTCCTCTCAGGTAGCGGCTGCCCAAATTAATCTAATGCATCAGCAAAGGATTTTGCAATTGCAACAACAACATCAACAACAACTCTTAAAAAGTATGCCTCCTCAGCGGCCACAATTGCAGCAACAT 857
M3_6312154 TTCTTCGATTACAAAAGCATACCCACATGGATTGATGCTTTCGTTTACGGTAGTATAGTTATTAAAGCTTCCAACCACCAAATCTATTCTTTTTAGGCCTTCAGGAATCTCCAACTGACAACACCCACTCCCAGAGCATGGCCCATCTTTTATACTTTCTGTACTGTTTCCACACAACGCCATGCACCCACTTCTGTAGGATTCCCCGTCGACTTGACCAAAAATATAGGCGTAACTATCGCAGCCGATGACAGTGAACTTGTTCTTGGTGTTGGAAATTGTGAACATGGGGACCGTAAT[G/A]TAGGGTTTGTTGGAATAAAGAGAGCCATCGCTTTTGGAGCAAGCTCGGGCTACGTAGTTCAAGACGTGGATCTCCCCATGCAGCGATATATTAGTTACTTTAATGTTGCTGTTCATTAGGAATGGGATTTCACGATCTTCTTGTGGGCGGCATTCGATTGAGAAATTAATGTTGAGATAACATTTTTCGGTTATC 858
M3_86815 GACCTGACGCCTGACCTCATCCGCTATCTGCTAGTTTATCTTGAGTTTCATACTAGTATGTGCTGTTTTAGTTGTGTTTTTCTTGTCTGTAAATAAGTATTGGGTTCAGTGGTGTTAGTTATGAGTCGTATAGGGTTTGACTATGAGTTGTGTAAACATTGGTATGTGGTCCGAAAGGGGGTTCTCTCTTCCTCTTCTTCAATAAAGCTGGTATTACACTTAGTTCAATGCAAATCTTCCTGAATATTCCACATTTCAAGTTGGAAAATTGTTAATGCAGCCTAGCTGAGTCCAAGGATG[T/C]TAACGTAGAGAAAACTTCTTGCAGACTTAACTAAATGGTCCTGGGTTCAAAAGGTTGGCTGTCATTTTGCTAGGCCCCCAATTACCCAAGTTTATCATAGAAAGAGGAAGAAGGGTAAGAAAGCCATTTCAGCATAGACAAAATGGTAGTTGGAATGGCCAGTGGTCCCTGGGGCACGTGGCAGCAGCAAAGGGA 859
M4_10188263 GCCATCTTTTTGCTATAAACCCTGCTGGGGGACAGGTAAATTTCCCATCTGCCGACATTATTGCTAGAAATGGTGGGCCAGTGGTTCCTTCACGGCAAACTGTTCGACGAGTTGATTCTGGTTTGCACATGCCTAGTAAACAGAACCAAGGCTCTACTGGTAGTCCACTTACACTTTCTGCTGTTACTAGAATACATCATGGAAGTAATGGCTGGCGAGGCACTGTTAGTAGTGCTGCAGCTGCTGCAACTGGTAAAATGGGTATTGTTTCGGGGGCTATTGCTTCAGCTTTCCATGAGT[G/T]CAAGGGAAATGCTGTGCATGTGGACAATGGATCTTCTGAGGTTAGGTACCACATATTAGTTTTTTTTACTCCGTCTGGCAGTATGATACAGTATGCATTGCGAGTGGGTTTAGATTCGACCATAGTTTTGCCGAGATCTAGCACAGCTCTTGAATTAGTCTCTGAGTTGGATGCAAGACTAGTAGTTGAAGCTAT 860
M4_1414734 GAACCCAGAGTTCTTTTCCAACCAGCAACTGCTTGGAAATGGGGTATGTGTCACTCTTTTCCTTCAAAGCAAACACTCGTACATGGGAAACAAAAAGTAAACTATATCATATTCATGATTTACTGTTCCTTCGATGCAGCTATATAAGAGCATATTAAGAGGAAATAAAACACTGGGAAGGTGGATGAAGGATCAAAAGGAGAGAAAGAAGCAGGAAATCAGAACACAGAATGCTCAATTACATGCAGCTGTATCTGTTGCAGGTGTTGCTGCCTCAGTAGCAGCATTTATAGCATCACT[C/T]GTGTCACGAGAAACATCATCGGGTAATCAGAACTGGCCATTAAAGACATCAGCAGCCATAGCTTCTGCAGCTGCTCTAGTTGCATCTCATTGCATAGAGATGGCAGAGGAAATGGGAGCCAGCCATGATCATATCTTGAATGTAGTTAACTCTGCAATCAATGCTAAAACTAATGGAGATATAATGACCCTTACA 861
M4_15809728 TCGGCGTTAATGATCGCCAGGATTTTATTGATCGGATTTTTAAAGTTGCAGAGGAAGATAATGAGAAGTTCTTGAGGAAACAAAAGAACAGAATTGACCGGTAACTTCCGCCCCCACTTGTTTGTTTCGTATAAGTTTCCATTTTACCCTCAAATCCAACCAATCAAAACCGAACCGGAACTATGTCGATAATTTTGGAACGAAGAGAGTAATAAATATATGAGTACTACTTAAGTGCAGCAAGTGCAGGTTTGGATTCACGTACCATGGGTTTAGAAAAATGTTTATAAGTGAAAAAAA[G/A]GTCTATAAATACTTAAGAAAATCCATCCAAACGATATCCTAAGTTGGACGATGTTAAACCATAAAAGAAATACAATTCTTTTGACATTCTATTGTTTTTCTAAATATTTAACTTACTTGATTATATTGTCATAACTTGGCAGAGTTGGAATCCGACTTCCAACGGTAGAAGTGAGATTCGAACATCTAACCATCG 862
M4_17312594 ATGCACAGTCCTCTATAGACAATGGTAAGCAGTTGTAATCAAGAACTTTGAACCTAGAAAACCTGCTTGGACAGGTTACATTTTGGTATTTATTTGCTGTCCTCTAATGTTCTTGACTGTACATCTGAAGTTTAAGGACTCTGCTTGGTTACTTTGGTATTTATTTGATGTAATTCATCAGAAATAATAAAATTTTGTTTTGTTGGTCAATTTATCGAATTATATGATCGGTTATTTTGCATATTATATAAGCTGTTATAAGTGAGTGCTTCCAGCAGCAGACTCTTGAAGTTTCCCTAA[C/G]AAAGGTGGTTGATTTACAGAAATCTGGAAGATCCAGGGTTCTGGTTACAAGGCTTCGGGAAAAGGGGGAATCAAGAACCTTGCCAATTTTAACAATGTAAGTTGTAACCATGAGTTTGTTTGTTCATTGAATCATCAATCAGTACTTCAAGCTGATTGAAGTGTTGCTTGTCATAATTTCTTCCATCTTCTGCCC 863
M4_18961613 GGGCACAAAGGATTAATCGGACCTCGTCAACTGGTATGTGATTGCATATAGTATAAAACAAAAAAGTTATTTCAGGATTCGAGTTGCCTGCAATTTTTACTTTTCATTGCTTATTAGAGTGAAATTGGATTTTTACTTTCCATTGCTTATTAGAGTGAAATTGGTCATTCCCTCCGTAAGTTGTATCTTAACTTTGATTCCATTCATAGTTTGATCTATAATAGCATTCTTTATATTGCAGCTTTCTTTCCTTTTTCTTTTTTACTTTTGAAGGAATATGATTTTGACAATGGTCGGATT[C/T]CATATGGGGAGACAATTTCAGGCTGTAATAAACTTTATTCTTTTCTCTTCCTTCTCTCTTCTCTTTTAGATTGTCAGAAACATTTTACTCGATATGCATCTCTATTTTTTTATTCAAATTAGTGTACTCAAAGTAGATCAAACTTAGATTTTTGCATCTAAAAGACAGCAAATTCCATTAAATTCCATCAGATTG 864
M4_19965023 AAATGGTAAATTAGATATCTTCATTAAAATACATCAGTCATGGCTTAGCTACAAGAATAGAAGTATTTTACAGCACCCTGTTCCTACTAAAGTTAACTGCCATGCTGCTGCTAACTTTACTCCTAAACTATTACCTAAATAAAGAAGAGGTCAAAAAAGAACCTATGATGAAGTCCTCTTTGTGTGCTCTACTCTTTACTTCTTTTCTTCACTTCCGAGTTTTCATCCTCAGTCTCATAAATCTTCAGCTAATGGGTTTAGCAGCACACCACCTCAATCAAAACTCATCTACAAGCCGAT[T/G]GAACAAATAATTTCTCGTGTAGAATAAGAATAGGCAAAAAGACAAATAAAAACAACGCAGCCGAAACCTCGAGATGGGAAGGCCAAAACTGAATCAAGGTATCCGTGGATTTGTTATTCCTTGCGGAGACCCATTTGCTACTCGGTGTGGTTTCTTCTTGTAAGTTGTAATACTACAATGTGGACAAACATACTC 865
M4_25512401 AATTCGTAAGGAAACCTCACATCTACATCCTCCATTCATATTTTTTAAAAGGAAACCAGCCTCTTTATTGATAATAATAAAGCTTAGAGTACAAATGGTTTATTGAAAGAGCTAAACAAAAAGAGACCACATGATTAGTAGGCGCACCCGGACATTTCAACTAGGTTGGCGCCCCTTAGCACCCTCATCATATCCATAGCCCAAACATACAAAATAAAGTCTTTCAAGAATACAGCAAGCATGTGCTGTGAAGTCCAAAACTAAATAACATGGAAAAACAGCAGCAGCACAAAAGAGTAG[C/A]CAAGAATCTTTTAGTGATGGCTTAATAACATGAGTCGTGAAGAAGATGGCTACTATTGCTCTAGAAAAATGAGGGCCTGCCAATTGAGACTGAGTTCTTGGATGGAGAATGCTTCAAAATCTTTGTGTAGAGTGCACCAATCTGCAGCATTCCTATTAGCTATCTCAAAGCAGTCTAACCAATTCATTTCCTTAT 866
M4_25562768 TCATATTGGCAGTAGGACAGTGTTATTTATTTTTCTGAAAAAAAACATCTAATTCATTAGAAGAAGATTTGGCAAGCTCGTTAAATACCTCGTACACCTGTATCTTTTATTATCATCATGAAGTTCTCGACGCCACGTTTAAGAATTGGGTTATAATATGTAAAAAGGGAAATTGGACAAGATAGTTCAGGAATCACCTGACCAGCCAGAAACAAAACATAAACATGTTAAACTGTAAGTTGAAAGCCAGCAGCTAACGAAATAAGTTTAGGCTATTCTTTCAGCTAACGAAATAAGTTT[A/T]GGCTATTCTTTCTATTGCCTCGGTTAATTTAAGAGCAAAAAGTGGAGGTGGAAAAGAAGCTGATATTATTTACAGCATGTTGTATGGTACAACAATATTACCCCCTTCAGCATAGAAATTATTGCATTAAAGTTTGTCTCTCTGGCCAAGGACCGAGTGGCTGCAGCCTACAAAAAAACAGCAATGAAACAGCTG 867
M4_26007483 TTGCAGTTTAACTTAAATTTAATATTGAAGGAAAACTCCCCCATTCGAAATATTCCATTTTATCATACCTCCTCCAAGGATTTGTAGTTATCAGCAATTCTTGAGTATCTTCTATCAAACTTTTTTCCATTACCAGCAGCAGCACCACCACCACCATGGTAGTTTTCAGGAGGGTAATACTGTGGCGAGGAATATGATTGCTGTGGCACATAACTCTGACTTCCTTGACCATATGGGGATGGAGCATATGCTTCCTGAGCATAAGGGGGGGATTGACCATATGCACCATTCCATGACGGT[G/A]AAGCCGAAGGTTCTTCCCTTGAATTCGCAGCACCCATGAATTTCAAACTCTAACAAATTCTTCCAAATCTTAAGAATCTCTTCTTGTCTGATGAAGAAATGAAGGCAATAAAATCAGCCTAAATAAACCAAAATCCTCAGCTAAAAGGCAGATACCCGTATATCCAAAAGGGTGAAATAGTAGTTCAACAAGCCA 868
M4_28423009 AGCCACGGATTTCTCTCGCTAATTCTTCTGTCTCCAGACTCAAAATCTCCCTTCCCCTTCTTTAATACCAGTAATGTCACTAAGCCATAGAATCACAATAATTACAGGTGTTAATTAGTTCAACATAAACAGATATTCACCTCTGGTTGGTGTTGGTTGATGTTTAAAGGAGCTCAGGCCTGCAGAATCGAAGCCATTGGAGAGTGGGAAACCCGAATCTATAGTCGACTAAGCAAGTATTAGAGACAAACCTCGACTAGAGTGAAGAAGATGCTGCTGCTCACTGTTGTACGCCGGAAG[C/A]AACGGCGTAAAACGTCGCAATCGTCGTCAAAACGCGCTTACGCTGTGGGCTGAGGCTGTCGTCCCAGGCACGCGTTGAAGGAGTCGCCGTGCTCTGGCGTACTTCCGCTTGGTCTGAGCTCGCGTCCAGGTGTTTCCGAGGAGCTGCTCGTGAGAGTTTTCTCCGAAGGGGGATGTGCTGGCCGGAGAAAACAAA 869
M4_31494012 GGAAGAGAAACTATCCTGCAATGGAGAAAAACATTTATCTACATGAAAATTAATTTAAATTTCTTTGGAAATAGTAGTAACAGTAACAACTTTATATTCTTGGAATATTCTGGACTTGAACAACATTCAAATTGAAGGGATGGGAATCTGTTCTATGGAAATATAGGGGACAAACCAAATAGATAAACTCTCTAGAACTCTTAATGAATTGATATCTAACTCTCTCTAAGAATCTAGGAGCAGCTTCGTAAAATCTTCAAAGAAAACAAAAATACCTACTAGATCCTAAATTATATCCCC[C/T]AAGTACAAGGCACAGCAGTAGCTTGCCAGACACCCTGGATGAGGGCGAGGGGCCTGGTTACTTGTCCAATTAGGTTTCCGCACATGTTTTACCATTTGCTCGGAATCGTTGTTCTTTTTCCATTTTTGAAAAACCATAGACTACATTGTAAAAGCATTGTCACAACAAGGAAAATGCTGCTACTCCCGCAACAAA 870
M5_13951772 TTTGGACATGGGGTAATCAATATGATTACGAAAATAATTTCTTCTGCAGTTTTTCTAAAAGCTAAAATTTAACTAAAATGCGCATTAGATTATTTGGTAGTTCTCCTTTTTTACTTGTTTCCATTTATTGTTGTTTTCCTCGAGCTACTCCTTAAGCATTACATGAACACTTTAGAACCCTTATCTACAGCTGGTCTTCATTCTCTAAATGATGGTTCCAAAGTTCGAGTTGCATATCAAGTGCAGCTCATGGCTACTCTTTTTACTTTCAATTGTTTATGACATCGTTGTTATTGTTTC[G/C]TTTATATGGTATAGGGCTTACCAGGAGCATATAGTGAGATTGCTGCATTGAAAGAATATCCAAAGTGTGAGACTGTCCCATGTGATGATTTTAAAGCTGTATTCAAGGTCAATAGATTTGTTTCTAAGTTGATATATACATGAGGTAAAAGATGTAAGGGGATAGACTTTAGTTTTGGTATACCACACTTGTTTT 871
M5_16410353 TGAATCCACCAAAGTTTATAAAAAAACAAATAATAGTGGTTGAGGATTTTAAAAATCTCATTGATCTTTTGCACATTAGAACAGTATTGTTTGATGAAGACGAAGATCTCACAAGATTCCCACCAGTCCAAAAGGTTCCTAAATCCACCTTCGAAGCACTGTCTTTAGCAAGAAACCCATTTGAAGCTTTGCAGATTTTCTACGATCAGTTGCCGGCGCCGGAAAAGGAGAGGGAGACATTTAGGTGTGCAGTTGCAGCATTAATGGAGCATTTATTTTAACAGCCACACTTAATTTCAC[C/A]AAGTCCAATACAAATAATTGTTGCTTTAAGTTTGCGGGTCCCACTGTTTTCAAAAAACAGAAATATGAAGAGTCAGGGGATGAAAAGCTCTCTTCTGCCTCTAAAAATTCAGCCCATCAGCTTATATCAAATTTCTAAAATTCCCTTCAATAAAATTAATCATACAGTTGGAGCTGCCTTTTCTTCCACCACTCA 872
M5_16439188 ATAAAAAATGCTTTGGCCAGTAATTATACTAGACTAACAGAAACTGTATCGACTATCATATGACTGCATCCATTATTCAAATCAATCATAAAATTGTAAATAACAGACGGACCTTGTCTTTGAAAAATGGAGTTTCTCTCCTACTATAGAAAGAAAATTTGCAAATTCAAGTAAAAGAGCTTCACTCAGCTCTGGAGCACCAGCAACAAGCTTTCCAACAGCACTGCAAGCGAATCTTCTAACATCCCAACTTGGATGGCACAAAAAGAACAGTAATGGCTGCAAGAGTTTAATTAATCA[G/C]TAACCAAAAACTTACATTGTTGCAAGACAGAAATGACAACATATTTTGTGAAAAGGTCACCTGCGAGAGCAATTGGACTGAAAAAGTGTCCAACACCCTGCAAAATAAAATCACAAAGCAGCTGTGGGAATTAGTTTCAATACTTCACTCAATTCCAAAGAATTGTTGATGATATCACGAATCAAAACATAACCT 873
M5_21883219 TATAGCAGAAAGGTTGCAGTAAAGGGTCAACGGACAGATTTGCACTGCTGTACAGATTTGACAGTTTTGAAGGTTGCTGTCCGGCGGCGATGGGCATTTTGCGCTTGCGGCGGCGGATGACTGGAAGGGTGAGATGGTTGGACAGGCGACGACGCGTAGAAGCGGATGGGATGGGCGATGAGATTAACGGCCGACGGCGCATGGGCCCACGCGCCCGACAGAGGCGGCACGTGAATTGGTTCCTGGCCGAAAAGTTGCACGAACGGCAGCGGGGGTTGGCCCATTGGATAGATTGGCGGC[A/G]TCTGAATTCGGTGGAGTAGTTTTTCCATGGTGGTGTCCACGGCGGCTGCTGTTTTGGTCTGGGTGATTCCTAAAATTTTTTTCTTTTTAGGGTTTCGTTGTTGCTTCGCTCTGATACCATATTGAAAGCAATAAACACGAAACCGGTTTACGTGGGAACCCGTGGGAACCCGAGAACCGGGAGAAAAACCACGAT 874
M5_21890697 TAAGGGACAAAAATACTACAAAGAACTGAAATCAAGACGAACCCATTTAACCAACCAAGAGAAATTTTCATTTCCAAGATGCCCCAAGAACCCAACGTTCCCGCACTACATAACAAAGCTATCAAAACCCCACCAATTAAAGAAGTAACTATAACAGAAGAAATCGCCCAAGAATCCAAACAAACAAAAACTGGAGTAAGGTTGAGAAACACTTTCTCCTGTACGGTTGAAATGAAAACATTGAAAAAAGAAAAGGGCATAAGAAAGAAAGAAAGATCAGCAGCGACAGAGTTGCCCCGA[A/T]GAGCATGGGGAAGTAAAATGAAAAAGTAAATTGCAAGAAAAGAGAATGAAATGGATAGATTTAGAGCAGTAGGAGGGTGGGTTTATTCACCTGATTGTCAGTCTCCATTGAAACGCAGCAGAATGAAGAAGGAAGTAAGGAAGAGAGTGGAATTTGAGCGGCAGAATTGGTAGAAGAAACTTATTTAAAGCTCTA 875
M5_23447733 CAACACCAACACCAACTTACCAACATTGGGACATCAATTTCCCTATCACCCTATGCACCCACCACCACCTGCACAATATCAACAGCAATTTTATCCGCCGCCATATGGTTACGTACAACATTATCCACCATACCCTCCTTATCATTCGGGCATGCCACCACCGCCGCAGTCCCAATTCCCCAGCCCCAGCCCCAGCCCCAGCCCCATCCCCCTTCAGGTTCCCAGCAATATCAGCAGCAGCATTCTGCACCATCAGGCTCAGCCCCTCAGTCCCATGGAGGAGCATCTTCCGGTTCAGCA[T/C]CGGTGGGATCAACACCTTCAGCAGCTGCTCCATCTTCAACATCTGCTGAACCTGCATCATCGTAGATCTCTGAGGCACAAGGCTGTTGGCGAACTTCCAAACTGGACGCTTCACTTGGACGGGGAGGCACAGAACGCCCGGGAGGGGAAGGTGTTACGCATCCCCTGTTCATATCTTGACTTTGTTGTCATGACT 876
M5_23483383 TCTGAAAGAGGAAGCGAGGAGAGAACTGAGGTTGTTCGAACGAGAGATAGCGATTCGAGGACTTACACCGTCGGCAGTTGGATATCCTTTCCAACAGCCGCAACAATGGGTAGGGCCGCCGTCCAGTGCTGTGGCAGCGCCTTGTCCATCGCCTTTGCCTGCAGTACCGGTGCACGCATACCATGAATGGCACAGGATGGAGCAAGTAAAAACTTCCGGCCGCCTAGGGTTTGGTGCGGTGTCGTTGCGGCCGCGGATTCAGCCATTAATGGTGGAAGACAAAAAGGAGCCTAAAGTAAC[G/A]AAGGAGGCTGCCAGTGAAAGAGAACTCATTGTACTGGTTTGCCTCTTTATCCCTATATTTTTACTTTCCTTTGATGATATGTATTCCATGTTTTAGGGTTTTTCAAAATCATTTTTGGCATCATCTTTTGGAATGATTCCCCGGTTTAACTTGGGAAATGGTCTGAAATAAGCTGATTGTGTTTTAGGGTTCTTT 877
M5_24990216 TCCGGTAGCTGGAGATGCAAATTCTGAGTTGAAGATCTTCAGCAAGTCGAAGAAGAAAGATGTAATGGCGTGGACGATGATGATATCAGGCTTAACATTTCAATGCTAAGGCGAAGGAGCGTTGAATGTGTTCAGACGAATGGAAGAAGAAGCCGAAGTTGCTTCTGACCAAATCACCTACATAGCAGTTCTATGGGCATGCAGCCATCTCGGGCTGGTCGAAGGTCAGAAACATTTTACCTCCATGACCAAGGTTTACGGTATTGAGCCTACCATGGAGCATTATGGTTGCATGATTGA[C/T]CTTTTGAGTCGAGCAGGCCACTCCGAAGAGGCCGAGGAGCTCCCAATGAAAATGCCAACGCAGCCTAATGCAACAATCTTGAGTTCTATTCTGAATGATTGTGAAATGTATGGAAACGTAGGCCTTGCCAACAGAGTGAAAAGTCACATGGTAGAGTTGAAGAATTCTAGTAGTGGTGTTTATGTACTTTTGTCA 878
M5_25221584 TGGTACACTATTAGTAAACCATGGGTAGATTTGCTCGTTTACTGTTTTCTTTATTTCAAAAACTTTCAAACATTCTGTTCCCATTTCAAAATATAAGCATGTAAAGAAAGTAAGGGCTTCAGAGAACTAAAAGCATGTATGGAACTCCTAATAATAAGCACTTACAGTTTGAGTACCCTCATTAGTTCTTTCTGATGTAGCAGTTGGAGAGCCGAGGCAGCACAACCCATTCAACCCTAAATTAACCTTCATATTTGCTAATGTTGATGGGTCACCATCACTTAGCACTATCTGTTTAAA[G/C]ACAGCGCTGTCAACTTTGTGGTAAAGTTGAATGGGAAAATTTAATGATGCTACCCAATACGGTGCACGCTTAGAAGGTTTTGTCAAAATAAAAAGCAAAATTTATTGTACTAATCAATCAATTTTTTCCAATATACCTTTGATGCTTTGACATGAGCAAGGCAGATTCCAACCAAACCTACACCTGAACCTACCT 879
M5_26101426 AATCACCTTTGTCGTATGGAAAATCACTCTCAGTTCTCAAACATGCTTTTCCACCATTCAAAATCAACAAAAAATTTGGTTCTACACTTTTGATTGCTCTTTTCATACAACCAAAATTTCTCTTGGGATTTCAAAGCGATTTTAAAAATTGGGTCAAAACCCAGTTCAGTTGTTGAAAGGAAGAGTAAGAAGGTTGAAGCTTTTTCCGTAATTGGGTAACAAAAAGTAGTGAAAAAGCTGTTTGGAAACGAAGAAACTTACTGGGAGCTGCCATTGTTGAGGATGGAAGAAGCTTGGATG[A/G]TCCTTTGAGTAAAAGCCTGGAGTGAGGAAGCAGAGTAGAAGCCATGTTTGCAGCTAAAAACACCTGCTTGAGGATGAAGGGAAATGCTTTTGTTTGGCTGTAAAACTTGGATCTCGTGTTCAATTTTTTTTTTTAAGTGTTTTAAAGTTGAGGGTAATGAAAAGTTTTCATTTTTATGCACCACACAGTTTGGAT 880
M5_2952159 AGCAATTCTTTGAACAAAACCATTGATCTTCCATTTAATCATATATTTCTTGGTCCTTCACCGGGACGATCCAATTTCCAATTCGAGCCGCCGGTAATGTCCTCAGTTTCGCCATCGACTAGTCCTATACATCCGCCGGCCGTTTCTAATGAAGTAACTCCGTCGATGCCATCGATGAGCACCTCAGCAGCGTGGATGACGAAACCAGAAGACGGTTTGAGCGGGGAAACAGTGGAGGAGTATGAGCCATTGAATTGGACGCCATTCGGATTCACGGAAGAAAATTCAAAAAACATTGAT[G/A]TTGAAGATAGTCATCCTCGACCAAACGTAGCAGCGTCTTTGAATTGATCTTCCGGATTTGAAGCAGGTATTGATTCTTTCTTGTAATTTCTTCCATTGATGGCTTTAAATTGCAGATGAACTTCATTTTGATTCATAGAAATTAAGAGTGTATGAAAGGATTTTGTGTAGATTCTTAGTTGGTTTGATCTGAGTT 881
M5_2952186 CTTCCATTTAATCATATATTTCTTGGTCCTTCACCGGGACGATCCAATTTCCAATTCGAGCCGCCGGTAATGTCCTCAGTTTCGCCATCGACTAGTCCTATACATCCGCCGGCCGTTTCTAATGAAGTAACTCCGTCGATGCCATCGATGAGCACCTCAGCAGCGTGGATGACGAAACCAGAAGACGGTTTGAGCGGGGAAACAGTGGAGGAGTATGAGCCATTGAATTGGACGCCATTCGGATTCACGGAAGAAAATTCAAAAAACATTGATGTTGAAGATAGTCATCCTCGACCAAAC[G/T]TAGCAGCGTCTTTGAATTGATCTTCCGGATTTGAAGCAGGTATTGATTCTTTCTTGTAATTTCTTCCATTGATGGCTTTAAATTGCAGATGAACTTCATTTTGATTCATAGAAATTAAGAGTGTATGAAAGGATTTTGTGTAGATTCTTAGTTGGTTTGATCTGAGTTTGGTTTTGAAGAATGGAATCACGAGTT 882
M5_939780 AATTTGGATAATTTACGACAATAGCATACGCACCATGAAGCCCCTTAGGAGAAAGATCCTTGAGTATTGATCCACATTCAGTTACAAAACCGACGGCCACCTCCACGCTGTCATCTGTAGGATTCTCCAGCAACACAGTGAGTAATTCTAATGCAATTATTTCATGAGCCACTTGCTGATTAACCAAATGTGCTATAAATTTGACAGCAGCAAGTAGTTGAGGCTGTCAAAGATAAATAAAATAAATGAGAATCGGCAAAAAAAATTAACATCGAAGGTTTGACAACTAAATAGAAAAGA[G/T]TATAAAAATTACAATCATCATGAATATTACCTTGTCATTCCGTTTATATGCTCTTTTGAGCTGCAAAACAATTCTTCTCAATAGAAGATCACCCACTTCTGGAAACTTAGTATTGACAACAGCAACAAGTGCAGCAAATACATCGGTAAACCCTGGAGATGCCATTTGTGACTTCATACATGAACGGCAAAATAG 883
M5_9478865 TGTGTGAGGGGTTTTGTTAAGCAATCAGCTAGCTGATCTGATGACGGAATATAGCGAACTTCAAGAACTCCACGAAGAACTTGATCTCGAACAAAATGAACATCAATCTCGATATGTTTGGTTCTAGCATGAAAAACAGAATTTTCTACAAGAGGTCCAGCACTTAAGTTGTCACACCACATAATCGGTTTGGGAGAATTGGGGACATGGAGTTCACTAAGTAGCTGTTTAAGCCAGGTTATTTCAGAGGCAGCATGAGCAAGAACTCTATATTCAGATTCAGTATTCGATCGTGCTACC[G/A]TAGTTTGTTTCTTCGAGGACCATGAAACAAGATTATTTCCTACAAACACACAGTAGGCAGCTACAGATTTTCTATTATCAATATTCAAAGCCCAGTCAACATCTGAATAAGCATTAATAGACAGATCAGTAGTTGGCTAAAATAAGAGGCCAGAATTTTTAGTTCCACTGATATATCGAAGAATTCTTTTGACAG 884
M5_9590309 ATATGTGAACCTTCTCCTTGCCAACCACAAATCCTTCCATAATGCCTAATACAGTTTTTATTTTTTTTATTTTTATTTCTTTTGTTAGAAAAGAAAACATGATCTTCATTCATATAAATGTAAAACGAAAGACTAATGCTCAAGTACATGGGGTTTATACAAAGAGCATAAAGCATAATTAGGATCAGGAGAACCTCTCAACTACGTTGACACCCTCTAATGCAGCTAAAATCTATACAACGTCTTTTGTAGTTTTCATATTTTTTTCTCAGAAAAGGTAGAGGAACCACCGTACATACA[G/T]CTGTATAAATGGTGGTTAGATGTAACAAGAAACAGCTGCATTCATCTCCTAGAGGCTAAAGCTATGATCTCTCCCTCCAATATATGATGAGTTAAATGTTACAATATAGAATATGAATGGACTCTTTCCTTCTCTTTACTCATCCCATGGGTTTCCTTATGATGGAAATTAAGAGTTATGTTCAAAATACCATTT 885
M6_1499759 GCTCGAGTTGTTTGAAACTCCATTTACTCCATCAATTTCGATTAGTTTGGGATTTTAGTTGGAAAAAGAAATTAGCTTGGGATTTTGTTACTTGATGAATTGGAACAACCCATTTTATGAATCATTGAAATCTTACTAAATATCTGTAAAGATTTTATCAGGATCCAATAATTCTGTGCGATGATTTACAACATATGTGATGTGCAGATCTGCATATTAGAGAAATTCCCCTTCTGTTGACAATAAAGTTGCAGCAGTTGGTCAATTTCTTCCTACTTCCTATGACATCTTAATGACCAA[A/C]TTTCTTGGCTTAGTTTTTCAACATGTTCAAAATTTTTGGTTGGTGGAAACCCATCCTTTCTCACTGCATGAAGAAGCTAACAGTAAACTCTGTTATGTTCCTTCTATTTTCTTTCAGCCAGAAGGCATCTTTAAGCGAATTGAAGGTTCAAATTGATGAAGTGCGTGATCAGAGACGAGAAGAGCGAGAGAAGGC 886
M6_1500067 GCTTAGTTTTTCAACATGTTCAAAATTTTTGGTTGGTGGAAACCCATCCTTTCTCACTGCATGAAGAAGCTAACAGTAAACTCTGTTATGTTCCTTCTATTTTCTTTCAGCCAGAAGGCATCTTTAAGCGAATTGAAGGTTCAAATTGATGAAGTGCGTGATCAGAGACGAGAAGAGCGAGAGAAGGCTGCTGCAGATCTGAAGGCAGCTGTACAGAAAGCTCATGCAGAGGCTCAAGATGAATTGAAACGCCATTCGGATGCTACCTCAAGGCGTGAAAAAGAACAGCAAGAAGTAATC[A/G]ATAAACTTCGGGTTAGAATTTTTATTTTATTATTTTTCTGGCAGTGTGTTGTTTAAGGAAATTTTGCAAAGTATCCCTTTTAAATCTATCTGATCTTTGGGTGGAGAGAAGTGGATCTGTCTTATGCATACTTATTACTTATCATGGTTGAATATAATAAATTTAGTATATTCCTTTGTTCTTTTGAATAGACTG 887
M6_3279691 CCATTCTCACTGCTGCTTCACCTCTCACTTTCATCCCCCTCAGGATCAGATCGCGCATAGCCAAACTGGAGCCTATCTTGGACTTAAACAGAGCCATAAAGTAATCAGGTAGAGTTAAACCCAGATCCAACTCCCGCATGTACAGGACACCCCGATCGCTCCTCATGATCAAATAGTCATGGCTCAGTGCCAATGTAAAGCCAGCGGCTGCAGCGTGTCCTGTAATGGCAGCAATTGTAGGCATAGGAAGGGAAATGAGTTCGGCAACGACGGACTTAAAGATCTCGATTATGTGGTTTA[A/T]GCGATGACGGGCAGCAGAAACAGAACCGGCGGCAAGAGCCCAGGGGAGATCAAAGCCGTTTGAGAAGAATTTGCCATGGGAAGTTGTGATGAGAACTGAAGCGGGGGAGGCTTGTGCCTTGACTTGTGAAAGGGCTTTAAGGATGGAGTTGATTAAGGATGGGCTGAGACGGTGGTCGTCGTCGCCGGTCAGTGT 888
M6_3283619 AGCCAATTGATGAAAACAGAGAAGAAAATTATTGATTATAGTTTTCAGCAGCATCAGCCAAGACATCATACGACAAACAAATCCACCAAAAAAACACATTGAAAACAAATACAATTCCTTTCGCTTAACACCATGTTTACATTTTTCCATTCAATTCATTAAGTAACGGAGACATTTCAGGATATAGACTCTTTCTTATCTCTGCATATGCTTCACTTTCCCATTTCCTCCTGGCTAACATCTCCCCCATTGCCACCGCTGCCTCCATTAAGGCTTCCTCATTATCGTGCACTGAGTCGA[C/T]GATTCCCAACTTCGCCGCTGTTTCACCGTTGACCTTTCTCCCTGCCAGCAGCACATCTCGACGGACTGAAACTGAACTGATCTTTGATCTCACCAATGCCGCAAAGTAATCCGGCATGGTTAAGCCCAAGTCAATCTTGTCAGGATATGAAGAGTTGTATGAGTGAGAAAGATGTTAATTATAGTTTACTTAAGG 889
M6_33398394 CTCTTTTTTTCCCTAGTCACTGCTCAGCCAGTAATTCCTACCTTTCTAATCGGGGATCCCATCGTAGGCTCGTCGATCTTTGACGCTCCTAGTCCTTCTGGATCTAATTTTTGTCCTAAAACTATCATTCAGATTGCTTCTTGTGCAGCCCAACTTAACCTCTTTAATCTTTTCCCTAGTTTCTTTCCTCCCATTCCTTGCTGCTTGTTGATTGAAAGGCTACCTGACCCTGAAGGTGTTGCTTGTCTTTGCAATGCAATCAAATCGAATGTTGTGAACATTAGCATTAGAAACAGACCC[A/T]TGACTCCAAACCGAATTCTTAACGCATGTCGTAGAAATAATGCTGCTAATGGGTCCCAGTGTCCCTAATGTACATTATACAACTCCTTCAACAAAGGAACAACAAATAACAAAGGAACAACAAATATATATATATTATACCTTTTTTAAAAAATTCTATTTAAGCATTGTTTTTTCATTACAATAATTGCGTGGT 890
M6_3455972 TGTAGGTGCAAATGCAGGTTCAATGGTGGATGTGAAATATGTTACCACTGACTCCCTGTCTGAACTAGTTTGGTCTCCACACAAAGGTTTGAGCCTTAGATGCGCTGACTCCAGCTTCAATAATAGAAAAACATCGATCTTGTGGGATGCAGCAGCCAATAAAGCAAGTTTTGCACTGCCACAAAGTGTAATAGCTGAGAAGTCTACTTCCGATAATTTACTTGATAATAGAACTATTGTTTTGTCACAAGCAGAGAGTCATTTGAAGAATATATCTGAGGGTAAACAAACTTCAAATAG[T/G]ACCAGCTCTGATGATGCTGCCTGCATGACAAGCGAAGTACAAATGACACTGGATAAAGGTATAGTGACACTGAAGTTTGTGAGTCTAAGTTGATCGGAATTTTAGTTGCATCCCATACCATATTTTGTTCAATATGTTTGATGTTTCTTTCTGCCCAATTATATTTTTGTTCCTTGGGACTTTTCCCAGTTCTGA 891
M6_35453870 CAAACCCACCCCCAAAGATGAAAGGCCTGCATGCAAGAACTGTGGCTACTAGTCAACACTCGAAAAATTTGGCAATGAAAGGAAAAGGTGTTTAAAAGTTTCAGTAATATAGGCTCTAGAATGAATAATTCAAGTGTGTATGACTTTAAACCTCAGACCCATCCACCACCATATCCCAAAATATCTTTGTTACTCTCCAACAAACTGTAGTGTGATCAAGAGTTCAATTGCGCTTAAAGTCCTCCTTCAACGACAAAGAACGAGCTGCACCAATGCCTTTGAAATCCTCAATCCTCTGGC[A/G]GTTGGCTGTAAAGATCGTGTGGAGCAATCTGCACCAAGTACTCTGCAAAGCTGCAAAACGAAATATAGTATAATCCATGTCCTTGGGGCCTTCTTAGTTTATCTGTGGTGGGAGCGTTTGTTCATTTTAAGAATCTAGGGTTCATGTGCGTTTGTTCATTTTCTTTGGGATGGCTACCCAGTATTTTTTTTCTTT 892
M6_5739996 CAAAGCATTTACCTGTTTTTGAAAAAAGTCGAACTCATCGGAGCTAAGAGAACCATCACTATTTGAATCCAGAAGTTGCATCATCTCTCGTGCATCTTCTCCAGGGGCGCCAACACCAAGGTCTTCCATGACATCGACAAGTTCCTCAATACTTATTCTACCGTCTCCATTCTTGTCAAGAAGGCCAAATACTCGACCTCTTTGGTTGGTATGTATGCCTCTATAGTTAGAGGATGGAAAATCGTTAAGACGTAGAGCAGCAAGTTCAGCTGCAGCCAACATTTTGGCCTTGAGCCGTTT[C/G]GCCTAAAAATATTGACAAATATCCACATCAATCTCAAACTTAACAAGCTTGTGCAAATTTTATAGAACAAGACTCAAGTGTATTAAAACATTGAAACAGATACTAATTGTTACTAACTTCTTCTGGATCTGTGAGACCTCCCTTGTATAGTGAATGTGATGCTGTTCCACCGGCTGCCAATTTGTCCATCTCAGT 893
M6_5912593 TGCTGCACCTGAGAGACAACATTCCGACAGATCTGATTTGTTCGAGCCGCCATCTTTTATGACATTGGTTGAACCCAATGGTGGTGGGATCCCAAATTCAGCCACTACCGAGATCCAGACTGCACGAAACCGAGAGCAGCCAAATCCTACATCCCTACAAGCTGGCTGGTTTCCATCTTATACTCATGTTGCAAACGACTCGCCTGGAAGAAAGAAGAATGAAGCAATCATCGCCAAGGTGACAAACTGGAGTGCAGGAAAGCCACACACTGCTCTCAAGAACCTTTTGGATGATGCTGC[G/A]CTCGAAAACAAGCAGAAATCATCACCAACCCCAAAAGATAATTTGGCTTCTATGATTCAGAAAGATGAAAAACCATCAAAAAAGGTCGACTCCATTACGCAGCCGAAATCGCCTACCTCACAGTTAATAAACAGGGAGTTCGCAAATGAGTGGAACTCTCCTGCAAGATATCCATCAGACATAAGGAGAGAAAGG 894
M6_5948331 CCTCGGTGTGATTGGTAGTGCTGATGGCCCTTCTTTTTCTGATGATACTGAGGAAGATCTGTTGTCCATGTACCTTGACATGGACAAATTCAATTCCTCGACTGCCACCTCCACGATACAAGTTGGCGAGTCATCTTCGGCTGTTGGAGAAGCAAGATCAACTTCTACTTCAACAATTGGAGCAGCTACCTCCAAAGATGATGCTGCCGTTGGTTTGAAGGAGAGGCCGAGAGTTAGACACCAGCATAGCCAGTCCATGGATGGCTTGTCAACCATAAAGCCTGAGATGCTCGTCTCTGG[A/G]TCTGAAGAAGCCTCTGCAGCCGATTCCAAGAAAGCCATGTCAGCTACAAAACTCGCTGAGCTTGCGTTAATTGACCCCAAACGTGCTAAGAGGTATACTTCATTACTCTTCTCTCTTTCTCTCTCTCTCTCTCTATCTCTCCCCTTTAAACGGGAGAAAGAAACTGATAATATGTTATTTCATGATTTATCCATA 895
M6_6063081 TGACATCAATGGTGTTGGTAAATGGCTTGCAAGTAGTCTCTTTAATTCCATGATGCCGATGAAGAAGAACTTTGCGAATTCGTCTATCTCGGCTTCATATTGCTCATACACAAAGAATGCAGTGAACGCAAACACTAGTCCTACAATAATTAAACCATTAATTACTATAATAAGTCACAATAAACGAGCACTACAGAAAAGAAAAGAAAGAAAGAAGTTCACAAGGAATAAGCAGCGCTTGGTGTTAAAAATAAACCTAGTAGTTTCTTACCCATGCCTAACATCATAGTCAAGGATCGT[T/G]CGAGTAGCAGCTTGAGAAGATAAAGAACTGCAACAGCCTGTAACCAGTGGAATGTGAAATTGTTATAGAACGAAAAAACGGCAAGTATGTGTACAACATTTTATAACCAACCATCTACTAGATTATCAAATCAAAACCTTAAAATGCACAATTAATTATTCATTTAATGTGCTTAACTAAGAAGTAAAAAGTGAA 896
M6_6491771 CATCTTATTCAATTCCCCGTATATGCAGTGAAACCATGACGAATAGAAGCCAAAACAAAACAAAACTAACTACCAAAATTTTCATTATTCAGAACAACTCACATATGTGATAACATCAGTAGCTAGAGCATTAGGTTCAATTATTTCGTGTTCTGAAGCAGCGACGTTGCAAGTTATATTTTGAAACATCTGTTGTTCTTCATCTGGAGTATCCATTAATTCCCACAGGTCGAACATTGTACTTGCAAGATCTTGAAGCTGCACGAACAAAGGGTTATCACAGGTCCAGTTCAATGGCAT[C/T]ACTAAGCTTTAGAAGACCAAAAAAACATCTAACCTTCTGCATTCTTTGTAATTTGATATCTCGCAGTTTTTCAATCATGGCAGCCAACTGCTTGATAATGTGGATAGTTATATTTGTTGGTCCTTCAAAATCACCCAAAGATGGATGAACTTCAACGGCTATCTGCTTGGAATCCATGCCTAGGACTAAACAGAG 897
M6_6491793 ATGCAGTGAAACCATGACGAATAGAAGCCAAAACAAAACAAAACTAACTACCAAAATTTTCATTATTCAGAACAACTCACATATGTGATAACATCAGTAGCTAGAGCATTAGGTTCAATTATTTCGTGTTCTGAAGCAGCGACGTTGCAAGTTATATTTTGAAACATCTGTTGTTCTTCATCTGGAGTATCCATTAATTCCCACAGGTCGAACATTGTACTTGCAAGATCTTGAAGCTGCACGAACAAAGGGTTATCACAGGTCCAGTTCAATGGCATCACTAAGCTTTAGAAGACCAAA[A/G]AAACATCTAACCTTCTGCATTCTTTGTAATTTGATATCTCGCAGTTTTTCAATCATGGCAGCCAACTGCTTGATAATGTGGATAGTTATATTTGTTGGTCCTTCAAAATCACCCAAAGATGGATGAACTTCAACGGCTATCTGCTTGGAATCCATGCCTAGGACTAAACAGAGTGAATCCAAAGTACGCACGTGG 898
M6_7666126 CAGTTGCAATAACCAGATACGATTACTATAAAAGCAAATGCATAGTCATACATAGTTTGTGACATAACTGGCAGCTGCAATATTTTTAACATAACCATATATGACGTGATTTGATGAACTTCCATCCATGGTGCTTTTCTCCTTTTTCTAAATTGTCAATTATTTGTCGTAATTGTCAGATTTGTGAAAACAATTTAAGAATGATTTGGAAAGACTCATCAGATTTCAAATATGCACTTATGAAGCTTGATTAAACCGAATTTTATTCAAGTGCGGTTTTGCCTTTTGGCACACAGCCTT[C/T]AGACGCAGTCTACCTGATTTGGTTTAATCACTATACCCTATTTGTTTTAACACAAAGAACGTTTCTGTTTCAATTTCCATTATGGCTTGGATCCATTTAGTTTTTTTGGTTCAGTTTCTTTCATCCTAATTGATGCTGCCCGTGCAGAGTAGAGCCATGAATTTGTACACCAGATTTGCCGATTTGGCTAATCTG 899
M6_7753114 TCTGATAATTGTAGAACTATATCCTGTTTGTTTGTCCCAATATCGTGACCACAACATTACTCCTCCATACCTTCGTGATCTTTTTATCTTTGGAAGGATTTGTGAAGTCAACACTCGAGGTGGAATGTATCCACTTCCTGCAGCTCCTCTAGCTGCTGGCAAGCCAAGGAAGATCTTCCCCGATCCCTTCACTAATGTTGTCCAACGGTTCCACGATGCTATGATCTTATTAATGTTGCCAGCTTCATACTGGCATGGACCATTGTTGTAGAACTGAACCCAAACGTAGTCAAAAAGGCC[C/T]GTGTCAAGGGCTTTGCCAAGAAACCTGTCTGGGAATGGACATTGAGGAGCAGCTGATAAGTACACTCGTTTGTTTGGCTTGTCGAACCCTTTTAGGTACCTTGCAAGAAATTGCCAATTTGCCGTGGATCCGAGCTCGATGTCAAAGTCTATTCCATCCAACACCGCATTGCCCAGCGGGCGAGTGGATGATCGG 900
M6_7753657 AGCAGGGGAAGCCAGGGAGTAGCTTCCGATGCCACCTCCAATGGAGAGAAGAACTTTGATCCCTTTGCTTTGGCAGAACTTTATGTTTTGGCTGGCTATCTTGCAGCCACCATTTGCCGGGTTGCAATGTCCAGAGAGGTTGATCGACGGGGTGCGACCGCTGCCGAACTTGTTGAGAAAAGCAAGCATAACATACTTGTATCTTCCTGTGGAACATGCTTCTCTTAGAGTTCCTTCAGCACCACTTTGGCCCCAATAGATGGCAATGCCACCTCCATAGGAGGTTGAAACATGAGCCAA[G/A]AAAAGGAGAGATAGAATTGGAACAAAGCAGCTTTGGAAACTTGAACCCATTTTTGCTTTGATAAATTTTATCCTTTGCTTTCTTACTACTTATAATGTTTAGAAAGCTTGTGCTTGAAAAATTCACAATGAAATTGTGTTGAAGGCTATGTTTTTGATACAATTATTGTAATATTTCTTAACTTTGAAGCCATTG 901
M6_7782242 AATTTCCGACTCCTCCGCCAATGGAGAGGAGGACTTTGACCCTCATTCTCTGACAGAACTTGATGTTTTGGCTGAGCACGGTGCAGCCTCCAGTGGCCGGGTTGCAGTGGCCGGAGAGGTTGATGGAAGGGGTACGGCCGTTGCCAAAGTTGTTGAGGAAAGCTAGGATGACGTATTTATATCGGCCGGTGGCGCATGTTTCTCGGAGAGTTCCTTCGGCGGTGCTTTGGCCCCAGTAGACGGTAATGCCGCCGGTGGCGGCTTCGGAGGTCGACAAGCGAGTAAGGGTCAGAAGACAAA[G/T]AAGAAGAGAAAGGGTTTGGAGATTTGAGGCTGCCATTTTCTTATAATCAAGCTATGTTTTCCTTGAATTTGCATGGGGGTTTTGGCTGTTATTTATAATGTTCATTGAGAAAACCCCTTTGCTTATTGCATATTCTAAGCAAGTAATTATTGTTTCTGTTTTGAAATATTTTAGTGTTTACCTTTTTCTTTTTCT 902
M6_847166 TTTAAAACTAAAAAGGTTAAAAAATATATTGAAAAAAAGAAAACCTGATGATATCCACTGGCCCAGTTATTTCCAGCACCACCTCCATGATCTGAAACAAAGATGTTCTCGTGGTTGTAGAGATTTCGATATTCACTGTTCTGGATACCATTAATGACCCTTGGCTCCAGGTCAATAAGTAAAGCTCTTGGTATGTAGTGCTGATCATCGGCTTGATAGAAGAATACATCTTTCCGGTCACCTCCCTGCATATTATACAATATGTTCACATCCTTCCACTAAAATGTATCTGCAGCTTAT[T/G]TATACAATATATTATATATGACTAAAATCAAAGTCATTGTCACCCAGTTACTCCTAATATTCGTAATCCATGTCTCAGCTCTCCATAAAACTTCTCTCATATGATAAGAGCTGCAATGAAACGAAGACCAGAGAATCTGATCCAAGGTCATGAAAGAATTACAATAGTGGACTGTGCCAGAAACTAAACACATCT 903
M6_8915637 GATTATGAGAAATCTAATTCCCCACTCGTTTGCTCCCCAACTCTCAAATATCTAGCAATGTTGAACAGGTGGCAGAATACAATTATATAAAAGCTTAGACATCATATGTCGGACATTTTCTTTTACCTGGTTTCACTGAAGGAAGTTCCAAAAGATGGCTGCTTTTGCCTCACTACCCCTAACTTCATCTTCTTTACATTCAGTTGTCCAATTCTCACCTCTTGTATTCTCCTCAAAAGTTGTATATGACCCAAGTTCCTATTGCTTCACAGTCAGATCAATCGGATTTGGAAACCAAAA[T/A]TTTTTCTCTCAGACCAACCCAAGGAGTTTGATAATTCTTGGGGCAGCAACAAAACAAGCAAAAACACCAGGTATTCTCTTCTCGTTGATCTAATATTTTAACAGGTTTCGGTAGAAATTTCACTCTTTTATTTTTTAATTTACTAATACAAAGCTGGGTTTATTCTCGTCTATTTGGAGGATTCAGCTGAAGAGG 904
M6_906984 TATATTTAAACTTAGATCTACGAACTTTGAACCGTCGATCTTAAACTCTTTGATATCAATCAAAATATATAATTAATCAATCAACAAGGAAATGTCTAACAACGACCCTCCACGTAAGCCCCCATTTGTAGCAAAAGCCTCTGATTTCCGCCACGTGTCCTATTTATTTTTATTGTAATTATTTTCCCATATTTCGCCCCCCACCATAGTTAATCTATTCCACCCCACCGTCCAAAAATGTTCGCAGTTCGCACGGCAGCGCCGCCACTTCTTCTTCACTTCCACTCTTTACCCTTCCGC[C/T]TCCTTCCATTAATTCCACTCCCCAATTTTCTCTCAGCCGCTCATTGCCGAAGGTCGGTCCGTTTATCGGCAGCTATGGCCGGAATCCTTTCCCCTCGTGCACCATCGCCGCCAGTGCACGTGGCTGGCACGTGGTACTCCGTTCCGGAGCTCCGTCTCCGGGACCATCACTTCTCTGTGCCTCTCAATTACTCTC 905
M6_908493 TGACAAATAACAAACACAAACCTGTGTTGCAGTGGGAAAAGAGGATCAACCAATGCCGTACCTTTTGTACTTACAAGGTGGACCTGGATTTGAGTGTGCCCGACCATCGGAAGCGAGTGGATGGATACAAAAAGCATGTGAAGAATTTCGTGTTATATTGATGGATCAGGCATGACTTTTGTTGACTTCTCTGAGCAAGGGCATTTGAAACATGAACACTGTTGTCTTGATCTTTTATTCTACCTCTGTATATAAATAATTGCAGCGAGGAACAGGATTATCGACTCCTTTGACTCCATC[A/G]TCCATGTCACAATTTCGAAGTGCAGAGGATTTAGCCAACTACTTGAAACATTTTCGAGCTGATAATATAGTTAATGATGCTGAATTTATTAGGACTCGTCTTGTGCCTGATGCTGCACCTTGGACTATTTTGGGTCAGGTATTTACTTCACTTTTTCTTTCAATAGTTTCAGATTTTGCAATCAGTATATATTAA 906
M6_916580 ACCAACATAGCTCTGCACGTTGAAAAAGAGACTTTCCTTGAATTTGCAGTGAGGCAATTACTACAGACAGGAGACAACAAAAACGAATAACGTTTATAAAAGCAAAGCCACTCTCAGAAATCACAAAGCCTTGCTTCATGTAAAGTTCAATATATGGCTGATTCCAAAATCTTAAACGACAAAAAGAAAAAGTGAAGTAAATACCTGACCGAAAATGGTCCAAGGTGCAGCATCATTAACTACGTTATAAGCTCGAAAATGGGCTAAATCCTCTCTACTTTGAAATTGCGACATGGACAA[G/A]CGGAGTCGAAGGAATTGATAATCCTGTTCTTCGCTGCAATTATTTATATATAGAGGTTGAATAAAAGACCTCAACAGTGGTCCTCGCTGGTCAAAATTTAACCATACCTTCGACGGAACCATAGCCGCCAACCTGAACAGTGCAACCTACTTCCGATTGGTGTTTTCCTTTCTTGGCCACACGTTGACCATAATG 907
M6_942409 CAAAACAGTAATATAGCAATAGCATTATTTGTGGATTTAACTGAAACATGGTTTAATTATTAACCCAAGCATTAATGGTGATGGCTTACGCAATTTTTGTGCAATTGAGGCCGCCTCTGCAACACGACTATCATCAGAGAATAATGGTGAAAGCTCCATTAAGTCACCGGGGCTGCCATTGAATTCCATCAAGTACTGCATTGATTGATTATAAGGATATTTTTCATTTCATTATAATTAACATTAAAATGGAAAGGGGAAAAAAACTAATGCAGATAAACACAGACCCAAAAAAAGTCT[T/A]AAAGTAGAAAATATATTAATATTGGTGGCAGCGGCAGAAATTCAATCAAGCAGTTTCCTTAGTCCTTTATAGTACCTTTATCAACTCTATTGTTTGACTAGCAGTTTCCCTTTGAGCATCTGCACTCTGACAAGAGACAACCAAGAAAATTAAAAGCCTTAGTCCCAGTTCCATATTGATGGCACTATTAAGATT 908
M6_961076 TTTGTTACTATTAGCATCATTTTTAAATGTTTTTGTATTCAACTCCTTTAACAGGGAAAGGGGAAAGTGAGCAAGCCTACAGCAACATTCCCGTCTGCTGCTCGAAGAATGGATACTCTTAACGATTTGCTTGCTGCAAGTGATCTTATATCACTTCACTGTGCTCTGACAAACGATACAGTCCAGATTATCAACGCTGAATGTCTGCAGCATATAAAGCCCGGTTTGTATTAATTTGCATGAATTTGGATTCAGTATTGTATTGAAAGTTTATTTTCCTTGTGCTTTCTGTTAATGGGC[A/G]ACTATCGCGTTTTACAGGAGCATTTCTTGTTAATACTGGTAGCAGCCAGTTATTGGATGATTGTGCTGTGAAACAACTTCTAATTGATGGAACCTTGGCTGGCTGTGCTCTGGATGGTGCTGAAGGGCCACAGTGGATGGAAGCATGGGTACGTAACTTTTTCACATAGTCATAAATCAAAATGTTAGGAGTTTT 909
M6_975951 AACTTAAATGAAAATCTAACAAGGAGAAAATAAGGTTGTTATTTTCCTCAAGCAGCACTACATACGAATCAAGGAAAATATAAGCAACAAAAGAGTTACAACTCCAAATTATATAAAAATTTCTCCCTTATTCAACTGGGACCAAACAATTCGTCAATAAAATTATTTCCTATGAAGATTGCAATTCAGACAGATATTGAAACATCAGGAGTTCATTCAGCATAATTCCTGCAATCTGACTTCTAAGCTCGAGAAAATCTAAGCTGGGCAAATGCATACGGTCATAACTTATGACATTTT[A/G]AAACTCCAAGCTGTGCAAAATGCATAGGATCATGTCCTTGCATTAATAATACCACATATAAGAAGTTGATTTTGATTCAAAACCAGAAAATTTATACCATGACAGAAAGGATGCATTTACAATTACAAGTACCTCAATAAAATTAGTAGCGCCACCATCTAACTTTATGGCACTGCCAAAAAGTTTTTCTAGGAT 910
M7_16499219 ACCGAGTAATATACTATTAGATGACGACTTCAATGCTTATCTCTCTGATTTTGGATTGGCCCGGCTTCTTGGGACTTCTGAAACCCATGCTACCACCGGGGTGGCTGGAACTTTTGGCTATGTTGCTCCCGAATATGCCATGACTTGCCGTGTTTCTGATAAAGCAGATGTGTATAGTTACGGTGTGGTGCTTCTCGAGCTACTTTCAGACAAGAAAGCACTAGACCCCTCGTTTTCTTCGTATGGTAATGGTTTTAACATAGTAGCTTGGGCATGTATGCTGCTTCGGCAGGGGCGTGC[A/C]AAGGAATTCTTCACGGCAGGGTTGTGGGAGGTAGGCCCCCATGATGATTTGGTTGAAGTATTACACTTGGCAGTTGTTTGTACAGTTGACTCTCTGTCGACTAGGCCGACGATGAAGCAAGTTGTACGACGGCTTAAGCAGCTTCAACCGCCATCATGTTAGCAAGTGAGAATTCGGGCATTTATTGACATAGTT 911
M7_16598912 TCTCTATCTTTGTAGAAACTTTCATGCATACCGTTCCATCAAATCTTATTTGGTCAATTTAACAGTCAATACCTCTTCATGCCCTAAGGAACCAGGGTTCAAGTTTACTCGGCGATGTCTGCGCAACAACTGCAGAAAGTATATAACAAGGTTACACAGTGTCCTTTAAAACTAGAGGTGCACTAAAGTGCCAGCCCTCCATGACTTAAAGCACAACACAAGCTCTTTTAATGAAGAGCACAATAGAAAAAATGAAAACGACATTCATGCATTTATTCCTCTGCTGCCTCTAGAGTTTTC[C/G]CTTTGTATCAGACTCTAAGGTGGCTTCTATCGGATCCTCAAATACCCAATCATGCAAAACAGATGGAGAAGGCTTTTCTGAAGCAGCCCAAGGTGTTTCTTAGCTTGAAGAAATTGGAGAAAGGAAAGAGGCCATGAAACAGAGAAAAATTAGTTCTAGAAGAGTTTGGGGTTCAAGACTCTGAGAGACGCAATT 912
M7_16792727 AACCGTTTCATTTTGTTGATGGCCGGGTTTCGACGTTGCTTCCGAAACGAATCTCTTTCCTCTCTTTGTGGCTTTATTGACCAGTTGCATGTCATGCATTACCTCCGAAACTTTTCGCCTTCCTCTCTATGTTTTCATGCATGGCTTTGCTATAACAATTGCTGCTCTAACTTCCCCTTGCAGCTCCAATTTCCACTTTGACGTGCTTTCGTTTTGATTCAAAGGGCCTTCAAGTGACAGATGCTACACCCAAATAGCATAAATTGAACAAATGCTACACCCAAATATCATGAATTGAAC[A/G]GATGCTACAATGAAAGAGATCAGTAGGGGCATTGGCAGAGCACAACAAGGGTGGCTGCTCTTTTCTCCAGTTTGAGTAACCAATAACAAGGTCCTTTAGTGGTCAATCTCTTTTTCATTTTTCATATTATCATTTCATTTGCATATTGCTTGTTTGTATATTTGGTTTTCAGATATAATTTTTCTTTTTACTTTT 913
M7_17296866 GGAACAAGCTGATTCCTACTTGGACTTGAATCCTTCAAATCATTCCATTTGGGACTAGAAACTTTTGGGGGTTTGCCAGTGTATGCCCATCTAATTCCTTTAGGATTAGCACAAGCTTTCCAAGCAATAGACTCGCTGCATCGCCGAACGATTTGTAGGTTCTCAGCCCACGGCGAGAGCTTCTCACAGCTTTTCAACACAACTATGGAGTCCCTCCATGAAGAAAGTACCACATAGCTAAGAAATGCTTCAGTTTTGAAAATCAAATTACCTTCCTCCAAATCTTCTGTCATTTCAAGA[T/A]ACTCAGCAGCACATCTAAGGCCAGAAATATTGGCTGCAGTCAAATCAACAGCTATTCCGTAACAAAATTTGGCTGCAAGTTCAAAAGCCTCAGCCCCACCAGGAAGATCATCCAAAATAATCTTATTCAAATCTGGGTCTCTGGATTCATATATGCATCTGTTCATCTTCCCACTTCTAGAAAGAAGAGGATACT 914
M7_20518337 TGAACCCCGAGAGCGTTCACCTCCTGAAGGAAGCAAGCAATGCACAGAATAAACATTTCGGTAGTAACACAGTTGAACTGGCATATGGTCGTGTTTTTTCTTCTAACCCCTAACTGATTCTGAATTCATTTGCCCACTACTTCCACCATGGGCACTGAATCCAGAAACTGGCATGGAACGCTGGGCAAAATCCATTAAAAGCTTCCTCTGGGGTTCATTTGTGTGGGGAAGACTAGCACGAAGAAGCTCCACAGGCATTTCACGGCTGATGGCTCTGGCTGCCTCTGACCCTATAACATC[G/A]GTGCTCGATGGCGTCTGCGAAAATAATGACTGCACTATAGTCTCATATTTACTCACACAGTACTTGGTAAGAAGACTGAAGAATTCATCAAAGGATGCCTGCCAGAGTGCACGGTTAGGCATGCTACAGTTACTAGCAGCATGAGGATCAGTTAATAGTTCGGTAGCTCTTTCAAGAATGGACTTCAGAACAATA 915
M7_20747800 AAAGACTATATGCTATTTTCTACTACGAATAGAAACAGAATCATCACGCTCGTGTTTTCTTTTTCAGAACCAAAGAATCCATTCTCTCTATTTCCATAGGATATTACCATGGAGTCATTCAACAAATGGAGACAAACTCCCCCCATTTTTAATAAACAACTTCCATTATTCTTAGTTCTGCTGTTGAGACCATTTAAAGAAATATGATAATTAACAGAGGAATAAAACTAACAGCAGCTCCATACTTTTTTCTCTATTTCATTTGTAATGTTCTTATTACATTCCACAAAATCTTATCAG[G/A]AAATTGTGCATCTCACTTCTTTCCGTTATGGTGTTTTAGCTGCAGCAGAGCATGAATTAGAAACAAATTCTATCGGTTCAAATTTTCTTACTGACAAAAGTTCTAGCAGTTCCATTCCTATATGGACTGGAATCAGACTTTATGTCAAAATTAGAGCTATTATCTTTCTATTGAACGAAGAAACCAAACGAAAAC 916
M8_1547556 GTGTTTTTTTTCAAGAATCTTAACCAAAAGTTGGACTTATTTTTCTCTGTCTGTACTATTCTTTAGGAACAAGGCCCTCATGGTGGAGGCAGGAATCTTACACAAACTTCCAAGTAATATCCAAGCCATGGATGAATCAGCAAAACATGACTTTGCAAGATTGCTGTTGTCACTGTCATCTCTGATCAATTCCCATTTCACAATTGCCTTACAGACGAATGAAAGAGGAATCCCCTTCCTTGTGGACATTCTTGATTCAACCTCAAATTTCGAGACCCAAAAATGCTGCCTTGAAACTCT[C/G]TATAACATCTCCACAGTGCTAGAAAATGTAGGACCTCTGGTCTCAAATGGTGTGGTGCACATCCTCTTGAAAATGTCCTCATCCAAAGGCCTTTCGGATCGAGCACTCGCAGCATTAGGGAACTTGGTGGTGACTTCACAGGGAAAAAGGGAAATGGAGAGCAGCCAAATGGTCCCGGATAGTCTTATAAAGATT 917
M8_1851494 AAGTTTCATCTGAAGCTCATTTGCCACGCATATTTCAACAACATCGACTGAAAGTGCGGTTTCAAGAGCAACGTACTGTGGAAGAAAGGAAGTTCAAGAATTAACTAAATAAATGAAGAAAGACTTTAAACAGATAAAGTGCAGCTCCATTTAATGACTGATTACTTGACTTAGGTGTCCAATCATCACTGAAGGCCTGCAGCAAATATATGGTCTTTGCAATGCAGGTATACTTCTATCCATGGAAACGAGCAAAACGTGGATGTCCAACTAAAGTCAGGAAGAATAGGCAAAAGTCAT[T/C]GATGAATAGAAACAATAAAAGATTGTTGAGCTTTTAAGCAGCAGCTAAAAGAGGCATAGCAGCATGCATGTGATTAGTAGGCGAGCCATTTCTACATAAACATGTCCTCAGTTTATTCGTAAGGAAGTTTAGTAACACGTCAAATAGTTGTCTTTACCTCCTCCTCACTGACATTTTCTGAGTTTCGAACATAAT 918
M8_2037236 ATCTTATTTTCTCTTTACAGAATAAAATGATGTGGATGAGAGTCTAGTATGGGTTTCTATATCGTAAAAGGTGTTTGGTTAGTCTAACAAACTTTCTGTTCAAACTAAATCACTTCCATCTACACTAGTTCTTACGGGAACTCACATTTACTGCTATTTCCACTCTAATGCAGCTGTCACTTTAATTGTGATTACCACTTAAAATCTAGGTATCGGTGCAATTATTAGTGAGATTATTCCACACACAAGGGCAGGATACGTTATCGAGAGGTTTGTAATTAATATCCGGTTTCAAGTAGA[G/T]GACAGAACAAGAAAAAACCTTCAGGTCGCTAAATGTGGTAGCTGCTGAAAACCAAGAACAGAAATAGGAAAAAATACTGATGAATCGGCTGGAGGAACAACAAACTCCATAGACCCACTGTCAAGATAATGGAACAGATTAGTAAACACAAGCATGCAATTAAAGTGCAACAACGTCTAGCGAAGAGAGAATCCA 919
M8_2104452 TTAATGTTCGAAACCGACGCTTTACTGTCAGGCACACATTACAAGTGCACGTCTGCTTATGTTTTGGTCCCTTCCCGCTCGGTGGTTGAATGCATACTATGCATGAGCATCCAGGTCTATGTCGAGGGTGCTTTGTGGTTGCTTGGCCAGGTGTCTGGCTTGCCTCACCCTCTCCTAAGATGGCTAAATTTGCAAGTGTGTCAAGTCCTTCCAGAGCTTCAACATTATCTGGTTCTAGTTTGGCAGCCTTCATTTTCTTGACAGGAGCAACTATAAATAGCAAAAAGCAGATTAGGATAG[G/A]AACATTGTAAACAAAATACAATTAAATCAGTCGAGATTCATCATGCATGAAGATACGATCAAAGATGTGATAGTTTTTGTTTTGAACAATTCACATCTGAATTACCCGGGGAAAGTAGTTCTTCTAGCTGCTCTGTTGACAACTCTTGAGGTGCTGAGCAAAAAGATCTAGTGGCAAAGAGAATTCTATTAGTAA 920
M8_2783072 AACAATCACAACGTGTTCCTTTTAAGTCATTGCCATTTGATTCCATCATTACCAAAAATCAACTTCCGATTTAATAATCAATTGTGTGATCTGGGTTTTGTAGGTTGAATCAGCCCCAGTAGTATTGCCAGAGCCTGAGGCAGCTCCAGCAGTCCAACCTGAGGAGAAAGTTGTAGAAGAGCCAGTGGCTGAAGAAACCCCAGCTCAAGAACAAAAGGAGGAAGCTGCCCCTGAACCTGTGGAGGAGGTAGAGAAACCGGCACCCGTTGAAACTGAACCGGTAGTCGAAACCAAGGAAGA[A/C]GTTGTGGAAGAGAAGGAGAGCAAGCCAGAGGAGGCAGAGCCTGCAGCCGAACCCGAAGCACCGGCGGAGGCGGAGGCTGAAGAGAAGGAGGAAGAGACCAAAGAGGAGGCAGTTGAGGAGAAAGCAGAAGAAGAGGCTAAGGAAGTGAAAAGTGAAGAAGTTGTTGAAGAGAGCTCAGAAGCTGCAGCACCAGCT 921
M8_312457 ACCCCTCTGTTATGCTCCCTTTCTCCGACGGCCGCCTTCTTCAGCGGCGACAGCAGCCGCCGGAGCAGCGATTCCCCGTGGCGGCGGAAAGTAATGGGTTTTCAGTGCCGGGGGCGGAATTGATGGAAATTGAAAATCTGATTGATGAGGATTTGAGTTACGATCTGCAGGAATTGGGGATGGAGTTTTCTTCGTCCAGTGGGAATGGGAATTACGGCGGTGGATACTTCCATTGAACAGATAAGATTAATTAATCTCGTAATTAAATTAAGAATGCAATTTGTTGTAATAATATGAACA[C/T]GAACAACGTACACATTTAAAAGGGGGCTTAATATGCTATACAGTATCTAGCTGCATGCTCTGTGTCCAAATTTATTTTGTTTAATCATCTCTTTTGTTTGTTTTTTCTGTCAATTTTGTAACACATCAGATTAATGAATAGATTATTTAATTCTCAAATCAAATTTGAAAGTTAACTTATGCAATGTGAACATTG 922
M8_31361145 TTTCTAGCGGAAAATATTCACCTCAATCTATAGTAAGTGCACAGGCAAAGGCGAGTTACTCTGCTGGTGAAAACAAAGGAAATGCTACATTTCCAATAAGAACTCTCACCCTAAGAAGCTCTAACATTGGTGAAGTACGTAAGGAAGGGACTTCGAAGCATTTGCCTGATGTTAAGTTTCAAGCAAGAAAGAGAAGGGGTTGTGCTTTATGATGGGACTGAATGACCCTAGAACTATGAAGGTAAGGGGGAAGCTGCAAGAAGAGGAAGTGATAATATTGATAGATTATGGAGCTACCCA[C/T]AACTTTATCTCTGAAATGCTAGTGAAGAAGCTGCAATTACCTACCAAGTAGACAAAACATTATGGAGTAATATTGGGTTCGGGAACCGCCATTCAAGGCACGGAAATTTGTGAAGCCTTAGAAGTGTAGCTGAAGGACCGGACTGTGAGGGAATATTTTTTACCGTTAGAATTGGGAGAAGTGGATATTATTTTA 923
M8_329340 CACATTTCTGTTCTCTTATGGGGTGAGCACATTGCAATCTTTTGTAATTATCACCTCAGCGTCGAGTTGTTGGTAAAATATTAGAAGTGCAATTTTAATGAAATTTATGAAAGTTATGATGTCCTTCGTTAAAATGGTTTAGGAAAGGCTTCAAGTACTGTAAAAGAAGCCTTGCCTTTGGTTTTTCAATTGTGCAGCTTAAAAAATACTTTAAGCTTGGTGTGTATTGGTAATGACCAGGGGTTAGGGAAGGCGGAAGGTGAGCGGCAGATCGAAAGTTCAAGGCGGTGCAAATTAGGA[G/C]TCGTCGTTTGACGGTGTTTGCAGCAGGGCAAACGAGGGTTCCGAGGATCAAGCAGATCTGGGCAATTGGAACTCCACGAAGGAAAGCGGTGTGAACAGTACAGATCGTCGGCACGGTCTGGGCAGGGCAGCACAGTCGGGTCAGAGGCTGTTTATGGTGGCAGGGTGGACTGAGGTAGGCGGCCGCTGAAACTTG 924
M8_336300 CTCTCTTACATTGAAGGAGTTGATTTCTTTTCCTCTCTCCCTGAGCCTTTATACTGCTCACTGATGAATACCATTTTTTTGCATCGTTTCTTATTGGGAGTGGTGTTGGAGAAAGTGGTACAACTAAGAAATTATTGTCTTTCTTGTAGAAGAAGAGTCCTTGTCGAAGGTGGCCAAAGTGGAGATGCCATCAAATCAGATGGTTGGAGGTGTGGTGCCCGGATCGCTGGGTATAATGTACCCTCCTCAACCTGGTTTAGCTGCAATGCAACCTATGTAAGTATCTACCTACATTTTTCT[C/G]TTCCATTCACTATTACTGCTTAACTTGAAGTTTTTGCATCTTATTGTGTTATCTTCAGTAACATGTAGAGCAAACCTTGTTAATTTTTATCAATTACCATGTGACCGTAGTTATCCTTCAACTGGACAAGCGCAGCCTACTGCCTGGCCTGTTCCACCTCGTCCCCAACCTTGGTTCCCCCCAAATTCAGCCGTT 925
M8_503453 GTCGTTCTTATCAATATTATTAAGAGAACACTTAAAATAGCAATCTTTCCCTACAAGTAAGATTTCTTCTAAGAGGAAACTTTTCATTAATGAACTACAGACTATAATGTAGGATTGATCCATGTTAAATTAAGTGTAAAACACATATATAGCATATATACACTAAGATCAAATTATTAATAATCATTGGTACGTAAAAGTTTCTTAAATGAATGTGATAATTTGTGAAGTGGAAGAAAATTCAATACTTATCCTTGTCTAATTGCAAAAGTTTCCAAAGCCTTATTTTGCAGCAAAGAA[C/A]TTCTCAATGTTCTCATTATAACCGACGTCATCTTGATATTCTGTTGTTTTGAAACTTATTTATTAAGATCTGACAACATTATAATAATTAATTTGCATGGTAGAGAACATTTAGTTTATGAAACTGCCTCAGAATCCCATATTTTAACATATAATTTGATATTTGAGACAAACAAAAGGTCTTTATGTGCGAGTC 926
M8_6125881 CTTAAATTTTCTGAAATGTTACTTTCGTGCGTTCTCTGTAATCCTACTTAAAATTACAAAGCCTCAATTCACCGACAGTCATGAGCATAAGCTTCGGAACATTGTGGTGGAGATTCTTAATCGGCTTCCACACAGTGAAGTTTTAAGGCCCTTTGTGCAGGATCTGTTGAAGGTCGCCATGCAAGTGCTTACCACAGATAACGAGGAGAATGGCTTAATTTGTATTCGCATAATCTTCGATCTTCTTAGAAATTTTAGACCGACTCTAGAAAATGAAGTGCAGCCATTCCTGGACTTCGT[A/G]TGCAAAATTTACCAGAACTTTAAGCTTACTGTAAGCCATTTTTTTGAAAATCCAGCTGCTAGTGTCGAAGATGTAAAGCCCATGGAAGTATCCACTTCATCGGACCAGTCAATGAATTCCGGATGCACGGGGACTGTGCAACTCAATCCCAGTACCCGTTCATTTAAGATAGTAACGGAGAGTCCACTGGTCGTC 927
M8_6147588 CGGGGCAATACTTTACCGATCAGGTATATTTAAACGGGTTCTTAAATTTTTTAATCAGTTTTAACTATAAGTTATACTAGAATTCAATAGCTTTTAGGGTTTATGCGAGAAACAAAAATTAAATGCAAGTTTTTTTTATTATTATATGTATTTTTCTTTTTCTTTTTACTTTTTCATGAAGTGGCAATAGGAAAATATTGGACCGAGGCACACACTTTAAATGAGAGTGCTTCGCTTGAAAAAAGTGAGGCTGCGGTGGTGGTTGGTGCTTAGGTCTTTAACTTGTAAAGAAATTTTAAT[G/A]AGATGTATTTATGTGATATGGTTGTGAAATGTGAATTTTAAATGTTTTTGAGTATCCTCTTCTAAATGTTTAATTTTGTCGTTAGCTATTTATATTTAATAATCATTTAAAAGAACTGAACCATTTGTAGAAGAATAATTGCTTTTGTAGAAGCTGCTGGTCATTTTTGTTGATGTATGACAAGCTTATGTAAAT 928
M8_6185860 AGTCCGTCCCTCTCCCCGGGATTCTACACGTGTCAGATTCCGACCTCCACAGGCCTTCTCCTCCACCGCCACTGCTTCTTCCACCGCCTACGCCTCCAGACAGGACACCGCCTCCCCTTATCTCAACCTTCAAACTATGCCTTCCTGCACTTCCCTTTACGAGGTCCTTGGTATCCCTACCGGAGCTTCTTTTCAGGAGATCAAGTCCGCATACCGTCGACTTGCCAGACTTTGTCACCCGGACGTTGCTGCCGTCGACCGGAAAGACTCATCTGCCACCGATTTCATGAAGATCCACGC[T/C]GCTTATTCCACTCTCTCTGATCCTGAGAAACGCGCTGATTACGATCGGAAGCTTCTCCGTCGGTATCGGCCTGTGGCTTCTGCGCGGATGGCTTCTGGTTTCACTGGATACACTCGCCGGAATTGGGAGACAGATCAGTGCTGGTGACGAGTTGACTCACTGAGTGATTGAAGTCGAAACTGAAACGATTTGAGT 929
M8_792252 GAGCCACAAAGGTAAGGAAGAAAGTTGCACTGCCAGGGAGACTACTTGCCAACAAGGGAACAAGAGAGTTTGGATCCTTCTGGATGCTCTTGAATGTTCTGAACAGTGCACCACTCAAAGTGACTCCAATGAACACATTCAACACTGTGAAATAGAAATATTTCCCAGAAGCAGCCCTCTCTGCATGTCCCTCTGAAGGAATTCCCTCAGATTTAGATAGAAAGAGCAGTAACTTGGGCAGCAGAGCCAAGAAGATAATCAAAGCTAACTGAGGTAAGTAAGCTTCTAAAATTGCCTTGA[G/C]TGCACCTATGTTAACAACTGGCTTTAAAAATGGCAGAAACTTCTTCAAGTTTTCAAGAGTCGTAACAGCAGAAACTGCAGTAATTGGAATCATGTAGAAGAAAATCGTCAGGGCCACAATGACATACACAACATACTGTCTGACTTGCCTCTGTATAAAATTTATGTAAAGATTAGGCCAGATAATCTGGCGGGG 930
M8_792406 GAAATATTTCCCAGAAGCAGCCCTCTCTGCATGTCCCTCTGAAGGAATTCCCTCAGATTTAGATAGAAAGAGCAGTAACTTGGGCAGCAGAGCCAAGAAGATAATCAAAGCTAACTGAGGTAAGTAAGCTTCTAAAATTGCCTTGAGTGCACCTATGTTAACAACTGGCTTTAAAAATGGCAGAAACTTCTTCAAGTTTTCAAGAGTCGTAACAGCAGAAACTGCAGTAATTGGAATCATGTAGAAGAAAATCGTCAGGGCCACAATGACATACACAACATACTGTCTGACTTGCCTCTG[T/A]ATAAAATTTATGTAAAGATTAGGCCAGATAATCTGGCGGGGTTCAGGAGCTGCCAGGACAGTCCACTTATCAACGATTTGTGCGTGTAAGTTTTGAGCTGCAGAAGCTGCTGTTGTCCGGTTGTTAAAGAAGACTAAAGCAGCATTCTTCTGCTTCTCTCTGAGAGTAGCCTTCTGTTCAGTTTCCAATTTTGGT 931
M8_801642 ATAAATACCGAAGAACATAAATGAAATTAAGATCTAAGAAATCCCGAGTGCCAAAGAGGATGGGAGGACTGACCGCGAGTCAGTCTTCCCTTAGAGTGGTAGCGACTCAGCTTACGTGTCGGTAACCAAGATAGAACTATATGCTACATGTGAATTTCATGAGGTATTTCCCCCTCTGGAAATAACAAAGTCATCAGCAAAAATATAAAGGTCTTCTTTTCTTTCTCCAAGACTTTCAGTAAAATCTAATTTCTCCTTTGTTAGCCAAATAGGAGATAGCAGCCAAGAAAATACTTCCAT[G/A]ACCAAATAAAAGATATACGGAAACCGTCAGGGTTTCCCGGTAAGGAAACTACTAAGTTCCACAATGGTGCTTTTACATTTATTATCATATGCGGCTGCCACCTCCCAATCAATATCACTTCCGGCAAGAATGGCATCGTTCAAAGGCTTCAATGGGCCTTTAAAGTTCAATTCGGTACGGTGTTATATAATTAAT 932
M9_1788425 TTTCTTCTAATTGGATATCAAATCACTTTCTATATTCTTCTTTTTCTCATTGGAAATAACAGATTACCTTCTAAATGTCAAAGATAGACCATTGGTTGGTGAATCTACATTACTGAATTATATATGAGTGTGCTAAACTTTACCTGGTATCTTTGAGACATTGTCTTCCCTAGGCTACCTTTTTCTGCCTGATACCGTCTTTTTCACGGCTCCGACCGATACTAAGAACTGGTCAAGTGATGATAAGGTCTTCATATCATCTGGTGGAAAGTAACTGGCAGCCTTCCCCATGAGTGATGC[G/A]AAGAGAATAGAGAGTGAAGGTCGGTTGACGTATCGCTCGCCCAAAAGGTCGTCGAGAAATCCGAATGCAGTTAAGAAATCAGAACTACTTGCATTTACTGGAGCTGCAAAGTGAGCAGGGATGATTCTCTTGAACTTCCAATCTCGGACGATTCTATCAATCCAGTCCCTTACCTGAAAGCAGAATTAGTATGAG 933
M9_19282217 GTGAGAGCTGGAAAACATGCTGAGCTTTGGTCACAGAAAGGAAACCCAAGCCCGAAACCAAAGAACAAAGACGATAAAACTCCGAACAAGGAACCGAAGCATCTTAAACTGACTTCGTTCAACTGTGAAGATGATGAAGTTGTTGATTGTGTTGAGGAAGGAGATGATTATGAAGCTGCACAGCTTCAGTTCAGAGATATCCTCAGGCAGCGAGCAATCGAAGCGAATAATGCCGGGAAAGGTGGCATTGGGATGAACCGAATTCCCGGGCTTGCTGCGGGAAATGGCAAGATGAACAAC[A/C]ACCACCACCTAAGTATTAACAACAAACCTGGAAATGGAAAGAAAATAGACCCGAATCAGCCAATGTCAATAAAAAATACCCCATCTGAGATTGACAGAAAAACTTTGGCAGCTCTGAAGATGAACAATGCTCAACTTTTTGGTAACGGCCGGGAAAGTATCAATCTTGGGGAAGCGAAAAGAGCGAACAACAACG 934
M9_19293592 CAGGGCTTTGAATGCTGGGATTGTCAAACCATTGTTGAAAATGCTCTCTGATTCAAATGGTTCCTTGGTTGATGATGCTCTCTATATAATGTCGATTCTTTGCGGCCATCCGGATGCGAAAGCTGCAATGGGGAATGCAAATTCACTGCTTGTTTTGACTGATGTTTTGAAGACGGGGTCACCTCGCAGCAAGGAGAATGCAGCAGCTGTTCTGCTTGCATTCTGCAAGGGAGACAGGGAGAAGCTGGAATGGTTGACAAGGCTGGGCGCGATGGCACCATTGATGAAACTTGCGGAGAA[C/T]GGAACGGGGAGAGCAAGGCGGAAGGCTGCTTCATTGTTGGACCAACTCAGAAAATCATGAACAGGAACCAAACCATGTTTTTGACTATCTACAGAATAGAATGTTAAATAGTTTTTTTTTCTTCACATTCAAATCTGATTTGCTAGTTTGCATATTGTTTCAAACGTTCAGCAAGAAAAGTTAAAAACATCAATC 935
M9_21737950 CTCCTCACAACATATTTTTTACTTTTAGAAACCCATTTGAGATATCCTTCACCAAATTCACCTACGATTTTAACCCATCTAATCCGATTAAAAGTCACCGTAAACGTCATTGTTTGGTTGACCCTCGAGAAGAACAATTTTCTCGGCATGACCGTCATGGACACTCCCAACGGCGCCTCAACTATGGCGGTGTAAACCGAGTTCGCTTCACCCACATTTGTCACTGTTCTTTTAAACGTCTGCAGCCCTCCCAACGCAACACTAAACGAAGGATAATTCAAATCCCCTTCTCGAATACTC[A/G]GTACTAATCCGCAAATCACTGTTCTATGAACAATAATTGAAACTTCTTCATCTTTGTACAAACCACAAAGATAAGGAATGTAATCATCAGGTTGAATGTCATAAACCAATCCTGGATCAGCTGCCTTTGATGGGTTGACATGTCCCGCACCCATCGCAAAAAAGTTCGCCGGTTGCAAATCTTGATCCGTAATTG 936
M9_21738139 GTGTAAACCGAGTTCGCTTCACCCACATTTGTCACTGTTCTTTTAAACGTCTGCAGCCCTCCCAACGCAACACTAAACGAAGGATAATTCAAATCCCCTTCTCGAATACTCAGTACTAATCCGCAAATCACTGTTCTATGAACAATAATTGAAACTTCTTCATCTTTGTACAAACCACAAAGATAAGGAATGTAATCATCAGGTTGAATGTCATAAACCAATCCTGGATCAGCTGCCTTTGATGGGTTGACATGTCCCGCACCCATCGCAAAAAAGTTCGCCGGTTGCAAATCTTGATCC[G/A]TAATTGGTTCCCCTTGAGGAGTTTTTATGTTTGCAGTAGTCATAATGGCAGATTTAATGGCAGCAGGAGACCAATTAGGATGAACACTCTTGATCAATGCTGCAATCCCACTTAAATGAGGACAAGACATTGATGTTCCTGAAATAACATTAAATGTCGATTTGGTGTTCGTGTCGTTGTCTAATGGGAATGGCC 937
M9_22113253 ATGCAAATGAAACATTTCTTCTGGAACAAAAGGTTATTGACCTATACAGTGAAGTAGAATTCTACAAGAGAGAAAAGGATGAATTAGAAATGCATATGGAACAACTAGCACTTGACTATGAAATACTGAAACAAGAAAATCATGGCATGTCATATAAACTGGAGCAATGTGAACTACAGGAGAAACTTGAAATGAAAGAAGAGTGCACGCCCTCAGCTACCATAGTAGAGCTGGAGACGCACATAGAGCACTTGGATAGGGAACTTAAGCAGCGGTCCAAGGACTTCTCTGATTCTTTGA[C/G]CACCATAAAAGAGCTTGAATCCCATATCCAGGCCTTGGAAGAAGAGCTGGAGCAGCAAGCTGAAAAATTCATAGGTGATCTAGAAGATATGACACGGGCCAAAATTGAGCAGGAGCAAAGAGCCATCCTAGCAGAGGAGGACTTGAGAAAGACAAGGTGGAGAAATGCTAATACAGCCGAGAGGCTTCAAGAAGA 938
M9_22382080 ATGTTGAAATTATTGTGTGCCAAATAATATAAAAAAAGTAGTGTTAGGTTTTAGAAGGTGGAATGTCTAATGTTTTTTTCGTAAGTGATAAATTTAAAAAAGCATAAAGTGACACACACCTGATCGCACACAGGACAGATATCACTTCTTTCCATCCATTCCAGAATGCATGCAAGATGAAAATGATGTTCGCATTTTGTGGTAAGTTTTGGGTTCTCTCCATCATATTCTGCACAAAACAACAGAAAGTGATGAGTAGGTGACTTGTAAATCCAAGCAATTAAAATGGAACGTGCAGCT[T/A]GAGAAAGCACTTATGCGAAAACTTGTTAGTTTAAACAACTAAAATGTCGGACATTGGCAATGGACATATAAGAGGTTTAATAAAAGTTCAATGGGTTGGTGGGTTGGTATAAGGCAGCTAAACAAAGTTTTGACAAAACTTCACCTTCCAAACAGATGGGGCAAACATCCTCTTCTTCAATAGGTAGGACAGCAG 939
M9_22945752 AAACTTTGGAACAGAATCATTGATAGAACTTTCTTGATCATTAATCCCACATCTGCAGCAGAACCATAATATAAATGTTATGAACATATTAACAAAGGGACAACTCCAGGACTTAGAAAAAGGTAAATCTGCATTCTAGTTTGAACAATGTAATTTGAACTTGTAAGAACTACTCTAAGTTGGTACATTTTAGAGGACTATTCAACGATCATCCAACTTTCTTGAAGAACCTAAATAAATTCTATACCAGATCTTATCTTCAATCACATCAAATATTTAAAAAACAAGGCTGAAAGAATC[G/A]TTTGCTGCACAGCAAAACTTCAGAAGCCAGAGGATTTAAACATATCAGCAACCTGAGAACAGCTTTTCTGGTTTAACCAGCATTTTTATGACATTATCACTATTTCTGGCTTTTAACATGAAAACCCGTTTGAATTATACTGAAATGAAGTAGATTCATTACTCTGCATTCGGTACTGGAAACTGCAACATCTAG 940
M9_23765882 AGTTTTAGGACACACTCACAGTTTGCAGGCAATGCAGCTGAGTGTCAAAACATTTCCCTTCTCAGTTGTAATGTGAAAATGGGCTGCAGTGACAAAGTGGTAGATTCAGCCCCCCAGAAACCTGACATCCGTTGTCATGGTGAAGGTAAAGGCTCCAGTGATGTCACAGAATCCATAGTGCTTCACCTGCATGAATAGGTTCAGGTCAACTGAAATTTAATTTGGTTAGAGAGAGAGAGAGAGGTCATCTGATGCACCTTGGACCTACACAAGTATCTACTAAGACACGAAAAGTCCAAT[C/G]CATCAGCCTGATATTTTGCATGAATCAAAACCGCAGCACATTTGTCCATTCTCACCAGATAAATAATTCCATCATAGTTTGCATAATTTCTAATTTATTTCCGTTGCCACTTCTAACAATTAAAACCTCAAATATTTTCATTGCCATCAACATTTAACATTTATATGTATGCATGAGTTTCTGACACTGATGTTC 941
M9_2556989 AAAAATAACTCAACAAATACATTGGCTACCTACCTCAGGTGCTTGGAGGAAGTGCTCGGAGAATGAAGCTACTCTCACCAAAGGGGTTGGATGTACGACCAATGATGGAAGTTGTGAAAGGTGCAGCTTTTGATATTTTGCAGGTTGGAGTTGATTTTAAATATTAGTTTCTTTCACTTTACCAGATCATTCGACTACGATTCAGAGTTTGTAGATTTCTAGTTCAAGAGCTCATTTGGTAGAACATATCATATAGCCGTACTTTTCTTGGGTAGGTAGCTGTTAGCCATCCTGTCACAG[A/T]AAAAAATGTCTAATATAATTTGGAAATGCAGGCTGCTGGCGGATGTCCAGCATCTTTAAGGCCTGGTCGTTGGTTAGACTTGTATAGTGGTACCGGATCAGTTGGTATTGAAGCTATGAGCCGTGGATGCTCCGAGGTACGAGTTCATTTGACAATTTAGTTTGGGATAACATTTTCTGTAATTTTTAAAAACAA 942
M9_3524582 TTCCTACATAATCAATTTGGATATTGTTTGCCTTAGGATTTTGTGCATTCAACTTCTCATTAACCAATGAACTTAGACATTTACCTGTTAGGCAATGGCTTTGTACCATTGCCATTTTATTTCTGTATGTAGGGTCCTATGACGGGCTCATTTAGCCCAGTCTGTGGAGGGACAATAAGTCCAACATCCCTGAACCTCACACCTGCTCTACTCCTCCCATCAATGCAGTGCATTTTGCAGCAGAACATCGTTCAACGGGTCTGTTTTGCTTACCCTTCTTCTTTGTATTGGTTGGCACTG[C/A]GTCAAAATAAATTTCTTATTTGTATCTATTATTGCTGACAGGAAGAAATTCTTAAATTGATCAAGTGTTTGGAACAAATGACTGGTATTTCTCCTCTTTTTGTTGTTATGATATGCTTTTTGGCACTTTTTCTTCTACTATATGTTTGACTGACACAGGCAAGAATCCAGATGCATCAGAGACGGTCACCAATGA 943
M9_5053846 CCGAACAAATTTTCTAGTAGCATGCTAGTTCTAAGATGGAAACTTTTGGAGGCCGATTCCGACAATGTTCTGTTCTTTTGATCTTATTTATTTTTTGAACTTCTAGTCTGTGAAATACAAGTATGATACTCCATTTAAACTCGTATTCCAACAGGTTCTTTGTCCAAAGGAAAACATCTCCGATAGGGGAAGGGAAGGAATTTACATCAGGAGGTGATTTGAGAGTTTGCAGCTCCGTTTGTACCGTCTCCGCTTTCATTTCTGGGCTCAATTTAAAGATCTTCCTCATTGTAATGTCAA[C/A]GGATAACATGTAACGATGAAGATGAGATGTAGTATCGCAGCTGAATGATCAATTCGATTCTTGATTCTTGATTCTTTCTATGCCCTATCAGATATTTGTACATTTCATCTCAAAATAATAATTCTCCTTTCATCGAACCCCCCCAGGGTCCCAAGAAAACTGTTCCAACATGAAATGATAGGACATAAAAAAACA 944
M9_5057080 CCTTCTCCAAACTCGAACAACCTAAATTCATTTCTTAAGCAACAAGAAGAACTCCATAGAACCAGAACTCAAAGCGCCAAAAAAAAAAGAAAGAAAAAGAAAACTTACCGAAAACAGTGTTAATCGGGTTCATGGCGACCTGATTCTTAGCTGCATCACCGATCAAGCGCTCAGAGTCGGTGAAAGCAACATACGACGGCGTCGTCCTGTTGCCCTGATCGTTGGCAATGATCTCAACTCGATCATGCTGCCACACACCAACGCAAGAGTACGTGGTTCCAAGATCAATTCCGATCGCCG[T/G]ACCTTCTCCTTTACCGGCCATAGTAAGCGTGGATGGAAAAAAGAATCTAGGATGATAAGAAATGAAAGTAAAAAAATTTGATTGGTGGCTGCAGAATTTAGGGTTAGAAGATTTCAAAGTTATAAAAGGAGGAAGAAGAGAGGAGGAGAATTTATAAAAAACCTTTAAGGAAAAAGAAAAGGTTCTAGAGAGTTC 945
M9_5458257 GGTCACAAAAGTCATAGACGGAGGACATACAACAGACAACATCCTCACCACAGAGGATTCAATGGGTAAGAAGCCATTTTCAGAATTGATCCTACAGACTTTCACGGTTTACAAATTAGCAGAATTATTTCACTAACTCAATGCCATCTCAGATGATAAATATGCTAGGCCTCCAATCAAGGTGTATAAGAGAAGGGGTAAAAAGGGAAATACACCTCAGACAGACAGGGCTAGGTGGTTATGGTACTGGTCGCGGGTTGTAGATGCAGCATGGGAATGTCAATATTTAATCTCTCGTGT[T/C]GGCTAGGGAGAATCCTTACAGAATACCAATGTAAATTCCAAGTAGAACTTACCAGCTCTTCAACTTTGTCCTTGAAAGCATTTCCGTCAGCCGCAGCAGTGGAATCAACCAACAAAGTTGATTGACAGTTCTTTTTAAGGAGTCCAAGAGTTCGGTTTAGCAGATTTCCTGCAAGAGAAACATCAAGAATTATGG 946
M9_5512552 ACAGATGCTAAGAGGAAATTAGTCCTTGAAGCCTGGGGAGATTATCTTAGTGATGTAAAATGTTTTGAAGATGCTGCAGAAACTTATCTGTGCTGTTCCAATTTGGAAAAAGCTTTGAAGTCATATCGTGCTAGTGGTAACTGGAGTCAGGTGTTTATAGTAGCCGGGTTTCTTAAAATGAGAGAAGATGAGATATTTCAATTGGCTCACGAACTCTGCGAGGAGCTTCAAGCCATTGGCAAACCAGGTGAAGCAGCTAAAATTGCTCTTGAGTACTGTGGGGATATCAACCGTGGGATG[G/A]CTTTGTTAATTAATGCTAGGGACTGGGAAGAGGGTTTGAGAATTGCTTTCAGGTATCAGAGAGAAGATTTAGTAACAGAGCTGAAGAATGCATCTGCAGAATGTGCAAGCTTGCTTATTGGTGAATATGAGGAAGGATTGGAGAAAGTAGGAAAATATTTAACTCGATATTTAGCTGTTCGACAGAGAAGATTAC 947
M9_5718064 AAGTTACTGTCTCTTTTGAAAAAGGTGGATTGGGTATTGTCGGGGTTGTGGATACTAACTTTGCTTTACTTACAAAATGGTTGTGGAGACTCTTGTTGAACAGAAACCTCTTTGGAAGAGATTTGTTATTGTTAAATACAATCAAGATTGCATTGGGGGAATTCCTACAAAAAGCAAATATAGCAGCAACAAGGCCCTTTGGAACTCCATCACAAAAGGTATTAACTGGTTTTATTCTCAAACAAAATGGAAGATCAATGATGTGCAAAAAAAAAAAATCTTTTTGGCATGGGCTTTGGT[A/C]TGACATATCTCCTCTAGCTCAATACAAACCCAGGTTGTATGGCAGCATCAAAGATATGTGGAATCAAAATTAGCCTTGATTAGGATCTTTACCCTAGAAGGGATATTAGAAATTTGGATATACAACAGTGGTTTGAAATAAAACCTTCCTTATGAATTACGAACAGAAACCAGGACCCCCAATTTACTTATTTGG 948
M9_5718086 AGGTGGATTGGGTATTGTCGGGGTTGTGGATACTAACTTTGCTTTACTTACAAAATGGTTGTGGAGACTCTTGTTGAACAGAAACCTCTTTGGAAGAGATTTGTTATTGTTAAATACAATCAAGATTGCATTGGGGGAATTCCTACAAAAAGCAAATATAGCAGCAACAAGGCCCTTTGGAACTCCATCACAAAAGGTATTAACTGGTTTTATTCTCAAACAAAATGGAAGATCAATGATGTGCAAAAAAAAAAAATCTTTTTGGCATGGGCTTTGGTATGACATATCTCCTCTAGCTCA[A/G]TACAAACCCAGGTTGTATGGCAGCATCAAAGATATGTGGAATCAAAATTAGCCTTGATTAGGATCTTTACCCTAGAAGGGATATTAGAAATTTGGATATACAACAGTGGTTTGAAATAAAACCTTCCTTATGAATTACGAACAGAAACCAGGACCCCCAATTTACTTATTTGGTATCTCTGCACTAATGGCCAAT 949
M9_5789550 AACATTGAAGTTCAAATCAATCCAAGAATCCAAAATCAGCTAACGGCATGCTCAGGAGTGAATTAGAAATAGTGATTTTCATACCATCAAAATTAATTTTGAATGATTAAAGTTATAGTTTGGTGAATTTAACCATTCCAAAATTATTCCCAAAACGTGAATTAGAAGTTGAACAAATTTCAGCCCCTTTACAAGAACAGATAGTAGGAATGGAAAAAGAAAAGCGGTGAAGTTAAAATTAGAACTGAAAACAGGGAACTACACCTGGAGAGCTGCGGCCCAAGCAATGAGGAAGGAGGC[A/G]AACCAGAATTTCTTGTCCTTGAGAAGATTCTTGAATTCCATATCCCTAAAACAAAAACCCTAACCCTAAACCAATGGAGATTTTGAAACTTTCTTCCTTGTAAAGTTCTATCAACCAGAGAAATGTGCACCAGCTGCCTCAAAATCAGAAAGTCGATTTGTCGACTCAGCTTCGTGATTTTACAATGCAGCCGAC 950
M9_5881795 TAATATAGTATCAGCATGGCACCCTCTAATGTCAAGCTATAAAAAGAATTATTTAGTTAAAGCAAAGCACTTACTTTCCTGATTGCCCGAAATTCCCTTTTGATTTGTGATCTTTGATTAAGTGATTCCTCATATAAAAAGCTTTTACGAATCATCTCCAACTCACTTTCTTTCCAAAATATCTGCAAAGACTCAAAAGGGCAAGAGTCAGAGCCAACATGTTCTCTGTGAGCTTTTCCAAATTAGTGTCGAACATCGTATTATTGAAAGCTTAGAAATTTCAGCAGCTCATTAATAAAA[T/C]AGAAATTGATTCAGATGAAGAAAAATAAAGAATGATTCAGGGGAAACAAAACAAATATGAAAGAAACAGAAGAAAAATAATGACCCCTACGACCAAATTGCTGCCAAAAAAAGCCATGATGAAACTAGCTGACGAGCTTTTTTCCTTGTTTTTGGTAAAAAGAATTGGTGAGATGTTATGCAACCTTTTATGACA 951
M9_5994548 AAATTGCTGCCCAAAAATTAGATCTTCTGGAATTTTCTGTTGGTGAGAATTAAACGAAATTGGGACCAAAATTAAGAATTTTCATTCGTTGTTAGGGTAATATCTTGCTCAAATGGGTATATTAGGATTTAGAAAGCAAAGAACATTCCATCTAAATCCTTCACAGACAAGATTAGCTGCATTAAATGGGTATATTAGGATTTAGATAGAAAATAAAAGTTGCATTGTCTACTTCAGTTCTCCTTATCTATGTGGTAAAAAGAGCAAATCCCTATCCTCTCGGTAGCCTGAAGAAGGAAG[C/A]TTAGGAGCTGCAACATTCCTCTAATATCCTGCTAATCTGAAAAAAACTTTCATAACCAACTTTCTTGGGTTGCCTGGTTTTAAGAAAGACTTCTCATGATTTACCATTTTTGGTATTGCCAAAGTACTGAAGAGTTGTTTTTACTCTATGTACATTTCTTTGTTATAAAATTGCAGTTTGTTGGTGTGTGGATGA 952
M9_909592 AATTTGTTTCATTTTTCTTGGTTGTTTTTTGCTATATGACAAGATCATCTACTAGACGACAATGCAGCTCAACTAGCTCAAGAACGATGACACTTCACTTAAATACATCTCATATTAAATAATCAGCGAACACAGGAAAAGGATAAAATATATTCTAATGGCCTAAAAGATAAATTAGAGATTCAATTCATACACTGCAAGCAGTCTTCAGCACAGAAAATTCGCCTGTTGTGAAGGGAAGGCTCAAGAAATCGTTGGTGTTTTGTGGTTTATTAACAACATCTGCAGAAAAGGAAAGGA[G/A]ATAAATTCATCTCCTGGTAAGTTCTTCACAAGAATAATGGCAGCAGATAAGTTGATCGAGAGAAATAGATTAAAAAGAAAATGGAAACCAAGCGTGAGACTAGAATATGGAAGAATAAAGTTGAACCGCCACCCAGACAGCAAACAGATAATTATAAATCTATACTATAATATAAAAGTCTCTATATGGAGAAAC 953
M4_19926645 AATCTCCCTGTTCCACAGCATGCCTCTTTCCCTTCCTTCAACCCTACATTAATCATATTTCACACTTCAATCTCTTAAATATTTCACAACATAACACCTAACAATAATCTATCATTTGTTACCATATTTCAGTGGATTCTCCATTCTCTGTCTCAGGCTGCTGCTGAAGTCATAGAGTGAATATTTGAACCCCTTCAGCTGTTTCTCCAAGTCTTCAAGAACCTTCACCAATCTCTGGTTGTGTACATTTGCATACTCCGCCAACTCTTCCAAACACTCTCCTCTCTCTCCTCTCAGCCC[C/T]GGACTGCAGCCCATTGGCGGCAAATTCATGAACCCGAATTTCCTGCCGCCGCTGTCATATACTTGCTGCCGAAATTAAACAACCAAAGAAAACACCTTCGTTCAATATAAACATTAGACTTTGTATGTCTGAAAGGAAGTTTCAAGATGGCAAAAGCGTACTTTGATGGAAGTTGTTAAGTTACCAATCACCAAG 954
M7_12036619 GTATGTGGTGGAAATTTTGTCGACATATGTAGATTGTTAGCAAAAAATTTCTTTCTGTATTAACGGTGTAACGAAGCTGATCACATTGTCTAATTGTTGTAGAGATTTTCTTTTGGAATGTGCTAGAAAGGCAGGGGTGGAAGGAGCAGCAGAGTTTCTCGAGACCGCTGATAATGGAGTTAAGGAGGTATTGATACAAGTTATAGCCTCATATATACTTTCTTTGGTTTCCTAGACGTAGATGTGTTATTTTTATTCTACAAGCCTTAGCAATATCCCCACTTTCACCTATGCCAACAG[A/C]AATTTTTTCGCTGCAAAATGAAGTTCTGTAGTAATTTTTTGGGCAATAACCAAGGGGAGTGACAATCCTGTGGTAATTACTGTTGCTGTTCTCTTATTTTCTGGAATTTATTGGAAATCGAGTTTTACTGGGAGGATGAAGAAGATACCAGGGAGTATAGTAGTTAGGGAATACAAAACAAATTACTTTGATTAT 955
M7_16582421 AGCACTGGAACAAATCTCAATCTGAACAAGAACTTTGAAAAAAGAATTCAATACAAGATCGAACATTTTATAGCCTACTTTATGTTGAGTGTGAAGTGGACCATTAGATCACCGTTAGGAAAAGAACCTAGCATGGACGAGGTTTGTATTTTATTTTGGTCCTACTTTCCGTTCATATTAAGACATTTAATAATTTTCCAACTAAATCACCATACAAGCTCCCCAAAATATTACTTTACTAATCAAAATTTAATTGCAGCAAACAAAGTTCTTCACGTTAATATGTTCTGAATTATCTGG[G/A]CAATCAAGGAACTAAACCTTTTTGTATAATCTAGCATAAGCCTCCCAACGCTTTATTTGGAATGAAGATCTTCGATCAGCCACAGCTTCAGAAGCTGCAAGTCCAAAGCTCACAGCAACAAGCAGTTCCCTTCCGTCCTCATCCACTCTGCAAATACATAATCAAATGTAAACGCAACTTATCGAATTGTTTGCT 956
M8_29870433 CCATTTGCTTACCTATAAGGCAAATGAAGGGGTTAAAAGGTGTGTGTTTTGGGTGTCAGTCAACCATCATTTTTATTGCATACTAATTGGTGATCAAATATCACAAACTTAACTTAGCTTGACCATTTAGAATGATTCAAGTTCTTTCAATCCAAAATGTGTTGATAAGAACACTCTTTTGTGAATCTGACAGGCCAATGCAGCATCAGGAATGGCTGTGAACGATGAATGTAAGTTAAAGTTTTTGGAGCTCAAGTCGAAAAGAACCCATCGTTTCATTGTCTTTAAGATCGAGGAGAA[G/T]CTGAAGCAAGTTGTTGTGGAGAAACTCGGTGGGCCTAGCCAGAGTTATGAAGATTTTGCTGCTAGTCTCCCTGCCAACGAGTGTCGTTATGCTGTCTATGATTTCGACTTTGTGACTGAAGAAAATTGCCAAAAAAGCAGAATCTTCTTCATTGCCTGGTAATGACAACTCCTCTGTTTCTTCACTTCACTCATT 957
M8_336420 CAACTAAGAAATTATTGTCTTTCTTGTAGAAGAAGAGTCCTTGTCGAAGGTGGCCAAAGTGGAGATGCCATCAAATCAGATGGTTGGAGGTGTGGTGCCCGGATCGCTGGGTATAATGTACCCTCCTCAACCTGGTTTAGCTGCAATGCAACCTATGTAAGTATCTACCTACATTTTTCTCTTCCATTCACTATTACTGCTTAACTTGAAGTTTTTGCATCTTATTGTGTTATCTTCAGTAACATGTAGAGCAAACCTTGTTAATTTTTATCAATTACCATGTGACCGTAGTTATCCTTC[A/G]ACTGGACAAGCGCAGCCTACTGCCTGGCCTGTTCCACCTCGTCCCCAACCTTGGTTCCCCCCAAATTCAGCCGTTTCAATTCCTCCTCCTGCCCCATTGGGCTATGCTCAGCAGCCCCTATTTCCTGTGCAGACTGCAAGGCCTCCACTTCCAGTATCATCAACTCCTATGCTCCAGCCTTTACAGATAACGCCT 958
M8_6874287 CAACAAAAAATATATTTTTTCTAAAGATAAAAGGCAAACCTAAAAATCAGCACAAAATCCTTTTTAGTGGAATAAATTATGTACTTAAAATTCCAACCACCAATGTCACTTATCTTATTAATAACCACATATAATGTTTATATGAACATCTCATTTCTAAGCAAAGAATATCGTCTAAAATACTTTTGTGTTTTTGTATGAGTGTTTATCGTTATCATTATTTTTCATCTCATTCAGCTTCCCCTTATTCTCCTCTCCTATCAGCAGCTTCTTGCCCTTATATAAAGGACAGCCAAAGAC[C/T]CAAAATTTTGCACTAAATTATCATTCTTTCACATTCATAAAAATGGATGCCAAGAAGCCTTACATAGTTGCAATTTTCATTCAAATTACTTTTGCCGGAATGAGCTTATTGTCAAAGGCTGCCTTCGCTACCGGCATGAATACATATATTTTCCTCTTCTATCGTCAAGCTGCTGGAAGTCTCATTTTAGTCCCA 959
M9_5717976 ACTTGTAAAATTATTGAGCAGCTTTGGAGAAACTTCTTTTAAAGAAACTTGCTCGAAGACAAAAATATTCATCTACTTAAATAGTCCAAAGTTACTGTCTCTTTTGAAAAAGGTGGATTGGGTATTGTCGGGGTTGTGGATACTAACTTTGCTTTACTTACAAAATGGTTGTGGAGACTCTTGTTGAACAGAAACCTCTTTGGAAGAGATTTGTTATTGTTAAATACAATCAAGATTGCATTGGGGGAATTCCTACAAAAAGCAAATATAGCAGCAACAAGGCCCTTTGGAACTCCATCA[C/T]AAAAGGTATTAACTGGTTTTATTCTCAAACAAAATGGAAGATCAATGATGTGCAAAAAAAAAAAATCTTTTTGGCATGGGCTTTGGTATGACATATCTCCTCTAGCTCAATACAAACCCAGGTTGTATGGCAGCATCAAAGATATGTGGAATCAAAATTAGCCTTGATTAGGATCTTTACCCTAGAAGGGATATT 960
실시예 5. 플루다임(Fluidigm) 프라이머 제작
최종 선정된 192개 SNP 마커를 대상으로 플루다임 (Fluidigm EP1TM system, Fluidigm Corporation, United States) 이용 가능한 플루다임 프라이머 세트를 D3 assay design 툴을 이용하여 제작하였다.
제작된 최종 192개 SNP 마커의 멜론 품종 식별용 프라이머 세트는 표 2와 같다.
Name Allele ASP1_Seq(Allele-Specific Primer) ASP2_seq(Allele-Specific Primer) LSP_Seq(Locus-Specific Primer) STA_Seq(Specific Target Amplification Primer)
M1_1066595 TA AAAGTAATCAGCAACATTTGCATCATTACTA AGTAATCAGCAACATTTGCATCATTACTT ATGCTGTCCCCATTTGCTGC GACATTGTTGTCAAGAAAGAATGTGAA
M1_1173173 CT GGTAAAAGTTTCAAACCTTGTTCCTGTC GGTAAAAGTTTCAAACCTTGTTCCTGTT GGGGCAGCACAAACATGATCA CCAGCTGCCATTATATGGTTCATAG
M1_1296246 AG GTGTGCTGCTTTCTCAATTCATGA TGTGCTGCTTTCTCAATTCATGG TCTTGCAACTACCTACTTCCACCC TTTCTCTTCACTTCATCTTCGATTTGT
M1_1462130 TG GCAAGAAACAGAGGCAGCACTA CAAGAAACAGAGGCAGCACTC TGGGAACTTTCTCCCTATTATATAAATAAAGTTCCAC CACTCAGAAAAACCCAACACAATG
M1_14858123 GA GATGGAAATGGCTTCAGAAACAGG GATGGAAATGGCTTCAGAAACAGA TCCTCGAATATTCTTATTCTCATGTTGGTTGAA AGCTGATGAATTTGCAGAAAGGAT
M1_14897464 AG GCAACTTATGCTGTTGGGAGAAAAA GCAACTTATGCTGTTGGGAGAAAAG GCAGCATTGCCTAACCCCA CAACAGAAATTCTAACTGGAGAGGAA
M1_1978773 GT GCAACTACTTGTTTCCCAACATTGC GCAACTACTTGTTTCCCAACATTGA GGCCCAGCAGCTTTAATTGGA GCACAATCATTCTGTGGAGATGG
M1_2112637 CT ATAAATGCAAAAGACTGTAAAATAAAAAGTCCTAAG ATAAATGCAAAAGACTGTAAAATAAAAAGTCCTAAA AAGGAAAATTTAAGACTAAGTTGCTGCGTTT GACATTGTTACTACGTGAAGTCCAA
M1_3013958 AG GCACACTTGATCCTTGGACACT CACACTTGATCCTTGGACACC CGCCATGGGATGCGTTCA GGTATGCTTGCCGCTGTG
M1_30163614 TC TTGCAGTTATGGTGGTTTTGTTTCT TGCAGTTATGGTGGTTTTGTTTCC AGCAGCTCTCCATGCTTTCGA CTTCATTGGTGTCCTATCAGCT
M1_30481228 TG GCAATAATCTTGAAGCAGCACTTCT GCAATAATCTTGAAGCAGCACTTCG TCTTTGGTTGGCTCGGAGGT AAATAACTATGATCCAAAAATAACTTAAAGGCAAT
M1_30584172 TC TGAATTCAAATTGTCTGCAACAGCT TGAATTCAAATTGTCTGCAACAGCC CCGCTGTCGTTGCTGCAAA GCACGGTGAGGACCGA
M1_31094861 TC AGACTTGCTGCTCATAAAGTACATAGAA AGACTTGCTGCTCATAAAGTACATAGAG TGGGCTCTTGGTATTTCTGTCTTGT ACCGTTGGGAAGATTTAGCTTTTG
M1_31143403 GT ATGCTCTACTCTTCTCAATGAGAAGG CATGCTCTACTCTTCTCAATGAGAAGT ACTACCAAAGGCCAGGCCA GAACCAGATTGTAGTTTCGAGACA
M1_31442835 GA GGGCATCAGTACACAATTTCTTCC GGGCATCAGTACACAATTTCTTCT AGGCTTTCCCTCAAGAGGAACA ATTGAAAGGGTGGCTGCTTTAT
M1_31869094 TG CGTTCAATTCTAGGGGTGTTTAGTT CGTTCAATTCTAGGGGTGTTTAGTG ACAGCAGCAGAGCACTTAGGAA CTATTCCCCTTCCATGATCGC
M1_31872750 CT GCAGAGACTGAAGGGCCG GCAGAGACTGAAGGGCCA TCAAGCAGTTCTGGGCAGACT TCTGAGCAGCATTTGCGTAAG
M1_34458684 GA GTGTCCAAAACTCCGGCC GGTGTCCAAAACTCCGGCT TGCGGTTTCAGTTGCTGCTC CCGGCGAGCCAAATGT
M1_4104877 GA GCCATAATCAACTTAACACAAAAAAGATCG AGCCATAATCAACTTAACACAAAAAAGATCA TCTGCTGCTTTGAGTAGTGGTGT GAGCCGAGGCTTCTGATTAATAG
M1_4325219 GA TGTCCTCAGCTGCGGTC TTGTCCTCAGCTGCGGTT TCATATCATTTGGATTGATTATACTTGCAGGATAATATGA GTCCTCTAACACCCTCCCATT
M1_6614453 AT AAAATTGATTCAGATGTTTGCAGCTCT AAATTGATTCAGATGTTTGCAGCTCA CTCAAGTGTGGTGGCTTACCTG TGTAAGCCAAGGAACTCAGTACA
M1_7977218 TC CCTTGGTTCAGTCTTCTGCTGT CTTGGTTCAGTCTTCTGCTGC TGCGGCTAACCCAACAGGA GTCAAGACTTCTTCAACTATCGACC
M1_8036666 TA AGCCAGGACAAGGATGTCAAA ATAGCCAGGACAAGGATGTCAAT CTTTTTCATCAACTAGGCCCAGTTTTCA GACCTTCAATCTTGAGTCTTCACAT
M1_8793338 GA TCAATGTTTGTTTGTAAGCACTGGTTC TCAATGTTTGTTTGTAAGCACTGGTTT CTCAACAAATGTCGGGCTGCA TCCCACTTGACTCACTTCATAGA
M1_8819586 CT GAATAATGAGCTGCTTGGGTGC TGAATAATGAGCTGCTTGGGTGT GTGCAGCCCACCAGGTT CGATTGCCAGTCAAACAATCTAATG
M1_884520 GT GCTGGATCCAGTGAGGAGAC GCTGGATCCAGTGAGGAGAA AGGCTAGCGTCTCCTTGTCC TGGTCTGCTGAGGCGAAT
M1_8896747 AG ATTGCAGCTTTTAGAAAACAAGCTCT TGCAGCTTTTAGAAAACAAGCTCC TGGTTGATAGTCATCTTCCTTTGAGCA CCTCACATTTATCAAAACAAAATGATGC
M1_9274229 CT AGCACGTGGGCAGACAG AGCACGTGGGCAGACAA TGCGCAGCCTAGTGAAGGA GGATACGCGCTTGGCA
M1_975872 AG CCCTTTTAGAGGCTGCCCA CCCTTTTAGAGGCTGCCCG ATGGTGTTGGAGCTACGTCAGT GCCTATCCAAACACATGTTACTACC
M10_1291758 GA ATCGCACTGATTATTTGTTTACCGAC CATCGCACTGATTATTTGTTTACCGAT GCTATCGCCTACTGCTGCC GGCTGATATGGTGTCCCTTCA
M10_1537667 GA CAGCAGCCCAAACACGAG TCAGCAGCCCAAACACGAA GCACTCCAAAGGATTAATTTGTTACCCT CCAAAAATGTTAGAAATGGGAATGGAA
M10_1537793 GA AATATATAATACAAAGACATATCTCTTTTCATACAG AATATATAATACAAAGACATATCTCTTTTCATACAA CGCATCCTGTGGCACTGATC CGACCATAATGTACAAAAACAAAGCA
M10_18318803 AG CGCCCGATTGCTCTTCTTTT CGCCCGATTGCTCTTCTTTC GTAAAGGAAGAAGAGGAAATAAAAGATGGAAGAAG TCGATCTCTACTGCTGCACC
M10_18383943 TC CCATGCAACCAAGATTAGTGAGTCT CATGCAACCAAGATTAGTGAGTCC CGGTTGCTGCGAGAATGTCAT CCATAGCCGGAACATACACC
M10_18384386 AT CTGGTGAGATACCAGGACCTAGA TGGTGAGATACCAGGACCTAGT AGCAGGTTTCCAAATGCGCT CCTTGAAGGTCGTCATAAATTTAGGT
M10_19109584 AG GCCTTCATATCTTGGTTTACTTACATAAGCT CCTTCATATCTTGGTTTACTTACATAAGCC TTGTTTTATATAGTTATTTTTTTGGATATGCAGCTGCTAT AGATTCTGTCTATTTCTGGGCCT
M10_19172671 TC AACATTCCAATTGAGGCAAATATCTTGAA ACATTCCAATTGAGGCAAATATCTTGAG AGCTTGGTGTTCCTGATCGGA CAGCAACGATTAGTCTTGATTGAGA
M10_19174142 CT GGGGTTTTGATTGCTCACAGAC GGGGTTTTGATTGCTCACAGAT AGCACTAAGAGCTCCACACCAA TGCTGTCTCTGTAGTTATAGAACGG
M10_19372215 GA ACCAAATGCTGCTATGGCAATG CACCAAATGCTGCTATGGCAATA ACTCTCTTTGGGAGGCGGTT AAACCCCTTTTTGAATAGCACCA
M10_21781267 TG GCTTTCCAAGTGTTGGTGCA GCTTTCCAAGTGTTGGTGCC CTTCCATTTTTCCAGAAAGCTGTAAGGAT CTCCAGTAAAGTTAAAGAGGCTCC
M10_4361263 AG ACTAGGAGATGCCATCACAAATTTGA CTAGGAGATGCCATCACAAATTTGG AGTATGCACTGGACTTAGCAGCA CAAAATAGCACATGCAAGATATGCAA
M10_4736855 GA GTCCTGTCCATAGGAGCCG TGTCCTGTCCATAGGAGCCA AGCCTCCATGAACAGGCGA AAACGGTTGTGGGTTGCAT
M11_18095430 AC CGACGTCATTTCCGATATCCACA CGACGTCATTTCCGATATCCACC TCGTAAGCGTCAGACAAATTGGGA CCCCCTTCCTTTTTCGAAGAC
M11_27693096 GA AGAAGACGCTGCTGGACTG GAGAAGACGCTGCTGGACTA CCTTTGCCTGAGTCAAGCCTT AATCAGCTTTGGCTTGGGAG
M11_3581140 CG TTCCCTACAACCAAACAGAAATTCAATAC CTTCCCTACAACCAAACAGAAATTCAATAG AACTATTCAGTATGCTATTTGATTGTATTAGTTGTTAATG GAAGTGATTAATCAGCTGCGTCT
M12_11236131 GC TCAAGATGTCGATAGTCCCAACATC TCAAGATGTCGATAGTCCCAACATG GCTGCCATATTTTATATATGGATAACTACGTCTTGT AGCAGCAACAACATTTACATCAAGA
M12_11374398 TC TCGATGATGCATAGAAGAGCTAAAGAAA TCGATGATGCATAGAAGAGCTAAAGAAG GACAGCTTGATTAGTACTCCATAAATAATTTTCTTTTCTC GCTTGAAGCGAAGAGTTCGA
M12_11422892 GC AGCCGTCGGTGATCACAC AGCCGTCGGTGATCACAG TTGGCAATGGCCACGCA TGCTCCACCAGCTTCAGAA
M12_13049747 AG TTCTGATCAATGCATATGGAGGATGA TCTGATCAATGCATATGGAGGATGG GTGCAGCAGCCCATTCAAGA CTTCTGTGAAGGAAGTCCAGAAT
M12_1557777 AT CCTCGAAGTTATTCACAGAAAAGCA CCTCGAAGTTATTCACAGAAAAGCT CCTTTGCCAAGCTGCTGTACT AGAACCCCCACGATCTCC
M12_15922782 AG CTTCACCAATTTCCTACCCGTTTTT CTTCACCAATTTCCTACCCGTTTTC GGACGTCACAAAAATCAAGATGGGT CTGTCCAATCTTCTTCTCACGATT
M12_17012579 GA TCGTTCACTCATCGCTGACC TTATTCGTTCACTCATCGCTGACT CAATTGCTTTTTACGATGATGGAGACGA TCACGTGCAGCTGATTTCATTATT
M12_18942955 AG TCCCTCAACAGATTGAAGGGAAAAT CCCTCAACAGATTGAAGGGAAAAC GGCCAACATTTTTAGTTGCATTGTATTTTTCT AGCAGCAGTTCATCAAGGC
M12_19163631 AC CTACCAGGAGCTCTTTTATAAACGTTTTTT ACCAGGAGCTCTTTTATAAACGTTTTTG GACCCCACTACACAGCTGCTA TGCAGGTTAGTGTTGCTTCATC
M12_20876389 GA TTCAGGGTATGGTGTTTTGGTTTTC TTTCAGGGTATGGTGTTTTGGTTTTT ACATCTCTATTGAAAGCTGCAGTCTTCAT GCTGTCATAGTATATTCATTCTCTTCTTTCT
M12_21687813 AT CCCTCCTACCAACTTTGTTCAATAGAA CCCTCCTACCAACTTTGTTCAATAGAT GGAACATCTTTTCCTAAATGAAACTCAGAAAAACA GCAGGGACAAGCAGCC
M12_22072754 TC GAAACACGGGCAGTTTTGGA AAACACGGGCAGTTTTGGG ACGCCACCGTTCTCAAGAACA GCTTCTTCAACTCAAAAGCATCTG
M12_22234004 GT GAGTAATTGCTCTTGCTTGGCC GAGTAATTGCTCTTGCTTGGCA CAGCCACTGCCGCCA ACTGCGAAGCGGCATG
M12_22620200 CA GGAATAATGCACACTGCACCC GGAATAATGCACACTGCACCA CCCTTCACCTATAGAATGAGGTAGCAT GGTTGATCCTAGTCCAGCCT
M12_22620201 CA GAATAATGCACACTGCACCCC GAATAATGCACACTGCACCCA ACCCTTCACCTATAGAATGAGGTAGCA TGATCCTAGTCCAGCCTTATAATGG
M12_22647941 GC GAGGTACCTCTGGTGTTCCC GAGGTACCTCTGGTGTTCCG TGCTGCATTGTATTCTACAATTTTGCAGT TCCTGAACTGTCTGAAATTGCAAG
M12_22820505 CT GCAGCTTTCTTGTGTTTGTTCCTG GCAGCTTTCTTGTGTTTGTTCCTA GCAACCCATCATTTGATACAGACGAG ACCAATGGCTTCATATCACTCAAAA
M12_22906257 CT ATCAACAATTCCACTTTTTAATCAGTATCCC AATCAACAATTCCACTTTTTAATCAGTATCCT GCTTGGTCTCCACCAAATGCA GCAGCTGAGACCAAATCTCAA
M12_23157448 CT GCCTCCAAAGACCACGATAGAG GCCTCCAAAGACCACGATAGAA CTTCCGGCAACACATCGCT GGGTTGTACGGCAGCCT
M12_2513136 CA CGAATCCTCGCTGGCCTC CGAATCCTCGCTGGCCTA CACCGTTGTCCCTGAGACTACA GGCTCCTCCTACGGCT
M12_6385196 GA GGCTGCGTTTTGGGATGC GGCTGCGTTTTGGGATGT GTCACCAGCTGCCGACG AAGTGTCAATTGTAGGCTGCG
M12_9676532 GA GTTGCAATTACAAAAGTGTTTGGTGC GTTGCAATTACAAAAGTGTTTGGTGT CAGCACACAACTTCTTGGTGGA AGAATGATGGTCTTCCAATTGTTGA
M12_9676722 GA ACCTCTATAACCACATTTATGCTGGG AACCTCTATAACCACATTTATGCTGGA CTGCAGCTTGGGCAGGT TTCAAATCAAACAACCTCTATAACCACA
M12_9699659 GC CATCGGAACCACTCATCCAAAC ACATCGGAACCACTCATCCAAAG CAGCCGTCGACATCAGTGC GTTGGACACTGGGTTCTGAA
M12_9699917 TC TCTTCTAAAGCGGGTGTGATTGT CTTCTAAAGCGGGTGTGATTGC CAGCCACTAAGGTTTGCAGCTA CGCCGACCTTGGTTCAG
M12_9700013 AC AGGTAGGTGAGTCCTTAGTGCA GGTAGGTGAGTCCTTAGTGCC ACCGGGAGATGGACCTTGC CCAGCCCACTCAACCTTTT
M2_15448280 AT TTCAACAGACCTTCGTACTCAGTTT CTTCAACAGACCTTCGTACTCAGTTA GTAACTTGGTGAATGATGCTGCCA CCCACAAACAAAATAGAGCTATTCCT
M2_15448306 GA CCCACAAACAAAATAGAGCTATTCCTTTATC CCCACAAACAAAATAGAGCTATTCCTTTATT AGAAAAACTGAGTACGAAGGTCTGTTGAA ACCTCTACTATCTCGTTTTTTCCCA
M2_15556647 AG CTGCAATGTACGGCATTGCT TGCAATGTACGGCATTGCC CAACATTCCAAGGGCCGCA GCAATTGCAGTTAGTATTTTTGTGAGT
M2_1591748 GT CAAAAGAGCAGCACTTGATGTTTTG TCAAAAGAGCAGCACTTGATGTTTTT CCATGGCCATGTTTGGTGTAGAA TCCCATCAATGGTAAAATTGGACTC
M2_22107827 TA CATAGGAGGGATGTCAGGCT CATAGGAGGGATGTCAGGCA CCTCCATCGGAAGCAGCAG TGCTAGTAGCAACCTTCCCA
M2_25707021 CT GAAAAGCTTCTCTCAAGCTTCCC CGAAAAGCTTCTCTCAAGCTTCCT CCGAATTGAAAGGGCAGCAGA CGCCCTTCCGGCGAA
M2_3245603 AG CGGTATATTCTTGCCAAGAGACTCT CGGTATATTCTTGCCAAGAGACTCC AGGAGCAATCACAGCCGGT GCGGATTTCTCCTAAGAGGC
M3_2128779 AT GATCTATGATGTTCCAGTACACCATGTAT GATCTATGATGTTCCAGTACACCATGTAA GCTAAACTAGCAATTAAGACAGAACTTATTAACAGAGA GCCAATGGTGTTCCCATCT
M3_23854097 GA ACACATGTTGAGATGTGTGATTTATGC CACACATGTTGAGATGTGTGATTTATGT AAGCAGCGAATTTTTATTTATTTCAGAAAGAGGT CACTGCAAATTCCATTAACACACA
M3_24188878 CT GAAAGGGCATATTCCACGAAAGATAAAG GAAAGGGCATATTCCACGAAAGATAAAA AGAACACGACTTTTTAGAGAGGAATCACAT CCTACATCAAGCAGCCGTAAG
M3_2499868 GT GTTAATGCGAGTGGCCGG TGTTAATGCGAGTGGCCGT GGGAATGGTACAAACCGCCG CAGGAGATTCAAAACAGAGAGAGAA
M3_2792358 CT GTCATAACCCCCATTTCTTCATAAGAAC GTCATAACCCCCATTTCTTCATAAGAAT GCTGCTTGATGCTTTTGGCCT CCACTTTGATCCTTCCCCG
M3_28982354 GA CCTTTCCTTATAAATTTCCACATCAAAACG CCCTTTCCTTATAAATTTCCACATCAAAACA AGGTGCAGCGGCGGA GATCCTTCCTTTTCTCAACCTTTCT
M3_28997081 CG CCAAAATCACAGCAGCAGGC CCAAAATCACAGCAGCAGGG TGGAAAGGTAACTGGCGACGT AAAAGGCTTCATCCATGCTACAA
M3_3417026 CT GCATGGCTGCATAAAAGGAACTG GCATGGCTGCATAAAAGGAACTA AGGCAGAAGTTCCTTGTACTCCTTT GCATTAGGGTTTTGAGTTGTCAATG
M3_5526710 GC GCATATGCAACAATTTTGCACTCG GCATATGCAACAATTTTGCACTCC GCAGCTGCAATAGCTCCACA TCGGAAAGAGCGAACAGAGA
M3_5568974 AT CTCTCTATCCCCTTCTCTTTGCA CTCTCTATCCCCTTCTCTTTGCT AAGGGACTCCTAACCTTTCAAGCA GCTTCAAAGGAAACTTAAAAACACCT
M3_5829995 AC CAGCAGCAGCAGCAACAA CAGCAGCAGCAGCAACAC CTGTTGGTGCGGATGCTGA CAATCGGACCAGTCGTTATTTCAG
M3_6312154 GA TGTGAACATGGGGACCGTAATG ATTGTGAACATGGGGACCGTAATA GCTCCAAAAGCGATGGCTCT GAACTTGTTCTTGGTGTTGGAAATT
M3_86815 TC CCTAGCTGAGTCCAAGGATGT CCTAGCTGAGTCCAAGGATGC GCCAACCTTTTGAACCCAGGA AAGTTGGAAAATTGTTAATGCAGCC
M4_10188263 GT CTATTGCTTCAGCTTTCCATGAGTG CTATTGCTTCAGCTTTCCATGAGTT CCACATGCACAGCATTTCCCT GCAACTGGTAAAATGGGTATTGTTT
M4_1414734 CT CGATGATGTTTCTCGTGACACG CCGATGATGTTTCTCGTGACACA CAGGTGTTGCTGCCTCAGT GGCCAGTTCTGATTACCCG
M4_15809728 GA CGTTTGGATGGATTTTCTTAAGTATTTATAGACC CGTTTGGATGGATTTTCTTAAGTATTTATAGACT GCAGCAAGTGCAGGTTTGGA GGTTTAACATCGTCCAACTTAGGAT
M4_17312594 CG AGCAGACTCTTGAAGTTTCCCTAAC AGCAGACTCTTGAAGTTTCCCTAAG CCAGAACCCTGGATCTTCCAGA GTGAGTGCTTCCAGCAGC
M4_18961613 CT CCTGAAATTGTCTCCCCATATGG GCCTGAAATTGTCTCCCCATATGA ACTTTTGAAGGAATATGATTTTGACAATGGTCG GGAAGAGAAAAGAATAAAGTTTATTACAGCC
M4_19926645 CT TCTCTCTCCTCTCAGCCCC CTCTCTCTCCTCTCAGCCCT GGGTTCATGAATTTGCCGCCA CAACTCTTCCAAACACTCTCCT
M4_19965023 TG CAATCAAAACTCATCTACAAGCCGATT CAATCAAAACTCATCTACAAGCCGATG CGAGGTTTCGGCTGCGTT AGCAGCACACCACCTCA
M4_25512401 CA GCAGCAGCACAAAAGAGTAGC AGCAGCAGCACAAAAGAGTAGA AGCCATCTTCTTCACGACTCATGTT TGGAAAAACAGCAGCAGCA
M4_25562768 AT CCGAGGCAATAGAAAGAATAGCCT CCGAGGCAATAGAAAGAATAGCCA AGTTTAGGCTATTCTTTCAGCTAACGAAATAAGT CACCTCCACTTTTTGCTCTTAAATT
M4_26007483 GA GCACCATTCCATGACGGTG TGCACCATTCCATGACGGTA TCAAGGGAAGAACCTTCGGCT CATATGCTTCCTGAGCATAAGGG
M4_28423009 CA ACTGTTGTACGCCGGAAGC CACTGTTGTACGCCGGAAGA GCGTAAGCGCGTTTTGACGA GAAGAAGATGCTGCTGCTCA
M4_31494012 CT CTACTGCTGTGCCTTGTACTTG GCTACTGCTGTGCCTTGTACTTA AAGAAAACAAAAATACCTACTAGATCCTAAATTATATCCC TCCAGGGTGTCTGGCAA
M5_13951772 GC CTCCTGGTAAGCCCTATACCATATAAAC CTCCTGGTAAGCCCTATACCATATAAAG AGTGCAGCTCATGGCTACTCTT TCAATGCAGCAATCTCACTATATGC
M5_16410353 CA CATTTATTTTAACAGCCACACTTAATTTCACC CATTTATTTTAACAGCCACACTTAATTTCACA GGGACCCGCAAACTTAAAGCA TGCAGTTGCAGCATTAATGGA
M5_16439188 GC GTCTTGCAACAATGTAAGTTTTTGGTTAC GTCTTGCAACAATGTAAGTTTTTGGTTAG CATCCCAACTTGGATGGCACA GCAGGTGACCTTTTCACAAAATATG
M5_21883219 AG CCATTGGATAGATTGGCGGCA CATTGGATAGATTGGCGGCG CGTGGACACCACCATGGAAA ACGAACGGCAGCGGG
M5_21890697 AT CTTTTTCATTTTACTTCCCCATGCTCT CTTTTTCATTTTACTTCCCCATGCTCA CAGCGACAGAGTTGCCCC TCTATCCATTTCATTCTCTTTTCTTGCA
M5_23447733 TC GAAGGTGTTGATCCCACCGA AGGTGTTGATCCCACCGG TCAGCCCCTCAGTCCCATG AGATGGAGCAGCTGCTGA
M5_23483383 GA TCACTGGCAGCCTCCTTC TTCACTGGCAGCCTCCTTT GCCGCGGATTCAGCCAT GCAAACCAGTACAATGAGTTCTCT
M5_24990216 CT GGAGCATTATGGTTGCATGATTGAC GGAGCATTATGGTTGCATGATTGAT CCTCTTCGGAGTGGCCTGC GTTTACGGTATTGAGCCTACCAT
M5_25221584 GC CACAAAGTTGACAGCGCTGTC ACAAAGTTGACAGCGCTGTG GGGTCACCATCACTTAGCACTATCT TGGGTAGCATCATTAAATTTTCCCA
M5_26101426 AG ACTCCAGGCTTTTACTCAAAGGAT ACTCCAGGCTTTTACTCAAAGGAC GGAGCTGCCATTGTTGAGGAT GCTTCTACTCTGCTTCCTCAC
M5_2952159 GA TTGGTCGAGGATGACTATCTTCAAC TTTGGTCGAGGATGACTATCTTCAAT ACGCCATTCGGATTCACGGA GACGCTGCTACGTTTGGT
M5_2952186 GT AAGATAGTCATCCTCGACCAAACG GAAGATAGTCATCCTCGACCAAACT GGAAGATCAATTCAAAGACGCTGCT CGGATTCACGGAAGAAAATTCAAAA
M5_939780 GT CATCGAAGGTTTGACAACTAAATAGAAAAGAG CATCGAAGGTTTGACAACTAAATAGAAAAGAT ACGGAATGACAAGGTAATATTCATGATGATTGT ACATCGAAGGTTTGACAACTAAATAGAA
M5_9478865 GA CATGGTCCTCGAAGAAACAAACTAC TCATGGTCCTCGAAGAAACAAACTAT TCAGAGGCAGCATGAGCAAGA GCCTACTGTGTGTTTGTAGGAAATA
M5_9590309 GT GTAGAGGAACCACCGTACATACAG GTAGAGGAACCACCGTACATACAT GCAGCTGTTTCTTGTTACATCTAACCA TTCTCAGAAAAGGTAGAGGAACCA
M6_1499759 AC CCTACTTCCTATGACATCTTAATGACCAAA CCTACTTCCTATGACATCTTAATGACCAAC AGGATGGGTTTCCACCAACCA GCAGCAGTTGGTCAATTTCTTC
M6_1500067 AG CGTGAAAAAGAACAGCAAGAAGTAATCA CGTGAAAAAGAACAGCAAGAAGTAATCG ACTGCCAGAAAAATAATAAAATAAAAATTCTAACCCGA TCGGATGCTACCTCAAGGC
M6_3279691 AT GCTGCCCGTCATCGCT GCTGCCCGTCATCGCA TGAGTTCGGCAACGACGGA CCGCCGGTTCTGTTTCTG
M6_3283619 CT TCATTATCGTGCACTGAGTCGAC CTCATTATCGTGCACTGAGTCGAT CGGTGAAACAGCGGCGA CACCGCTGCCTCCATTAA
M6_33398394 AT TGAACATTAGCATTAGAAACAGACCCA TGAACATTAGCATTAGAAACAGACCCT ACTGGGACCCATTAGCAGCA GCAATGCAATCAAATCGAATGTTGT
M6_3455972 TG GCAGCATCATCAGAGCTGGTA GCAGCATCATCAGAGCTGGTC AGTCATTTGAAGAATATATCTGAGGGTAAACAAACT CGCTTGTCATGCAGGCAG
M6_35453870 AG TTGAAATCCTCAATCCTCTGGCA TGAAATCCTCAATCCTCTGGCG GTGCAGATTGCTCCACACGA GAGCTGCACCAATGCCTT
M6_5739996 CG ATTTTGGCCTTGAGCCGTTTC TTTTGGCCTTGAGCCGTTTG TTGCACAAGCTTGTTAAGTTTGAGATTGA GTTCAGCTGCAGCCAACA
M6_5912593 GA TGATGATTTCTGCTTGTTTTCGAGC GTGATGATTTCTGCTTGTTTTCGAGT AGCCACACACTGCTCTCAAGA GCCAAATTATCTTTTGGGGTTGGT
M6_5948331 AG CTGAGATGCTCGTCTCTGGA CTGAGATGCTCGTCTCTGGG GCTTTCTTGGAATCGGCTGCA TGGATGGCTTGTCAACCATAAAG
M6_6063081 TG GCCTAACATCATAGTCAAGGATCGTT GCCTAACATCATAGTCAAGGATCGTG CACTGGTTACAGGCTGTTGCA ACCTAGTAGTTTCTTACCCATGCC
M6_6491771 CT CAGGTCCAGTTCAATGGCATC ACAGGTCCAGTTCAATGGCATT GCAGAAGGTTAGATGTTTTTTTGGTCTTCT TGCACGAACAAAGGGTTATCAC
M6_6491793 AG GCATCACTAAGCTTTAGAAGACCAAAA GCATCACTAAGCTTTAGAAGACCAAAG GCAGTTGGCTGCCATGATTGA CACAGGTCCAGTTCAATGGC
M6_7666126 CT CCAAATCAGGTAGACTGCGTCTG CCAAATCAGGTAGACTGCGTCTA GCCTTTTGGCACACAGCCT CGTTCTTTGTGTTAAAACAAATAGGGT
M6_7753114 CT CCAAACGTAGTCAAAAAGGCCC CCAAACGTAGTCAAAAAGGCCT TCCCAGACAGGTTTCTTGGCA GGACCATTGTTGTAGAACTGAACC
M6_7753657 GA GCTTTGTTCCAATTCTATCTCTCCTTTTC GCTTTGTTCCAATTCTATCTCTCCTTTTT GCCACCTCCATAGGAGGTTGA TGGGTTCAAGTTTCCAAAGCTG
M6_7782242 GT CAAATCTCCAAACCCTTTCTCTTCTTC TCAAATCTCCAAACCCTTTCTCTTCTTA CGGCTTCGGAGGTCGACAA TTGATTATAAGAAAATGGCAGCCTCA
M6_847166 TG CTTCCACTAAAATGTATCTGCAGCTTATT CTTCCACTAAAATGTATCTGCAGCTTATG ACTGGGTGACAATGACTTTGATTTTAGTCATA GTCACCTCCCTGCATATTATACAAT
M6_8915637 TA AGATCAATCGGATTTGGAAACCAAAAT AGATCAATCGGATTTGGAAACCAAAAA CTCCTTGGGTTGGTCTGAGAGA CCCAAGTTCCTATTGCTTCACAG
M6_906984 CT CCACTCTTTACCCTTCCGCC CCACTCTTTACCCTTCCGCT GCAATGAGCGGCTGAGAGAAA CCGCCACTTCTTCTTCACTTC
M6_908493 AG GCACTTCGAAATTGTGACATGGAT GCACTTCGAAATTGTGACATGGAC GCGAGGAACAGGATTATCGACTCC CAAGTAGTTGGCTAAATCCTCTGC
M6_916580 GA ACTTTGAAATTGCGACATGGACAAG ACTTTGAAATTGCGACATGGACAAA ACAGGATTATCAATTCCTTCGACTCCG CGAAAATGGGCTAAATCCTCTCT
M6_942409 TA CAGATAAACACAGACCCAAAAAAAGTCTT CAGATAAACACAGACCCAAAAAAAGTCTA CTGCCGCTGCCACCAAT AATGGAAAGGGGAAAAAAACTAATGC
M6_961076 AG TGCTCCTGTAAAACGCGATAGTT TGCTCCTGTAAAACGCGATAGTC AGTTTATTTTCCTTGTGCTTTCTGTTAATGGG GGCTGCTACCAGTATTAACAAGAAA
M6_975951 AG CATTTTGCACAGCTTGGAGTTTT CATTTTGCACAGCTTGGAGTTTC GCTGGGCAAATGCATACGGT AATGCAAGGACATGATCCTATGC
M7_12036619 AC CCACTTTCACCTATGCCAACAGA CACTTTCACCTATGCCAACAGC ACTCCCCTTGGTTATTGCCCA CAAGCCTTAGCAATATCCCCA
M7_16499219 AC CCTGCCGTGAAGAATTCCTTT CCTGCCGTGAAGAATTCCTTG GCTTGGGCATGTATGCTGCT GGGCCTACCTCCCACA
M7_16582421 GA CTTCACGTTAATATGTTCTGAATTATCTGGG TCTTCACGTTAATATGTTCTGAATTATCTGGA AGCGTTGGGAGGCTTATGCTA GCAGCAAACAAAGTTCTTCACG
M7_16598912 CG TCTGCTGCCTCTAGAGTTTTCC TCTGCTGCCTCTAGAGTTTTCG GAGGATCCGATAGAAGCCACCT ACGACATTCATGCATTTATTCCTCT
M7_16792727 AG GCTACACCCAAATATCATGAATTGAACA GCTACACCCAAATATCATGAATTGAACG TGCCAATGCCCCTACTGATCT TGCTACACCCAAATAGCATAAATTGA
M7_17296866 TA TCCTCCAAATCTTCTGTCATTTCAAGAT CCTCCAAATCTTCTGTCATTTCAAGAA TGGCCTTAGATGTGCTGCTGA TGCTTCAGTTTTGAAAATCAAATTACCTT
M7_20518337 GA CTGCCTCTGACCCTATAACATCG CTGCCTCTGACCCTATAACATCA GCAGACGCCATCGAGCA GAAGCTCCACAGGCATTTCA
M7_20747800 GA CGGAAAGAAGTGAGATGCACAATTTC CGGAAAGAAGTGAGATGCACAATTTT CATTTGTAATGTTCTTATTACATTCCACAAAATCTTATCA CTGCAGCTAAAACACCATAACG
M8_1547556 CG CCAAAAATGCTGCCTTGAAACTCTC CAAAAATGCTGCCTTGAAACTCTG GCACCACACCATTTGAGACCA TTCAACCTCAAATTTCGAGACCC
M8_1851494 TC AGTCAGGAAGAATAGGCAAAAGTCATT GTCAGGAAGAATAGGCAAAAGTCATC CATGCATGCTGCTATGCCTCT GCAAAACGTGGATGTCCAACTAA
M8_2037236 GT CCTGAAGGTTTTTTCTTGTTCTGTCC CCTGAAGGTTTTTTCTTGTTCTGTCA CACACACAAGGGCAGGATACG GCAGCTACCACATTTAGCGA
M8_2104452 GA CAACTATAAATAGCAAAAAGCAGATTAGGATAGG CAACTATAAATAGCAAAAAGCAGATTAGGATAGA TCTTCATGCATGATGAATCTCGACTGAT GCCTTCATTTTCTTGACAGGAGC
M8_2783072 AC CGGTAGTCGAAACCAAGGAAGAA CGGTAGTCGAAACCAAGGAAGAC TGCCTCCTCTGGCTTGCTC GGCACCCGTTGAAACTGA
M8_29870433 GT GTTTCATTGTCTTTAAGATCGAGGAGAAG GTTTCATTGTCTTTAAGATCGAGGAGAAT GCCCACCGAGTTTCTCCACA TCAAGTCGAAAAGAACCCATCG
M8_312457 CT CCCCTTTTAAATGTGTACGTTGTTCG CCCCTTTTAAATGTGTACGTTGTTCA CGTAATTAAATTAAGAATGCAATTTGTTGTAATAATATGA CATGCAGCTAGATACTGTATAGCAT
M8_31361145 CT TGATAATATTGATAGATTATGGAGCTACCCAC GTGATAATATTGATAGATTATGGAGCTACCCAT GCAGCTTCTTCACTAGCATTTCAGAG GAAGCTGCAAGAAGAGGAAGT
M8_329340 GC CAAACACCGTCAAACGACGAC CAAACACCGTCAAACGACGAG CGAAAGTTCAAGGCGGTGCA GGAACCCTCGTTTGCCC
M8_336300 CG CTTCAAGTTAAGCAGTAATAGTGAATGGAAG CTTCAAGTTAAGCAGTAATAGTGAATGGAAC TCCTCAACCTGGTTTAGCTGCA CTGAAGATAACACAATAAGATGCAAAAACT
M8_336420 AG CCATGTGACCGTAGTTATCCTTCA CCATGTGACCGTAGTTATCCTTCG GGCTGCGCTTGTCCAGT CAGTAACATGTAGAGCAAACCTTGT
M8_503453 CA CAAAGCCTTATTTTGCAGCAAAGAAC CAAAGCCTTATTTTGCAGCAAAGAAA ATGACGTCGGTTATAATGAGAACATTGAGAA TCCTTGTCTAATTGCAAAAGTTTCCA
M8_6125881 AG CAGCCATTCCTGGACTTCGTA AGCCATTCCTGGACTTCGTG TGGCTTACAGTAAGCTTAAAGTTCTGGT GACCGACTCTAGAAAATGAAGTGC
M8_6147588 GA ACATTTCACAACCATATCACATAAATACATCTC ACATTTCACAACCATATCACATAAATACATCTT GTGGTTGGTGCTTAGGTCTTTAACTT GAAGAGGATACTCAAAAACATTTAAAATTCACA
M8_6185860 TC CCGATTTCATGAAGATCCACGCT CGATTTCATGAAGATCCACGCC AGCGCGTTTCTCAGGATCAGA CGGAAAGACTCATCTGCCAC
M8_6874287 CT CCCTTATATAAAGGACAGCCAAAGACC CCCTTATATAAAGGACAGCCAAAGACT TGGCATCCATTTTTATGAATGTGAAAGAATGA TCAGCAGCTTCTTGCCCT
M8_792252 GC GCCAGTTGTTAACATAGGTGCAC GCCAGTTGTTAACATAGGTGCAG GGGCAGCAGAGCCAAGAAGA GAAGTTTCTGCCATTTTTAAAGCCA
M8_792406 TA CATACTGTCTGACTTGCCTCTGT CATACTGTCTGACTTGCCTCTGA CCCGCCAGATTATCTGGCCT GGGCCACAATGACATACACAA
M8_801642 GA GATAGCAGCCAAGAAAATACTTCCATG AGATAGCAGCCAAGAAAATACTTCCATA CCGGGAAACCCTGACGGT TCTCCTTTGTTAGCCAAATAGGAGA
M9_1788425 GA CCGACCTTCACTCTCTATTCTCTTC CCGACCTTCACTCTCTATTCTCTTT ACTGGCAGCCTTCCCCA CTTTTGGGCGAGCGATACG
M9_19282217 AC GGGAAATGGCAAGATGAACAACA GGGAAATGGCAAGATGAACAACC CCATTTCCAGGTTTGTTGTTAATACTTAGGTG GAATTCCCGGGCTTGCTG
M9_19293592 CT CCATTGATGAAACTTGCGGAGAAC CCATTGATGAAACTTGCGGAGAAT GAAGCAGCCTTCCGCCTT AAGGCTGGGCGCGAT
M9_21737950 AG AGAACAGTGATTTGCGGATTAGTACT GAACAGTGATTTGCGGATTAGTACC GCCCTCCCAACGCAACA TGTTCATAGAACAGTGATTTGCGG
M9_21738139 GA ACTCCTCAAGGGGAACCAATTAC AACTCCTCAAGGGGAACCAATTAT CCCGCACCCATCGCAA TGCCATTATGACTACTGCAAACAT
M9_22113253 CG GGGATTCAAGCTCTTTTATGGTGG GGGATTCAAGCTCTTTTATGGTGC AGCAGCGGTCCAAGGACT TCTTCTTCCAAGGCCTGGATAT
M9_22382080 TA GCAATTAAAATGGAACGTGCAGCTT GCAATTAAAATGGAACGTGCAGCTA ACTAACAAGTTTTCGCATAAGTGCTTTCTC GAGTAGGTGACTTGTAAATCCAAGC
M9_22945752 GA GAAGTTTTGCTGTGCAGCAAAC TGAAGTTTTGCTGTGCAGCAAAT CAATCACATCAAATATTTAAAAAACAAGGCTGAAAGAA GCTGATATGTTTAAATCCTCTGGCT
M9_23765882 CG ATTCATGCAAAATATCAGGCTGATGG TCATGCAAAATATCAGGCTGATGC TGATGCACCTTGGACCTACACA CAAATGTGCTGCGGTTTTGA
M9_2556989 AT CTGTTAGCCATCCTGTCACAGA CTGTTAGCCATCCTGTCACAGT CCAGCAGCCTGCATTTCCA CGTACTTTTCTTGGGTAGGTAGC
M9_3524582 CA TTCTTTGTATTGGTTGGCACTGC CTTCTTTGTATTGGTTGGCACTGA CCTGTCAGCAATAATAGATACAAATAAGAAATTTATTTTG GGTCTGTTTTGCTTACCCTTCT
M9_5053846 CA TCTCATCTTCATCGTTACATGTTATCCG ATCTCATCTTCATCGTTACATGTTATCCT CCGCTTTCATTTCTGGGCTCA GATCATTCAGCTGCGATACTACAT
M9_5057080 TG AGATCAATTCCGATCGCCGT AGATCAATTCCGATCGCCGG CCACGCTTACTATGGCCGGT CCAACGCAAGAGTACGTGG
M9_5458257 TC TCTGTAAGGATTCTCCCTAGCCA CTGTAAGGATTCTCCCTAGCCG ATGGTACTGGTCGCGGGTT GAGCTGGTAAGTTCTACTTGGAATT
M9_5512552 GA CCAGTCCCTAGCATTAATTAACAAAGC CCAGTCCCTAGCATTAATTAACAAAGT GCAAACCAGGTGAAGCAGCTA AAGCAATTCTCAAACCCTCTTCC
M9_5717976 CT GCCCTTTGGAACTCCATCAC GGCCCTTTGGAACTCCATCAT TTCCATTTTGTTTGAGAATAAAACCAGTTAATACCTT GCAAATATAGCAGCAACAAGGC
M9_5718064 AC CTTTTTGGCATGGGCTTTGGTA TTTTGGCATGGGCTTTGGTC GCTGCCATACAACCTGGGTTT CAAAATGGAAGATCAATGATGTGCA
M9_5718086 AG TGCCATACAACCTGGGTTTGTAT GCCATACAACCTGGGTTTGTAC GGCATGGGCTTTGGTATGACA TCCACATATCTTTGATGCTGCC
M9_5789550 AG CTTCTCAAGGACAAGAAATTCTGGTTT CTTCTCAAGGACAAGAAATTCTGGTTC CGGCCCAAGCAATGAGGA TTGTTTTAGGGATATGGAATTCAAGAATCT
M9_5881795 TC AGCTTAGAAATTTCAGCAGCTCATTAATAAAAT GCTTAGAAATTTCAGCAGCTCATTAATAAAAC TCCCCTGAATCATTCTTTATTTTTCTTCATCTGA TGTCGAACATCGTATTATTGAAAGCT
M9_5994548 CA AGAGGAATGTTGCAGCTCCTAAG TTAGAGGAATGTTGCAGCTCCTAAT CTCTCGGTAGCCTGAAGAAGGA ACCCAAGAAAGTTGGTTATGAAAGT
M9_909592 GA CAACATCTGCAGAAAAGGAAAGGAG CAACATCTGCAGAAAAGGAAAGGAA TCTTGTGAAGAACTTACCAGGAGATGAATT CGTTGGTGTTTTGTGGTTTATTAACA
실시예 6. 플루다임 시스템을 통한 분석
48종의 멜론으로부터 선정된 SNP 마커를 이용하여, 그 중 표 1의 연번 7번의 얼스울트라를 제외한 47종, 그리고 추가의 48종을 포함하여 총 95종의 멜론을 대상으로 플루다임 (Fluidigm EP1TM system, Fluidigm Corporation, United States)을 수행하였다.
그 결과는 표 4 내지 표 19에 나타내었다. hetero 유전자형을 나타내는 품종의 경우 SNP 위치의 염기를 W(T 및 A), R(A 및 G), Y(C 및 T), M(A 및 C), K(G 및 T), S(C 및 G)로 기재하였다.
플루다임 분석에 이용된 총 95종의 멜론 품종 리스트는 표 20에 나타내었다.
품종 M1_1066595 M1_3013958 M1_31872750 M1_8819586 M1_18318803 M10_4361263 M12_13049747 M12__22072754 M12__2513136 M2_15448306 M3_24188878 M3_5829995
T/A A/G T/C T/C A/G G/A A/G T/C C/A A/G C/T A/C
M01 W A T Y R R A Y C R Y A
M02 W G Y T A R G Y A R C M
M03 W G T T G G G Y A A Y M
M04 W R Y Y A R A Y M A Y A
M05 W A Y C G A R Y A R Y M
M06 A G T Y G G A Y A G Y M
M08 W G Y T R A A T C R Y M
M09 W G Y Y R R A T M G Y M
M10 A A Y C G A A C M R C A
M11 W R T Y A G A Y C A Y M
M12 W R T Y G G A T C R Y M
M13 W A Y C R G R C A G C M
M14 A A Y C G A G C C R T M
M15 W G Y T G A G C M R T M
M16 A G C Y R A A T C R T A
M17 A G C T R R G T C R T A
M18 W R Y Y R R A Y C R Y M
M19 W G Y Y R A A T C R Y M
M20 W A Y Y G R G C A G C M
M21 W R Y Y A R R Y M A C M
M22 W R Y Y R R A T C R Y M
M23 W G T C G A G Y C A Y M
M24 W R T Y R R R N/A A R Y M
M25 W R Y Y R R A Y C R Y M
M26 W R Y Y R G A Y M G T A
M27 W G Y Y R R R C A R C M
M28 W G Y Y R G G C M R C M
M29 W R Y Y A G A Y M A Y M
M30 W R Y Y A G A Y M A Y M
M31 W A C C A G N/A C A G C M
M32 W R T Y G A A T A G Y M
M33 W R Y Y R R A Y C R Y M
M34 A A Y Y A G A Y M G Y M
M35 A A Y Y A R A Y M G Y M
M36 W R Y Y A G A Y M A Y M
M37 W A C C G R A C M G C M
M38 A G Y T G R A Y M R C A
M39 A R C Y G A A Y M R C A
M40 A G C C R A A T M R T A
M41 A G Y T G R A Y M R C A
M42 W G C C R R A Y M R Y M
M43 A G C Y G R G T C G T A
M44 W R Y Y R R G C A R Y M
M45 W R C Y R G A T C R Y M
M46 A G T Y G G A Y A G Y M
M47 A G C T R R G T C G T A
M48 W A Y C R R G Y A G C M
M49 A A C C G R G C C R T M
M50 W G T T A G G C A A C M
M51 W G C C G G G C A G C M
M52 W R Y Y R R G C C R Y M
M53 A A T C A A G C A G T A
M54 A A Y C G A G C C R T M
M55 A A C C A G G T A A C A
M56 A G T C G A A T A G C M
M57 W G T T G A A T A G T A
M58 W R T Y R R G Y M R Y M
M59 W G T T G A G Y C R C M
M60 W R Y Y R R A T C R Y M
M61 A A Y C G A G C C R T M
M62 W G Y Y R A A T C R Y M
M63 W G Y T R R G Y C R Y M
M64 A G C Y G A A Y M G T M
M65 W R Y C G A A C C A Y M
M66 A G T T A A G T M R Y M
M67 A G C T G R A T M R T A
M68 W G T T A A A T C G T A
M69 W R Y Y R G A Y C G Y M
M70 A G Y T R G A T C G T M
M71 W R Y Y R R A Y C R Y M
M72 W R T Y R R A T A R C M
M73 A A T C G A G T A G C M
M74 W R Y Y R R G C A R Y M
M75 A R C C R R A T C R T A
M76 W R C C A G G Y A G T M
M77 W G T C G A G Y C A Y M
M78 W R T Y R R A T A R C M
M79 A G Y T R A G T M R Y A
M80 W G T T R A A Y M G Y M
M81 A R Y Y R R A Y C G Y M
M82 W R Y Y R R A T C R Y M
M83 W A Y C A G G Y A R Y A
M84 W A C C G A G Y A R Y M
M85 W R Y Y R R A T C R Y M
M86 A A C C R G A Y C G Y A
M87 W R T Y A G A Y M A T M
M88 A R Y Y G R G Y M A Y A
M89 A R Y Y R A G Y M R C A
M90 A G Y T R A G T M R Y A
M91 W G C Y G R A Y M R Y M
M92 W R Y Y R R A T C R Y M
M93 W G T Y A G A T M G Y M
M94 A G T Y G G A Y A G Y M
M95 W A T C G G A Y M R C M
M96 W G T T G A G Y M G C M
품종 M1_1173173 M1_30163614 M1_34458684 M1_884520 M10_18383943 M10_4736855 M12_1557777 M12_22234004 M12_6385196 M2_15556647 M3_2499868 M3_6312154
T/C C/T A/G G/T T/C G/A A/T T/G G/A G/A T/G A/G
M01 Y Y A K Y R A K G R K R
M02 T Y R K T G T K A R K A
M03 T C A G C R T K A G T R
M04 Y Y G K T G W K A G G G
M05 T Y R K C R T K R R K R
M06 C Y A T C A T T A A T A
M08 Y Y G K Y A W G R R K R
M09 T C A G Y A W G R A T A
M10 T Y R T C R W T G R G R
M11 T C R G T G A T G G K A
M12 Y Y A K C A A T A R K R
M13 T T G T Y R A K G A K R
M14 C Y A K C G A T G R T A
M15 Y C A G C R W T R R K A
M16 C T G T Y A W G R R N/A G
M17 C T G T Y R A G A R G G
M18 Y Y R K Y R A G R R K R
M19 C Y G K Y R A G R R K G
M20 T T G K C A W T G G G R
M21 Y Y R K T G W K R G K A
M22 Y Y R K Y R A G R R K R
M23 Y C R G C G A K G G T A
M24 Y Y R K Y R W K G R K A
M25 Y Y R K Y R A G R R K R
M26 Y C A K Y R W K R A K A
M27 Y C R T Y R T T A R K R
M28 T C R G Y A W T A R K A
M29 Y C R G T G W K G G K A
M30 Y C R G T G W K G G K A
M31 T T G G T A T G G A G G
M32 T C A G C A T T A A T A
M33 Y Y R K Y R A G R R K R
M34 C Y A T T G W K R A K R
M35 C Y A T T G W K R A K R
M36 Y C R G T G W K G N/A K A
M37 T T R K C A W K G A G G
M38 Y Y R T C G W K R R K R
M39 Y T R T C R W K R R K R
M40 C Y G T Y A W G A R G G
M41 Y Y R T C G W K R R K R
M42 Y C R K Y R W K A R K R
M43 C T G T C R A G R A K G
M44 Y Y R K Y R W K G R K A
M45 Y Y A K Y R A G G R K R
M46 C Y A T C A T T A A T A
M47 C T G T Y R A G A A K G
M48 T Y A T Y A T G G A G G
M49 C C A K C G A T G R T A
M50 T C A G T G T T A G T A
M51 T T G T C G T T A G T G
M52 Y Y R K Y A A K R R T A
M53 C T A T T G T T A A T A
M54 C Y A K C G A T G R T A
M55 T T G G T G A G A G G G
M56 C C A T C G T T A A T A
M57 T C A G C AY T T A A T A
M58 Y Y A K Y G W K R R T A
M59 T C R G C A A K A R K A
M60 Y Y R K Y R A G R R K R
M61 C Y A K C G A T R R T A
M62 Y Y G K Y R A G R R K G
M63 Y Y A K Y G A K R R T A
M64 C T R T C R T K G A T R
M65 Y Y A G C R A T R G T A
M66 C C R T T R W G A R T R
M67 C Y R T C R T G R R G G
M68 C C A G T G A G G G G G
M69 Y Y R K Y R A G R A K R
M70 C Y R T Y G A G R A K G
M71 Y Y R K Y R A G R R K R
M72 Y C A K Y A W K R G T R
M73 T C G T C A T T A A G G
M74 Y Y R K Y R W K G R K A
M75 C T R T Y R W G G R G G
M76 T T G G T A W T G A T G
M77 Y C R G C G A K G G T A
M78 Y C A K Y A W K R G T R
M79 C Y R T Y A W G A R K R
M80 Y C A K Y G W K R A T R
M81 C C A T Y R A K R A K R
M82 Y Y R K Y R A G R R K R
M83 T T G T T A T G G R G A
M84 T Y R T C A T G G R G G
M85 Y Y R K Y R A G R R K R
M86 C T A K Y R A K G A K G
M87 T C R G T G W T G G K A
M88 C C A K C G W K R G K R
M89 C Y A K Y R W K R R T R
M90 C Y R T Y A W G A R K R
M91 Y Y R K C R W K A R T R
M92 Y Y R K Y R A G R R K R
M93 T Y G T T A A K G A G R
M94 C Y A T C A T T A A T A
M95 T C A G C A W K G R K A
M96 T C A G C G W K R A T R
품종 M1_1296246 M1_30481228 M1_4104877 M1_8896747 M10_18384386 M11_18095430 M12_15922782 M12_22620200 M12_9676532 M2_1591748 M3_2792358 M3_86815
A/G T/G G/A G/A A/T A/C G/A A/C A/G G/T T/C C/T
M01 G T G R W M G A G G T C
M02 R K R G A M A M A K Y C
M03 R K R G T C A M A K C C
M04 R K R R A M R A A K T T
M05 R T G A T M R A A T Y T
M06 R K R R T M R C A G C C
M08 R K R G W C A M G G Y Y
M09 R G R R W M R M R G C T
M10 R G R A T A R M R G T Y
M11 R G R R A M R A R K Y Y
M12 R G R R T M R C A G Y C
M13 G T G A W C R A A K T T
M14 G G G A T C A M G K C T
M15 R G R G T A A A A T Y Y
M16 G T R R W M R M R K T Y
M17 G T R G W C G C G K T C
M18 R K R R W M G M G G Y Y
M19 G K R R W M A M R K Y C
M20 R T G R T M R A A T T T
M21 R K R R A M R M R K Y C
M22 R K R R W M G M G G Y Y
M23 R G R A T M A M R K C C
M24 R K R R W M R A A G Y T
M25 R K R R W M G M G G Y Y
M26 R K G R W M R M R G Y C
M27 R K R R W C A A A G Y Y
M28 R G R R W A A A A G Y Y
M29 R K R R A M R M R K Y Y
M30 R K R R A M R M R K Y Y
M31 G T G A A A G A A G T T
M32 R G R R T M R C A G C C
M33 R K R R W M G M G G Y Y
M34 G T R R A A R A R G Y C
M35 G T R R A A R A R G Y C
M36 R K R R A M R M R K Y Y
M37 G K G A N/A A R C R T T T
M38 R K R G T C R M R K Y Y
M39 R T R R T M R M R K Y Y
M40 G T R A W C R M R K T Y
M41 R K R G T C R M R K Y Y
M42 R K R A W C G M G G Y Y
M43 G T R R T C G C G K Y Y
M44 R G R R W M R A A G Y T
M45 R T R R W M G M G G Y Y
M46 R K R R T M R C A G C C
M47 G T R G W C G M G K Y Y
M48 R K G A W A G C A G T T
M49 G G G A T C A M G T C T
M50 R G A G A C A A A G C C
M51 R T G A T C G A A T T T
M52 R G R R W C R M G K C T
M53 G G G A A C A A A T T T
M54 G G G A T C A M G K C T
M55 R T G A A A A C A G T T
M56 R T G A T A G C A G C C
M57 R G A G T C G C A G C C
M58 R G R R W C A A R G C Y
M59 R K A G T M R M R G Y Y
M60 R K R R W M G M G G Y Y
M61 G G G A T C A M G T C T
M62 R K A R W M A C R K Y C
M63 R K A G W M R M G K C Y
M64 G T A R T A A A R T Y C
M65 R K R A T M R A G K Y C
M66 G K A G A M A M R G C T
M67 G K A G T M R M G G T C
M68 R G A G A M A C G T C T
M69 R K R R W A R M R G Y C
M70 G T A G W A G A G K Y Y
M71 R K R R W M G M G G Y Y
M72 R G R R W M G M A G Y T
M73 R T G A T M A A A G T T
M74 R G R R W C R A A G Y T
M75 G K R A W M R A G G T C
M76 G K G A A M G A A G C Y
M77 R G A A T A A M R K C C
M78 R G R R W M G M G G Y T
M79 G K A G W M R C R K Y T
M80 R T A G W C R M R G C C
M81 G K R R W M R M R G Y C
M82 R K R R W A G M G G Y Y
M83 G T R A A M R A A K T T
M84 R T G A T A R A A G T T
M85 R K R R W M G M G G Y Y
M86 G T G A W A R A G G Y C
M87 R G R R A M G A G K Y Y
M88 G G R R T M R M G K T C
M89 G K R R W A R M G K Y Y
M90 G K A G W C R M R K Y Y
M91 R K A R T C G A G K C T
M92 R K R R W M G M G G Y Y
M93 R T R R A M R C A K T T
M94 R K R R T M R C A G C C
M95 R K G A T C R M R K Y Y
M96 R G A G T C A M A G C C
품종 M1_1462130 M1_30584172 M1_4325219 M1_9274229 M10_19109584 M11_27693096 M12_17012579 M12_22620201 M12_9676722 M2_22107827 M3_28982354 M4_10188263
G/T T/C G/A T/C A/G A/G A/G C/A G/A T/A G/A T/G
M01 G T G Y R R A M G T R K
M02 T Y R T A R G C A T R T
M03 T Y R T G R G C A T G T
M04 K Y R Y A R R M A T R G
M05 G Y G C G A G M A W A K
M06 K C R Y G R G C A T G K
M08 K Y A T R A R C G W A T
M09 T C A T R A R C R W R T
M10 K C G C G A R C G T A K
M11 T Y R Y A G R M R W A G
M12 K C R Y G A G C A W R G
M13 T Y G Y G R G M A W R T
M14 K C G C G R G C G A G G
M15 T C A T G G G N/A A W G G
M16 G T R Y A R A C R W A T
M17 G T A T R A A C G W A T
M18 K Y R Y R R A C G W R K
M19 G Y R Y A R R C R W R K
M20 T C R Y G R G A A A R T
M21 K Y R Y A A R C R T R K
M22 K Y R Y R R A C G W R K
M23 T C A C G G G C R W G T
M24 T Y G C R G R N/A A W R K
M25 K Y R Y R R A C G W R K
M26 K Y G Y R R R C R T R K
M27 K Y R T R R G A A T G T
M28 T C R T R G G M A T G T
M29 K Y R Y A G A C R W A G
M30 K Y R Y A G A C R W A G
M31 T T G C G A G M A A A T
M32 T C R Y G R G C A T G T
M33 K Y R Y R R A C G W R K
M34 K T R Y A G R A R W G K
M35 K T R Y A G R A R W G K
M36 K Y R Y A G A C R W A G
M37 T C G Y G R G C R A A T
M38 K Y A T R A A C R W R K
M39 K T R Y R A A C R W R K
M40 G T G C A R A C R A R K
M41 K Y A T R A A C R W R K
M42 K Y R Y R R A C N/A W A T
M43 G T R Y R A A C G A A G
M44 T C G C R G R A A W R K
M45 K T R Y R G A C G W R K
M46 K C R Y G R G C A T G K
M47 G T A T R R A C G A A K
M48 T C G T R G G C A A R T
M49 K C G C G R G C G A G G
M50 T C A T A G G A A T G T
M51 G C G T G G G A G A A G
M52 K C R Y R A R C G W G K
M53 G C G C A A G A A A G G
M54 K C G C G R G C G A G G
M55 G T G C A A G C A T A T
M56 T T G C G A G C A T G G
M57 T C A T G A G C A T G T
M58 K C R N/A R R G A R T G G
M59 T Y A T G A R C R T R T
M60 K Y R Y R R A C G W R K
M61 K C G C G R G C G A G G
M62 K Y R Y A R R C R W R K
M63 K Y A T R A R C G W R K
M64 G T A Y R A R A R W G G
M65 T Y R Y G A R A G W G G
M66 G Y A T A R G C R T R K
M67 G Y A T R R A C G W A T
M68 T C G C A G G C G A A G
M69 K Y R N/A R R R C R W R K
M70 G T A T R G A A G A R G
M71 K Y R N/A R R A C G W R K
M72 K Y G Y R A R C A W R K
M73 G C G T G A G A A A A G
M74 T C G C R G R A A W R K
M75 G T G C A G A A G A R K
M76 T T G C A A G A A A A T
M77 T C A C G G G C R W G T
M78 K Y G Y R A R C A W R K
M79 G Y A T A A R C R W R T
M80 K T A T R G R C R T G K
M81 G Y R C R G R C R T R K
M82 K Y R C R R A C G W R K
M83 K T G C R G G A R A R T
M84 T C G T G A R A A A A T
M85 K Y R C R R A C G W R K
M86 K T G C R R R A G W G K
M87 T Y R Y A G G A G W A G
M88 K C R C G A R C G W R K
M89 K Y R C R R R C G W G K
M90 G Y A T A A R C R W R T
M91 K Y A T G R A A G W A K
M92 K Y R C R R A C G W R K
M93 K T G T A R G C A W R K
M94 K C R C G R G C A T G T
M95 T Y G C G R R C R T R K
M96 T C A T R G G C A T R T
품종 M1_14858123 M1_31094861 M1_6614453 M1_975872 M10_19172671 M11_3581140 M12_18942955 M12_22647941 M12_9699659 M2_25707021 M3_28997081 M4_1414734
A/G C/T A/T A/G T/C C/G G/A G/C G/C C/T C/G T/C
M01 R C W R T C G S G C S T
M02 A Y A A T S A G C Y S Y
M03 A Y A A Y C A S C C C Y
M04 R T W A T S R S C Y S Y
M05 G T T R C S R S C C G C
M06 A T W R T C R C C C C T
M08 A Y A R C G R G G Y G Y
M09 R T A A Y S A G S Y S T
M10 R T W A N/A S G S G Y G Y
M11 R Y W A T C G C S T G Y
M12 R Y W R T S R C C C S Y
M13 G T W R T C G C C T S C
M14 R Y T G C S A G G Y C C
M15 A Y A A T S A C C C C T
M16 R C W G Y G R G S T G Y
M17 A C A G T G A G G C G Y
M18 R Y W R N/A G A G G Y S Y
M19 R Y W R Y G R G S Y S T
M20 R T A A Y S G C C Y S C
M21 R Y W R T S R G S T S Y
M22 R Y W R Y G A G G Y S Y
M23 R C A A T G A S S C C T
M24 G T A R Y C G S C T S C
M25 R Y W R Y G A G G Y S Y
M26 A Y T R C C A S S Y S T
M27 A Y A G Y S A C C C C Y
M28 A T A A T S A C C Y C T
M29 R Y W R N/A C G S S T G Y
M30 R Y W R T C G S S T G Y
M31 G T A G Y C G C C T G C
M32 A T W A N/A C R C C C C T
M33 R Y W R Y G A G G Y S Y
M34 R C W G N/A G A S S Y C Y
M35 R C W G N/A G A S S Y G Y
M36 A Y W R Y C G S S T G Y
M37 R T T G Y G R G S C S C
M38 A Y A G C G R S S C S Y
M39 R C W G Y G R S S Y S Y
M40 R C T G N/A G R G S Y S Y
M41 A Y A G Y G R S S C G Y
M42 R T W R T N/A A S G Y G T
M43 A C W G N/A G A G G T S T
M44 G T A R Y C G S C T S C
M45 R Y W R Y S A G G Y C Y
M46 A T W R C C R C C C G T
M47 A C A G Y G A G G Y S Y
M48 R T T G C C G G C Y C C
M49 A Y T G N/A S A G G Y C C
M50 A T A A N/A C A C C C C C
M51 G T T A N/A G G C G T G C
M52 R Y W R N/A S A S G C C T
M53 G C T G N/A C A G C T C T
M54 R Y T G N/A S A G G Y C Y
M55 A C T G N/A G A G C T G C
M56 A C T G N/A G G C C C C T
M57 A T A A N/A C G C C C C C
M58 R Y W R N/A C A G S Y C Y
M59 A Y A A N/A G A S S C S T
M60 R Y W R N/A G A G G Y S Y
M61 R Y T G N/A S A G G Y C C
M62 R Y W R N/A G R G S Y S Y
M63 A C A R N/A G A S G Y S Y
M64 R C A G N/A S R S S Y C Y
M65 R C W A N/A S A C G C C T
M66 A Y A G N/A S A G S Y S T
M67 A Y A G N/A G R G G Y G Y
M68 G C A A N/A C A G G C G C
M69 R Y W R N/A G A G S Y S Y
M70 A C A G N/A S A G G Y S T
M71 R Y W R N/A G A G G Y S Y
M72 A T A G N/A C G S C Y S C
M73 G T T G N/A C A C C Y G C
M74 G T A R N/A C G S C T S C
M75 R C T G N/A G R G G T S C
M76 G T A G N/A C G C C Y G C
M77 R C A A N/A G A S S C C T
M78 A T A G N/A C G S C Y S C
M79 A Y A G N/A G A G S C S Y
M80 A C A R N/A S R S S C C T
M81 A Y W G N/A S A S S C S Y
M82 R Y W R N/A G A G G Y S Y
M83 G T A G N/A C R C S T S C
M84 G T T R N/A C R G C Y G C
M85 R Y W R N/A G A G G Y S Y
M86 G C T R N/A G A S G Y C Y
M87 R Y W A N/A C G C G T G Y
M88 R Y W R N/A S A S G C S T
M89 R C W R N/A S A S G C C T
M90 A Y A G N/A G A G S Y S Y
M91 R Y A R N/A G A S G Y G Y
M92 R Y W R N/A G A G G Y S Y
M93 R T A A N/A C G S C C S C
M94 A T W R N/A C R C C C C T
M95 R Y T A N/A S R S S C S Y
M96 R T A A N/A G A S C Y S Y
품종 M1_14897464 M1_31143403 M1_7977218 M10_1291758 M10_19174142 M12_11236131 M12_19163631 M12_22820505 M12_9699917 M2_3245603 M3_3417026 M4_15809728
A/G G/T C/T A/G C/T C/G C/A C/T C/T A/G C/T G/A
M01 R G Y A Y C C C T R C G
M02 G K Y G Y G A Y C A Y G
M03 G K Y A T G A Y C G T G
M04 R T Y R Y S M C C G C G
M05 R T Y R T S M Y C R Y G
M06 G T Y A T S M C C G T G
M08 G K C A Y S M T T R Y G
M09 R T C R Y S A Y Y G T G
M10 R T T R T S C C Y R C G
M11 R K Y R Y C C Y Y G Y G
M12 R K Y R T S M C C R Y G
M13 R K T N/A T C C Y C A C G
M14 R G T G T C A Y T R T G
M15 G K C G T G A C C G T G
M16 R G Y R Y S M T Y R C G
M17 G G C R Y G A T T R C G
M18 R K Y R Y S A T T R Y G
M19 R K Y G Y S M T Y R Y G
M20 R T T R T S C T C A Y G
M21 R K Y G Y S M Y Y R Y G
M22 R K Y R Y S A T T R Y G
M23 R K T R T S A Y Y R T G
M24 R T Y G Y S M Y C A Y G
M25 R K Y R Y S A T T R Y G
M26 G K Y R Y S A Y Y R Y G
M27 G K C R Y G A C C R Y G
M28 G T Y A Y G A C C R Y G
M29 R K Y G Y C C T Y G Y G
M30 R K Y G Y C C T Y G Y G
M31 R G T G T N/A C T C A C G
M32 G T Y A T S M C C G T G
M33 R K Y R Y S A T T R Y G
M34 R G Y G Y S A Y Y G Y G
M35 R G Y G Y S A Y Y G Y G
M36 G K Y G Y C C T Y G Y G
M37 R K C G T N/A N/A N/A N/A N/A T N/A
M38 G K C A Y S M Y Y R Y G
M39 R G Y A Y S M Y Y R Y G
M40 R G T R Y G M T Y G C G
M41 G K C A Y S M Y Y R Y G
M42 R T Y A Y S A Y T R Y G
M43 G G Y R Y G A T T R Y G
M44 R K Y G Y S M Y C A Y G
M45 R K Y R Y C A T T R Y G
M46 G T Y A T S M C C G T G
M47 G G C R Y G A T T R C G
M48 R K C G Y C C C C A C G
M49 G G T R T C A Y T G T G
M50 G T C G Y G A C C G T G
M51 R T T G T C C C C A C G
M52 R K Y R Y S A Y T A T G
M53 R G T G Y G A C C G C G
M54 R G T G T C A Y T R T G
M55 G G T A Y G A T C G C G
M56 G G T A T C C C C G T G
M57 G T C A T C C C C G T G
M58 R K Y R Y S A C Y R T G
M59 G K C A T G A Y Y R Y G
M60 R K Y R Y S A T T R Y G
M61 R G T G T C A Y T R T G
M62 R K Y R Y S M T Y R Y G
M63 G G C R Y S A Y T G T G
M64 R G Y G Y C M Y Y A Y G
M65 R G Y A T C A C T R Y G
M66 G K C R Y G A Y Y R T G
M67 G K C A Y S M T T R C G
M68 R G C G Y G A C T G C G
M69 R K Y R Y S A T Y R Y G
M70 G G C G Y S A T T A Y G
M71 R K Y R Y S A T T R Y G
M72 R T T A Y G C C C G T G
M73 R T C G T G A T C G C G
M74 R K Y G Y S M Y C A Y G
M75 R G T R Y C M T T G C G
M76 R G T G Y C C Y C A T G
M77 R K T R T S A Y Y R T G
M78 R T T A Y G C C C G T G
M79 G K C R Y G A Y Y R Y G
M80 G G C R Y S M Y Y R T G
M81 G K Y R Y S A Y Y R Y G
M82 R K Y R Y S A T T R Y G
M83 R G T G Y S M T C A C G
M84 R T C G T S A C C R C G
M85 R K Y R Y S A T T R Y G
M86 R G T R Y C A Y T G Y G
M87 R K Y R Y C C Y T G Y G
M88 R K Y A T S A Y T R C G
M89 R G Y R Y S A Y T G Y G
M90 G K C R Y G A Y Y R Y G
M91 R K C R T S A Y T A T G
M92 R K Y R Y S A T T R Y G
M93 R T T G Y N/A M Y C A C G
M94 G T Y A T S M C C G T G
M95 R K T A T C M Y Y R Y G
M96 R T C A Y G A Y C A T G
품종 M1_1978773 M1_31442835 M1_8036666 M10_1537667 M10_19372215 M12_11374398 M12_20876389 M12_22906257 M12_9700013 M3_2128779 M3_5526710 M4_17312594
G/T A/G A/T A/G G/A T/C A/G C/T A/C A/T C/G C/G
M01 K R W A R T R C A A S G
M02 K R W G G C A Y C W S S
M03 K G W A A C R Y C T S G
M04 G R W R G Y R C C W G C
M05 K R W R R Y R Y C W C C
M06 K R W A A Y G C C T S G
M08 G R A A R Y A T A W C S
M09 G G A R R Y A Y M W S S
M10 K G T R R Y G C A A S S
M11 G G W R G T G Y M W S C
M12 K R W A A Y G C C W C C
M13 K R T G A T G T C W C G
M14 G A T G A T G Y A T S S
M15 G G A R A C A C C W S S
M16 G A W R G Y A T M W S S
M17 K A A R G C A T A W S C
M18 K R W R R Y R T A W C S
M19 K R W G G Y A T M T S S
M20 K R T R A Y G T C A C S
M21 K R W G G Y R Y M W S S
M22 K R W R R Y A T A W C S
M23 G G T R A Y R Y M T G G
M24 K R T G R Y R Y C T C S
M25 K R W R R Y A T A W C S
M26 K G W R R Y R Y M W G S
M27 K A A A G C A C C W C C
M28 G G W A R C A C C W S G
M29 K G W G G T G T M W S C
M30 K G W G G T G T M W S C
M31 K A T G A T G T C T C G
M32 G G W A A Y G C C T C G
M33 K R W R R Y A T A W C S
M34 K R W R G Y A Y M W C S
M35 K R W R G Y A Y M W C S
M36 K N/A W G N/A T G T M W S N/A
M37 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A S N/A
M38 K R A R R Y A Y M W S S
M39 K A W R R Y A Y M W S S
M40 G A T R G C A T M W S S
M41 K R A R R Y A Y M W S S
M42 K G W N/A R Y A Y A A N/A S
M43 K A W R R C A T A W S S
M44 K G T G R Y R Y C T C S
M45 K R W R R T A T A W C S
M46 K R W A A Y G C C T S G
M47 K A A R R C A T A W S S
M48 K G A G G T G C C A C S
M49 G R T R A T G Y A T S S
M50 G G A G G C A C C T C G
M51 K R T G A T A T C A C G
M52 K A W R R Y R Y A T S S
M53 G A T G G C G C C A G G
M54 G A T G A T G Y A T S S
M55 K G T A G C G T C T G C
M56 K G T A A T G C C T C G
M57 G R A A A T G C C T G G
M58 G G W R R Y R C M T S G
M59 G R A A A C A Y M W S G
M60 K A W R R Y A T A W C S
M61 G R T G A T G Y A T S S
M62 G R W R G Y A T M T S S
M63 K G A R R Y R Y A T S S
M64 G R W G R T R Y M W S G
M65 G G W A A T R C A A S S
M66 K R A R G C A Y M T S G
M67 G G A A R Y A T A A C S
M68 G R T G G T G C A A G C
M69 K R W R R Y A T M W C S
M70 K R A G R Y A T A T S S
M71 K R W R R Y A T A W C S
M72 K A T A G Y R Y C A C S
M73 K G A G G C G Y C T C C
M74 K A T G R Y R Y C T C S
M75 K A T R G T A T A A C S
M76 G G T G G T G T C T C C
M77 G R T R A Y R Y M T G G
M78 K R T A G Y R Y C A C S
M79 K G A R G C A Y M T G G
M80 K G A R R Y R Y M T S G
M81 K R W R R Y R Y M W S S
M82 K R W R R Y A T A W C S
M83 K A T G R Y G T M T C S
M84 K G A G R Y A C C W S S
M85 K R W R R Y A T A W C S
M86 K R T R R T R Y A A C S
M87 G G W R G T G Y A W S C
M88 G G W A A Y R Y A A S G
M89 G R W R R Y R Y A W G S
M90 K R A R G C A Y M T G G
M91 K R A R A Y A Y A W S G
M92 K R W R R Y A T A W C S
M93 K R T G G Y A Y C W C S
M94 K R W A A Y G C C T S G
M95 G G T A R T R Y M W S S
M96 G R A A R C R Y C T C S
품종 M1_2112637 M1_31869094 M1_8793338 M10_1537793 M10_21781267 M12_11422892 M12_21687813 M12_23157448 M2_15448280 M3_23854097 M3_5568974 M4_18961613
C/T G/T A/G A/G T/G G/C T/A C/T T/A A/G A/T C/T
M01 C G R A K G W T W R A Y
M02 C K A G T C W Y W R W Y
M03 C G A A T C A Y T R W Y
M04 C K R R T C W T T A A Y
M05 C K G R K G W T W R T Y
M06 Y K R A G S W T A R W Y
M08 C K A A K C T Y W R W Y
M09 C K R R K C T T A R W C
M10 Y K G R G C W T W A W Y
M11 C G R R T S W T T R W Y
M12 C G R A G C T T W R W C
M13 Y K G G G G W T A G T Y
M14 C K G G G N/A A Y W A W C
M15 C K A R G C A T W A W C
M16 C T R R N/A G T Y W A A Y
M17 C T A R T C T C W A A C
M18 C K R R K C W Y W R W Y
M19 C K R G T C T C W A W C
M20 T K R R K C A T A R T Y
M21 C K R G T C W Y T R W Y
M22 C K R R K C T Y W R W Y
M23 C G G R G C W Y T R A Y
M24 C N/A R G N/A G N/A Y W R T Y
M25 C K R R K C W Y W R W Y
M26 C K R R K S W Y A A A Y
M27 C K R A T S A T W N/A T C
M28 C K R A K C A T W N/A W Y
M29 C K R G T G T Y T R W Y
M30 C K R G T G T Y T R W Y
M31 C T G G G G T T A G T Y
M32 C G R A G C T T A R T Y
M33 C K R R K C W Y W R W Y
M34 C K R R K C W T A R W Y
M35 C K R R K C W T A R W Y
M36 C K R G N/A G N/A Y T R W Y
M37 N/A N/A N/A N/A N/A S N/A N/A W N/A N/A T
M38 C K A R K C W Y W N/A A Y
M39 C T R R K C W Y W R A Y
M40 C T G R K C T Y W A A Y
M41 C K A R K C W Y W N/A A Y
M42 C T G A G G W Y W R W Y
M43 Y T R R K C T C A A A Y
M44 C K R G K C A Y W R T Y
M45 C T R R K S T Y W R W Y
M46 Y K R A G C W T A R W Y
M47 Y T A R T C T Y A A A Y
M48 T K G G G S A T A G T Y
M49 C T G R K S A Y W A W Y
M50 C G A G T S A T T N/A T Y
M51 T T G G G N/A T T A G T Y
M52 C K R R K C A Y W R W Y
M53 C G G G T C A T A A A C
M54 C K G G G N/A A Y W A W C
M55 T T G A T N/A T C T A A C
M56 T G G A G S T T A N/A T C
M57 C G A A G S T T A A A Y
M58 C G R R K C W T W A W Y
M59 C G A A G C W Y W N/A W Y
M60 C K R R K C T Y W R W Y
M61 C K G G G S A Y W A W C
M62 C K R R T G T C W A W C
M63 C T A R K S W Y W R W C
M64 C T R G K S T T A R W C
M65 C K G A G S A T T R W C
M66 T G A R K C T Y W R W Y
M67 C T A A K C T Y W A A Y
M68 C G A G T G A C A A A C
M69 C K R R K N/A W Y A R W C
M70 T K A G T S T T A A W Y
M71 C K R R K C W Y W R W Y
M72 C G R A K C T T W R W Y
M73 T G G G G C T T A G T Y
M74 C K R G K S A Y W R T Y
M75 C T G R T G T T W A A Y
M76 Y T G G G C W T A A T Y
M77 C G G R G G W Y T R A Y
M78 C G R A K C T T W R W Y
M79 T K A R K G T Y W R A Y
M80 C G A R K N/A W Y A R W Y
M81 T K R R K S W Y A R W C
M82 C K R R K G T Y W R W Y
M83 T K G G K G W T W R T Y
M84 T T G G G N/A W Y W R W Y
M85 C K R R K C T Y W R W Y
M86 C T G R K S T T A R A Y
M87 C G R R K S W T T A W Y
M88 C K R A G S W Y T R A Y
M89 C K R R G S W Y W G A C
M90 T K A R K S T Y W R A Y
M91 C T R R K S W T W R W Y
M92 C K R R K C T Y W R W Y
M93 T G R G K S W Y A A T Y
M94 T K R A G C W T A R W Y
M95 C G G A G S W Y W R W Y
M96 C G A A K S W Y A G T C
품종 M4_19926645 M5_16410353 M5_26101426 M6_3279691 M6_6063081 M6_8915637 M7_16499219 M8_1851494 M8_336300 M8_792406 M9_22382080 M9_5512552
C/T C/A A/G T/A G/T A/T A/C T/C G/C A/T T/A A/G
M01 N/A M R T K W A Y S W T R
M02 N/A A G W G N/A M Y C T T N/A
M03 N/A M G A K T C Y C T W A
M04 N/A C R W K T A T S W N/A A
M05 N/A M G A K W A T C T T A
M06 N/A M G W G T M Y S W T A
M08 N/A M A T T T M Y S W T R
M09 N/A C G T G T M T S W T R
M10 N/A M R W K T M Y S W T G
M11 N/A A R W K A M Y S W T R
M12 N/A M G W G W C Y G A T A
M13 N/A C R A T T A T C T T G
M14 N/A M A A T A M Y G W N/A G
M15 N/A A R T K W M C S A A G
M16 N/A M A T K T C C G A T N/A
M17 N/A M A W K T C T G A T G
M18 N/A M A W K W M Y S W T R
M19 N/A C A W T T M C G A T R
M20 N/A M R A T A A T S W T G
M21 N/A A G W G W A Y S W T R
M22 N/A M A W K W M Y S W T R
M23 N/A A A W T A C Y S A T R
M24 N/A M R W K W M T S W T R
M25 N/A M A W K W M Y S W T R
M26 N/A A R W G W C T S W T A
M27 N/A M G A T W A T S W A R
M28 N/A M G A K T M Y C T A G
M29 N/A A G W K A M Y S W T R
M30 N/A A G W K A M Y S W T R
M31 N/A C G A T T A T C T T G
M32 N/A A G A K A C C C T W A
M33 N/A M A W K W M Y S W T R
M34 N/A M R W G W C Y S W T R
M35 N/A M R W G W C Y S W T R
M36 N/A A G W K A M Y S W T R
M37 N/A M R A T T A T C T T R
M38 N/A C A W G W A Y S W W R
M39 N/A M A W K W A C G A T R
M40 N/A M A T K W C Y G A T G
M41 N/A C A W G W A Y S W A N/A
M42 N/A M R T K T M T S N/A T R
M43 N/A M A T K W M C G A W R
M44 N/A M R W K W A T S W T R
M45 N/A M A W K W C C S A T R
M46 N/A M G W G T M Y S W T A
M47 N/A A A T K W M Y G A T R
M48 N/A C R W K A A T C T T R
M49 N/A M A A T W M Y G W A N/A
M50 N/A A G A T A A T C T A G
M51 N/A C G A T T A T C T T G
M52 N/A M A T T T M Y S W W R
M53 N/A C A T G T C C G A T G
M54 N/A M A A T A M Y G W N/A G
M55 N/A A G T G A A T G A A G
M56 N/A A G T G T C C G A T A
M57 N/A A G A G A C C C T A A
M58 N/A M R T K A C Y G A T R
M59 N/A C R A K T M T C T A A
M60 N/A M A T K W M Y S W T N/A
M61 N/A M A T T W M Y G W W G
M62 N/A C A T K T M C G A T G
M63 N/A M R W K A M Y G A A G
M64 N/A M G T G T C C G A T N/A
M65 N/A M R T G T M Y S W T R
M66 N/A C R T K T M Y C T T R
M67 N/A M R T K T C C G A T R
M68 N/A C A T G A A T G A T A
M69 N/A M R W K W M Y S W T R
M70 N/A M A T G A M C G A T R
M71 N/A M A T K W M Y S W T R
M72 N/A C R A T W A T C T A R
M73 N/A C G A T T A T C T A G
M74 N/A M R W K W A T S W T R
M75 N/A M A T K W C C G A T G
M76 N/A A G A T T A T C T N/A N/A
M77 N/A A A W T A C Y S A T R
M78 N/A C R A T W A T C T W R
M79 N/A C R W G W M C C T T N/A
M80 N/A C R T T W M C G A T R
M81 N/A M R W K W C T S W T R
M82 N/A M A W K W M Y S W T R
M83 N/A C R A T W A T C T T N/A
M84 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A
M85 N/A M A W K W M Y S W T R
M86 N/A A A T K A C C G A T G
M87 N/A A G W K A M Y S W T R
M88 N/A M G T G T C C G A T R
M89 N/A M R T K W C C S W T R
M90 N/A C R T G W C C C T T R
M91 N/A M R T G W A Y S W T A
M92 N/A M A T K W M Y S W T R
M93 N/A C R W T W A T C T T N/A
M94 N/A M G T G T M Y S W T A
M95 N/A C R W T W M Y G A A N/A
M96 N/A M R A G A M Y S W T N/A
품종 M4_19965023 M5_16439188 M5_2952159 M6_3283619 M6_6491771 M6_906984 M7_16582421 M8_2037236 M8_336420 M8_801642 M9_22945752 M9_5717976
T/G G/C G/A T/C T/C T/C G/A G/T G/A A/G A/G C/T
M01 T S R T Y T N/A K N/A R R N/A
M02 K G G Y T C N/A G N/A G A N/A
M03 T S A C Y C N/A G N/A G R N/A
M04 K C R Y Y T N/A K N/A R R N/A
M05 G S R C Y Y N/A G N/A G R N/A
M06 T S G Y T Y N/A G N/A R A N/A
M08 K S R Y C Y N/A K N/A R R N/A
M09 K C R T T T N/A G N/A R A N/A
M10 G S G Y Y T N/A K N/A R R N/A
M11 K G G Y Y T N/A K N/A R R N/A
M12 K S R Y T Y N/A G N/A A R N/A
M13 G C G C C C N/A G N/A G G N/A
M14 K S A C Y Y N/A K N/A R R N/A
M15 K G A T Y C N/A T N/A A A N/A
M16 K S A T Y Y N/A T N/A A R N/A
M17 K S A Y Y C N/A G N/A A R N/A
M18 K S R Y Y Y N/A K N/A R R N/A
M19 K C R Y C Y N/A T N/A A R N/A
M20 G S R C C T N/A T N/A R G N/A
M21 K G R Y T Y N/A G N/A R A N/A
M22 K S R Y Y Y N/A K N/A R R N/A
M23 T G A Y C C N/A K N/A A R N/A
M24 K S R Y Y T N/A K N/A R R N/A
M25 K S R Y Y Y N/A K N/A R R N/A
M26 K G R Y T C N/A G N/A R A N/A
M27 K S A C C Y N/A G N/A R R N/A
M28 T S G C Y C N/A G N/A G G N/A
M29 K G G Y Y T N/A K N/A R R N/A
M30 K G G Y Y T N/A K N/A R R N/A
M31 G C G C C C N/A G N/A G A N/A
M32 T G G C Y C N/A K N/A G G N/A
M33 K S R Y Y Y N/A K N/A R R N/A
M34 K S A Y T Y N/A K N/A R R N/A
M35 K S A Y T Y N/A K N/A R R N/A
M36 K G G Y Y T N/A K N/A R R N/A
M37 G S R C C C N/A K N/A G G N/A
M38 K C R Y T C N/A K N/A R R N/A
M39 K S R Y Y C N/A T N/A A A N/A
M40 K S A T Y Y N/A K N/A A R N/A
M41 K C R Y T C N/A K N/A R R N/A
M42 K S A T Y C N/A G N/A G A N/A
M43 K S A T Y T N/A T N/A A G N/A
M44 K S R Y Y Y N/A K N/A R R N/A
M45 K S R Y Y Y N/A T N/A A A N/A
M46 T S G Y T Y N/A G N/A R A N/A
M47 K G A T Y C N/A K N/A A R N/A
M48 G C R Y Y Y N/A G N/A G G N/A
M49 K S A C C Y N/A K N/A R R N/A
M50 T G A C C C N/A G N/A G A N/A
M51 G C G C C C N/A G N/A G G N/A
M52 K S R Y Y Y N/A K N/A R R N/A
M53 T C A T T T N/A T N/A A A N/A
M54 K S A C Y Y N/A K N/A R R N/A
M55 G G A T T T N/A G N/A A A N/A
M56 N/A G A T T T N/A T N/A A G N/A
M57 T G G C T C N/A G N/A G G N/A
M58 T S R Y T Y N/A K N/A A R N/A
M59 N/A C G C Y C N/A G N/A G G N/A
M60 N/A S R N/A Y Y N/A G N/A N/A R N/A
M61 K S A Y Y Y N/A K N/A R R N/A
M62 N/A C R Y Y Y N/A T N/A A R N/A
M63 G S R Y Y Y N/A K N/A A R N/A
M64 N/A S A T Y Y N/A T N/A A G N/A
M65 K S A T Y Y N/A T N/A R R N/A
M66 N/A C G T Y Y N/A K N/A G R N/A
M67 K S A T Y Y N/A T N/A A A N/A
M68 T G G T T C N/A T N/A A A N/A
M69 K S A Y Y Y N/A K N/A R A N/A
M70 K S A T T C N/A T N/A A G N/A
M71 N/A S R Y Y Y N/A K N/A N/A R N/A
M72 N/A C R C C T N/A G N/A N/A G N/A
M73 G C A C C T N/A T N/A G G N/A
M74 N/A S R Y Y C N/A K N/A N/A R N/A
M75 K S A T Y T N/A T N/A A A N/A
M76 N/A G G N/A C T N/A G N/A N/A A N/A
M77 T G A Y C Y N/A K N/A A R N/A
M78 G C R C C T N/A G N/A G G N/A
M79 T C R Y T Y N/A T N/A G R N/A
M80 T C A Y C C N/A T N/A A R N/A
M81 K S A Y T Y N/A G N/A R R N/A
M82 K S R Y Y Y N/A K N/A R R N/A
M83 G C R C C T N/A G N/A G R N/A
M84 N/A N/A A N/A N/A N/A N/A N/A N/A N/A R N/A
M85 K S R Y Y Y N/A K N/A R R N/A
M86 K G R Y Y T N/A T N/A A R N/A
M87 K G G Y Y T N/A K N/A R R N/A
M88 T S A T Y Y N/A T N/A A R N/A
M89 K S R T C Y N/A T N/A R R N/A
M90 T C R Y T Y N/A T N/A G R N/A
M91 T S A T T C N/A K N/A R R N/A
M92 K S R Y Y Y N/A K N/A R R N/A
M93 G C R Y C T N/A K N/A G R N/A
M94 T S G Y T Y N/A G N/A R A N/A
M95 T C R Y C Y N/A K N/A A G N/A
M96 T S R C T C N/A K N/A R A N/A
품종 M4_25512401 M5_21883219 M5_2952186 M6_33398394 M6_6491793 M6_908493 M7_16598912 M8_2104452 M8_503453 M9_1788425 M9_23765882 M9_5718064
C/A A/G G/T A/T G/A G/A C/G G/A A/C A/G G/C A/C
M01 C R K T R R C A M G C M
M02 M G G A G R S G C R G A
M03 C R T W R R G G C G S A
M04 M G K A R R C G M G G A
M05 A R K A R R C G C A C M
M06 C G G T G R S G M R S A
M08 M R K T A R S R M R S M
M09 M R K T G R S G M R S M
M10 A G G W R R S R M A S C
M11 M A G W R R S R M A S M
M12 M G K T G R G G A R C A
M13 A A G A A R C G C A C M
M14 M R T A R R S R M G C C
M15 C R T W R R S A A G S C
M16 M R T W R R N/A A A G G M
M17 A R T W R R G G A G G C
M18 M R K T R R S R M R S M
M19 M G K T A R S A A R S M
M20 A A K A A R C G M R C M
M21 M R K W G R C R M A S M
M22 M R K T R R S R M R S M
M23 C A T W A R G A A R S M
M24 M R K A R R C R M A S A
M25 M R K T R R S R M R S M
M26 M R K T G R G R M A G A
M27 C A T W A R C G M G S C
M28 C G G W R R S G C R C M
M29 M A G W R R S R M A S M
M30 M A G W R R S R M A S M
M31 A G G A A R C G C A C A
M32 C G G T R R G R C R C A
M33 M R K T R R S R M R S M
M34 M R T W G R G R M R S M
M35 M R T W G R G R M R S M
M36 M A G W R R S R M A S M
M37 A A K A A R C G C R C M
M38 M R K W G R C R M G G M
M39 M A K W R R C A A R G M
M40 M R T W R R G R A R G C
M41 M R K W G R C R M G G M
M42 M R T T R R S G M R S M
M43 M G T W R R S A A G G M
M44 M R K A R R C R M R S A
M45 M R K T R R G A M G G M
M46 C G G T G R S G M R S A
M47 M R T W R R S R A G G M
M48 A R K A R R C G C R C M
M49 M A T A A R S R M G C M
M50 C G T A A R C G C G G C
M51 A G G T A R C G C A C A
M52 C R K W R R S R M R S M
M53 C G T A G R G A A G G N/A
M54 M R T A R R S R M G C C
M55 A A T A G R C A A A C C
M56 C G T T G R G A A A G A
M57 C G G A G R G G C G G A
M58 C R K A G R G A A G C M
M59 C G G T R R N/A G C R S A
M60 M G K T R R C R M R S A
M61 M R T A G R S R M G C M
M62 M G K W G R S A A G S M
M63 C R K W R R S R A R C C
M64 C N/A T W N/A R G A A G S A
M65 C R T W R R S A M R C M
M66 C G G T G R S R C R C N/A
M67 M R T T R R G A A R S M
M68 C A G A G R C A A A G A
M69 M R T W R R S R M R S M
M70 M G T W G R S A A G G M
M71 M R K T R R N/A R M R S A
M72 A G K W A R C G C A C N/A
M73 A G T A A R C G C G C M
M74 M R K A G R C R M R S A
M75 M R T T R R G A A G G C
M76 A N/A G N/A N/A R C A C G C A
M77 C A T W A R G A A R S M
M78 A G K W A R C G C A C M
M79 M G K T G R S A C R S M
M80 C G T W A R S A A R S M
M81 M R T T G R G R M A S M
M82 M R K T R R S R M R S M
M83 A A K A A R C G C R S M
M84 N/A N/A G N/A N/A N/A N/A N/A A N/A N/A N/A
M85 M R K T R R S R M R S M
M86 M A K T R R G A A G S C
M87 M A G W R R S R M A S M
M88 C R T W R R G A A R C M
M89 M R K W A R G A M G S M
M90 M G K T G R G A C R S M
M91 C G T W G R C R M R S A
M92 M R K T R R S R M R S M
M93 A R K W A R C G C A S C
M94 C G G T G R S G M R S A
M95 C G K A A R S G A A S A
M96 C G K W G R S R M G C M
품종 M4_25562768 M5_21890697 M5_939780 M6_3455972 M6_7666126 M6_916580 M7_16792727 M8_2783072 M8_6125881 M9_19282217 M9_2556989 M9_5718086
A/T A/T T/G G/T T/C G/A A/G A/C A/G A/C A/T A/G
M01 A W G K T G A A N/A M W R
M02 A W N/A K C R R A A M A A
M03 A W T T T R G A A M T A
M04 A T T K C G A A A M A A
M05 A W T K C G A A A M A R
M06 A T K K T R R A A C W A
M08 A W K K T R R M G M W R
M09 A W G G T G R M R M W R
M10 W T K G C G R M R M W R
M11 A A G K T G G M A M W R
M12 A T T K Y R G A G C A A
M13 W N/A T T C G A A A M T R
M14 A W G T T R G C A M T G
M15 A W G G T R G C R M T G
M16 A W K G Y R G C G M W R
M17 W W K K Y R G C G M T G
M18 A W K K Y R R M G M W R
M19 A T K K T R R C G C W R
M20 A A K T C G A A A M A R
M21 A W K K C R A A R M W R
M22 A W K K Y R R M G M W R
M23 A A K K T R G C R M T R
M24 A W T K C G A M A M A A
M25 A W K K Y R R M G M W R
M26 A W G K Y R G A R M T A
M27 A A K T Y R A M A M A G
M28 A T T T T R R A A C A R
M29 A N/A K K Y G G M R M W R
M30 A A K K Y G G M R M W R
M31 W T T T C G A A A C A A
M32 A T K T T R G M R C T A
M33 A W K K Y R R M G M W R
M34 A W G K Y R G M R M T R
M35 A W G K Y R G M R M T R
M36 A A K K Y G G M R M W R
M37 W A K T C G A A A M A R
M38 A W G K C R A C G C T R
M39 A A G K C R A C G M T R
M40 A W K G Y R G M N/A M T G
M41 A W G K C R A C G M T R
M42 A W T N/A T R R M R M W R
M43 A T K G Y G R M G M T R
M44 A W T K C G A M A M A A
M45 A W K K Y R G M G M W R
M46 A T K K T R R A A C W A
M47 A W K G Y R R C G M T R
M48 T W K K Y G A A A C A R
M49 A A G T T R G C R M T G
M50 A T T T T R A C A C A G
M51 A T T T C R A A A C A A
M52 A W K K T R R M R M W R
M53 A T G G T G G C G M T G
M54 A W G T T R G C A M T G
M55 W A T G C G A A G M T G
M56 A T G G T G G A A C T A
M57 A T T T T R G C A C T A
M58 A W G K T R G M R M T R
M59 A T T T T R R A G C W A
M60 A W K K Y R R M G M W R
M61 A W G K T R G C A M T G
M62 A T K K Y R R C G C T G
M63 A W K K Y R R C R M W G
M64 A W K G Y R G C G M W R
M65 A W K G T R R C A M W R
M66 A T K G T R R M R M T R
M67 A W K G T R G C R M W R
M68 A A T G C R A C A M A A
M69 A W K K Y R R M R M W R
M70 A T G G C R R C G M T R
M71 A W K K Y R R M G M W R
M72 T T T T C G A A A M A R
M73 A T T G C G A A A C A G
M74 A W T K C R A M A M A A
M75 A W G G Y G G C G M T G
M76 A A T T C G A A N/A C N/A A
M77 A A K K T R G C R M T R
M78 T T T T C G A A A M A R
M79 A T G K Y R R M R M T R
M80 A T T K T R R C R M T R
M81 A W K K Y R G A R M T R
M82 A W K K Y R R M G M W R
M83 W A T T C G A A A C A R
M84 T N/A N/A T N/A N/A N/A N/A N/A N/A N/A R
M85 A W K K Y R R M G M W R
M86 A A K K Y G G M G M T G
M87 A A K K T G G M A M W R
M88 A W T G T R G C A M W R
M89 A W K G Y R G C R M T R
M90 A T G K Y R G M R M T R
M91 A T K G Y R A M R M W A
M92 A W K K Y R R M G M W R
M93 A W K K C G A A A M A R
M94 A T K K T R R A A C W A
M95 A T K K Y R G M A M W A
M96 A T G T T R R C A M A R
품종 M4_26007483 M5_23447733 M5_9478865 M6_35453870 M6_7753114 M6_942409 M7_17296866 M8_29870433 M8_6147588 M9_19293592 M9_3524582 M9_5789550
G/A C/T G/A A/G C/T T/A T/A G/T G/A C/T A/C G/A
M01 G Y N/A G N/A T T XX R Y C R
M02 R C R A T A W XX G Y C G
M03 G C R R T A A XX G Y C G
M04 R C R A T T T XX G C C R
M05 A C R R T T T XX G Y C R
M06 G C R A T W W XX G T C G
M08 R T R G T W W XX A Y C R
M09 R Y R G Y T W XX R Y C R
M10 A Y R G T T W XX R Y C R
M11 R T G R C T W XX G Y C R
M12 R C R G Y W A XX A T C G
M13 A C A A C T T XX G N/A C A
M14 R Y R R C W W XX G C C A
M15 G Y G A Y A W XX R C C A
M16 R T R G T W A XX A Y C R
M17 A T R G T A A XX A Y C A
M18 R T R G C W W XX A Y C R
M19 R Y A G T W W XX A T C R
M20 A C A A C T T XX G Y C A
M21 R Y G A Y W T XX R Y C A
M22 R T R G C W W XX A Y C R
M23 G T G R C A A XX R C C R
M24 R Y A A Y T T XX G C C R
M25 R T R G C W W XX A Y C R
M26 R Y G G Y A A XX R Y C G
M27 G C R A C W T XX G C C A
M28 G C R A Y A W XX G T C R
M29 R T G R C T W XX R Y C R
M30 R T G R C T W XX R Y C R
M31 A C A A C T T XX G T C A
M32 G C R R C A A XX R T C G
M33 R T R G C W W XX A Y C R
M34 R Y R R Y W A XX R Y C R
M35 R Y R R Y W A XX R Y C R
M36 R T G R C T W XX R Y C R
M37 A C R A C T T XX G C C G
M38 R T N/A G Y A T XX A T C R
M39 R T R G Y A T XX A Y C R
M40 R T R G Y W A XX A Y C A
M41 R T R G Y A T XX A Y C R
M42 R T R G Y A W XX R Y C R
M43 R T R G Y T W XX A C C R
M44 R Y A A Y T T XX G C C R
M45 R T R G Y W A XX A Y C R
M46 G C R A T W W XX G T C G
M47 R T R G Y A W XX A C C R
M48 A C A A C T T XX G T C R
M49 R T N/A R C W W XX R C C A
M50 G C A G C A T XX G T C A
M51 A Y R A C T T XX G T C G
M52 G T R R T W W XX R Y C R
M53 G C N/A A T T A XX A C C A
M54 R Y R R C W W XX G C C A
M55 A T G A C T T XX A C C A
M56 G C G G T T A XX G T C G
M57 G C R G C A A XX G T C G
M58 G Y A A C W A XX R C C R
M59 G Y A G T A W XX A T C G
M60 R T R G Y N/A W XX A Y C R
M61 R Y R R C W W XX G C C A
M62 R Y A G T W W XX A T C A
M63 G T R R C W W XX R C C A
M64 G T R A T W A XX A C C R
M65 G Y R R Y W W XX G Y C R
M66 G Y A G T W W XX R Y C R
M67 R T R G Y W A XX R Y C R
M68 G T R A T T T XX G C C G
M69 R Y R R Y W W XX R Y C R
M70 R Y R G C A W XX A C C R
M71 R T R G Y W W XX A Y C R
M72 A C A A C A W XX G Y C R
M73 A C A A T T T XX G T C A
M74 R Y A A Y T T XX G C C R
M75 R T R G Y T A XX A C C A
M76 A C A A C N/A T XX G T C A
M77 G T G R C W A XX R C C R
M78 A C A A C A W XX G Y C R
M79 R Y R G Y W W XX R Y C R
M80 G C A A Y A W XX R C C R
M81 R Y R G Y W A XX R Y C R
M82 R T R G C W W XX A Y C R
M83 A C A A Y T T XX G T C R
M84 A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A
M85 R T R G C W W XX A Y C R
M86 R T R R C T A XX A Y C A
M87 R T G R C T W XX G Y C R
M88 G Y R R Y W A XX G Y C R
M89 R C R R Y W A XX R C C R
M90 R Y A G Y W A XX R Y C R
M91 G T R G C A T XX R Y C G
M92 R T R G C W W XX A Y C R
M93 A C R A Y T T XX G Y C R
M94 G C R A T W W XX G T C G
M95 G Y G R Y W W XX G Y C G
M96 G Y R R C A W XX G Y C R
품종 M4_28423009 M5_23483383 M5_9590309 M6_5739996 M6_7753657 M6_961076 M7_20518337 M8_312457 M8_6185860 M9_21737950 M9_5053846 M9_5881795
C/A G/A G/T C/G G/A A/G G/A T/C T/C G/A A/C C/T
M01 A R K S R A R Y Y R M Y
M02 M G K G A G A C G R A C
M03 M G K S A G A C G G A C
M04 M G T S A A R Y G R A T
M05 C G K S A R R C G R A C
M06 M G K G A R A Y G A A C
M08 C A K C A R R Y Y R M Y
M09 M R T G R A G Y Y A M C
M10 M G K S A A A Y Y G M T
M11 M A G S G A R Y G R M Y
M12 M G K S R R A T T R A C
M13 C G T C G A R C G N/A C T
M14 A R K C G R R T G G C T
M15 C R G S R G R Y T R C T
M16 M A K S A R A T Y R M Y
M17 A A K S A G A T Y R C T
M18 M A K S G R R Y Y R M Y
M19 A R T C A R R T G R M Y
M20 A G K C G A G Y G R C T
M21 M R G G R R A Y Y R M T
M22 M A K S G R R Y Y R M Y
M23 C A G C G G A Y Y G M Y
M24 A R T C R A N/A Y G R M Y
M25 M A K S G R R Y Y R M Y
M26 M R G G R G A Y Y R A C
M27 M R K C R R G Y Y R M T
M28 M G K S R G R C G G C Y
M29 A A G S G A R Y Y R M Y
M30 A A G S G A R Y Y R M Y
M31 A G T C G A G C G G C T
M32 M G T G G G A C Y G A C
M33 M A K S G R R Y Y R M Y
M34 M R K G R R R Y Y R M Y
M35 M R K G R R R Y Y R M Y
M36 A A G S G A R Y Y R M Y
M37 M G G C G A R C G A A C
M38 M A T G R G G Y Y G M Y
M39 M A K S R G G T Y R M Y
M40 M A K S R R A T Y R C T
M41 M A T G R G G Y Y G M Y
M42 M A K S R G R Y Y A M Y
M43 M A K S R A R T Y G M Y
M44 A R T C R A G Y G R M Y
M45 A A K S R R R Y T R M Y
M46 M G K G A R R Y G A A C
M47 M A G G R G R T Y R M Y
M48 M G K C G A R C G A M Y
M49 M A K C G R R T Y G C T
M50 A G T C G G G C G G C T
M51 A R T C G A A C G G A T
M52 M A K C A R G Y G G M Y
M53 A G T G A A A T T G C T
M54 A R K C G R R T G G C T
M55 A A G G G A A T T A C T
M56 A G G G A A G T G A A C
M57 A G G G G G A C G G A C
M58 A R T S G R A T Y R M Y
M59 C R T S A G R C Y G A C
M60 M A K S R R R Y Y R M Y
M61 A R K C G R G T G G C T
M62 A R T S A R R T Y R C T
M63 C A K S G R G T G G C T
M64 C A T G A R R T Y R M Y
M65 C R K G R R R Y G A M Y
M66 M R T S A R G C G R M Y
M67 M A K S R R R T Y A M Y
M68 C G G C A G G T T G A C
M69 A R K S R R R Y Y R M Y
M70 M R K G G G R T Y G M Y
M71 M A K S R R R Y Y R M Y
M72 A G T C R A G C Y A M Y
M73 C G T G A G G C G A C T
M74 A R T C R R G Y G R M Y
M75 M A K S R A A T T A C T
M76 M G T N/A G R G C G A C N/A
M77 C A G C G R A Y Y G M Y
M78 A G T C R A G C Y A M Y
M79 A R T G R R R C G R M Y
M80 A G T C R G R T Y R M Y
M81 A R K S R R A Y Y A M Y
M82 M A K S G R R Y Y R M Y
M83 A G T C R A R C G R C T
M84 N/A N/A N/A N/A N/A N/A G N/A N/A N/A N/A N/A
M85 M A K S G R R Y Y R M Y
M86 M A G S G A R T T R C T
M87 A A G S G A R Y G R M Y
M88 M R K G R R G T G A M Y
M89 M G K S R R R Y Y A M Y
M90 A R T G R R R C G R M Y
M91 C A K G G G G Y G R A C
M92 M A K S G R R Y Y R M Y
M93 A R K C R A A C G A M T
M94 M G K G A R A Y G A A C
M95 M G K C R R A T G R M C
M96 A R T G G G R Y G A C Y
품종 M4_31494012 M5_24990216 M6_1499759 M6_5912593 M6_7782242 M6_975951 M7_20747800 M8_31361145 M8_6874287 M9_21738139 M9_5057080 M9_5994548
C/T C/T C/A A/G G/T A/G G/A C/T C/T A/G G/T A/C
M01 T Y C R K A A Y N/A R T M
M02 T Y M A T G R Y N/A R G A
M03 T Y A R T G G Y N/A A G A
M04 C Y M R T A A Y N/A R K C
M05 Y Y A R T A R Y N/A R K M
M06 T Y M A T R G Y N/A G K A
M08 Y T M R T R R Y N/A R T M
M09 T Y C A K A A Y N/A G T A
M10 Y Y C R T A G Y N/A A T C
M11 Y Y C R G A R Y N/A R T M
M12 T T M A K R G Y N/A R G A
M13 Y Y A R G A A Y N/A G T C
M14 Y Y M R G R G Y N/A A T C
M15 T Y A R K G R Y N/A R T C
M16 Y T M R T R G Y N/A N/A T M
M17 T T A R T G G Y N/A R T C
M18 T Y M R G R R Y N/A R T M
M19 T Y M R T R R Y N/A R T M
M20 Y Y A R G A R Y N/A R T C
M21 T Y M A K R A Y N/A R T C
M22 T Y M R G R R Y N/A R T M
M23 T Y A R G G G Y N/A A T M
M24 C Y M R K N/A G XX N/A R T M
M25 T Y M R G R R Y N/A R T M
M26 T Y M A K G G Y N/A R K A
M27 T T C R G R A Y N/A R T C
M28 T Y M R K G R Y N/A A T M
M29 Y Y C R G A R Y N/A R T M
M30 Y Y C R G A R Y N/A R T M
M31 C T A R G A G XX N/A A T C
M32 T Y A R G G G Y N/A A K A
M33 T Y M R G R R Y N/A R T M
M34 T Y M A K R R Y N/A R T M
M35 T Y M A K R R Y N/A R T M
M36 Y Y C R G A R Y N/A R T M
M37 C Y A R G A A Y N/A G K M
M38 T T A A K G A Y N/A A T M
M39 T Y A R K G A Y N/A R T M
M40 T T M R K R G Y N/A R T C
M41 T T A A K G A Y N/A A T M
M42 T Y M R K G R Y N/A G T M
M43 Y T C R K A R Y N/A A T M
M44 C Y M R K A G XX N/A R T M
M45 T Y M R K R R Y N/A R T M
M46 T Y M A T R R Y N/A G G A
M47 Y T A R K G R Y N/A R T M
M48 C Y A R G A A Y N/A G T M
M49 Y Y M R G R G Y N/A A T C
M50 C Y A R G G A Y N/A A T C
M51 T T A R G A A Y N/A A T C
M52 T Y M R T R A Y N/A A T M
M53 T Y C A T A G Y N/A A T C
M54 Y Y M R G R G Y N/A A T C
M55 T T C A G A A Y N/A G T C
M56 T T C A T A A Y N/A G G A
M57 T T A A G G G Y N/A A G A
M58 T Y M R G R G Y N/A R T M
M59 T T A R T G R Y N/A N/A G A
M60 T Y M R K R R Y N/A N/A T M
M61 Y Y C R G R R Y N/A N/A T C
M62 T Y M R T R R Y N/A N/A T C
M63 T Y M R G R A Y N/A A T C
M64 Y Y M R T R R Y N/A N/A T M
M65 T Y M A K R R Y N/A G T M
M66 T Y M R T R A Y N/A N/A T M
M67 Y Y M R K R R Y N/A G T M
M68 C T A A T A G XX N/A A K A
M69 T Y M R K R R Y N/A R T M
M70 Y Y A R G G R Y N/A A T M
M71 T Y M R K R R Y N/A N/A T M
M72 T T A R G A R Y N/A N/A T M
M73 T Y A R T A G Y N/A G T C
M74 C Y A R K A G XX N/A N/A T M
M75 Y Y C R K A G Y N/A G T C
M76 C T A N/A G A G N/A N/A N/A T C
M77 T Y M R G R G Y N/A A T M
M78 T T A R G A R Y N/A G T M
M79 T T M R K R R Y N/A R T M
M80 T Y A R K G R Y N/A N/A T M
M81 Y Y C R K R G Y N/A G T M
M82 T Y M R G R R Y N/A R T M
M83 Y Y M R K A R XX N/A N/A T C
M84 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A
M85 T Y M R G R R Y N/A R T M
M86 T Y C R G A R Y N/A R T C
M87 Y Y C R G A R Y N/A R T M
M88 T Y M A K R A Y N/A G T M
M89 T Y M R K R R Y N/A G T M
M90 Y T M R K R R Y N/A R T M
M91 Y Y M A G G A Y N/A R G A
M92 T Y M R G R R Y N/A R T M
M93 T T A R K A R Y N/A G T C
M94 T Y M A T R G Y N/A G G A
M95 T Y M R K R R Y N/A R T A
M96 T T M A G G R Y N/A G T M
품종 M5_13951772 M5_25221584 M6_1500067 M6_5948331 M6_847166 M7_12036619 M8_1547556 M8_329340 M8_792252 M9_22113253 M9_5458257 M9_909592
G/C C/G G/A G/A G/T C/A G/C G/C C/G C/G C/T G/A
M01 S S G R G N/A S C S S Y G
M02 G S R G T N/A S C G S C G
M03 S S A R T N/A S C G C C R
M04 C S R A G N/A C C S C C R
M05 S S A R K N/A C C G S C R
M06 S S R G K N/A G C S G C R
M08 S S R A K N/A S C S S Y A
M09 C S G G G N/A S C S G Y R
M10 S S R A G N/A S C S S T G
M11 G S G R G N/A S C S S Y G
M12 S S R G K N/A G S C S C A
M13 G S A A K N/A C C G C T A
M14 S G R A K N/A S S S G T G
M15 G S A R T N/A G C C G T G
M16 S S R A K N/A G N/A C S Y A
M17 S S A A T N/A C S C S T A
M18 S S R R K N/A S C S S Y A
M19 C S R A K N/A G S C G Y R
M20 G S A A G N/A C C S C T G
M21 G S R G K N/A C C S S Y R
M22 S S R R K N/A S C S S Y A
M23 G G A A T N/A S C C G Y R
M24 G S R R G N/A S C S C Y G
M25 S S R R K N/A S C S S Y A
M26 G S R G T N/A S C S S C R
M27 S S R A K N/A C C S S Y R
M28 S S R R T N/A C C G C T A
M29 G S G R G N/A S C S S Y G
M30 G S G R G N/A S C S S Y G
M31 G S A A G N/A C C G C T G
M32 G S A R T N/A G C G C C A
M33 S S R R K N/A S C S S Y A
M34 S S R G K N/A S C S S Y A
M35 S S R G K N/A S C S S Y A
M36 G S G R G N/A S C S S Y G
M37 G S A A T N/A C G G C Y G
M38 C S A G T N/A S C S C Y A
M39 S S A R T N/A G G C S Y A
M40 S S R R K N/A S S C S T R
M41 C S A G T N/A S C S C Y A
M42 S S R R T N/A C S G G Y A
M43 S S G A G N/A G S C C Y A
M44 G S R R K N/A S C S C Y G
M45 S S R R K N/A G C C S Y R
M46 S S R G K N/A G C S G C R
M47 G S A A T N/A S S C S Y A
M48 S G A R K N/A C S G C Y G
M49 S G R A K N/A S G S G T G
M50 G S A A T N/A C C G C T A
M51 G S A A G N/A C C G C T G
M52 S S R A K N/A S C S S Y R
M53 C G G G G N/A G G C G T G
M54 S G R A K N/A S S S G T G
M55 G S G G G N/A C G C G T A
M56 G S G G G N/A G G C G C A
M57 G S A G T N/A G C G C C A
M58 S G R R K N/A S G C G Y R
M59 C S A R T N/A S C G C C A
M60 S S R R K N/A S C S S Y A
M61 S G G A K N/A S S S G T G
M62 C S R A K N/A G G C G T R
M63 S S R R K N/A S G C S T R
M64 C S R R K N/A G G C G Y R
M65 S S R G K N/A S C S G Y R
M66 C S R R K N/A C C G G Y G
M67 S S R R K N/A G G C G Y A
M68 G S A G G N/A G G C C C G
M69 S S R R K N/A S C S S Y A
M70 S S A R T N/A G G C S Y R
M71 S S R R K N/A S C S S Y A
M72 C S A A G N/A C C G C Y R
M73 C S A A G N/A C C G C T G
M74 G S A R K N/A S C S C Y G
M75 S S G R G N/A G S C G T A
M76 C C A A G N/A C C G C N/A G
M77 G G R A K N/A S C C G Y R
M78 C S A A G N/A C C G C Y R
M79 C S R R K N/A S C G S Y R
M80 C S A A T N/A G S C G Y R
M81 S S G R K N/A C C S G Y A
M82 S S R R K N/A S C S S Y A
M83 S S R A G N/A C C G C N/A G
M84 N/A G N/A N/A N/A N/A N/A N/A N/A S N/A N/A
M85 S S R R K N/A S C S S Y A
M86 G S G R G N/A G S C S T R
M87 G S G R G N/A S C S S Y G
M88 S S R G K N/A G G C G Y R
M89 S S R R K N/A G C S G Y R
M90 C S R R K N/A S C G S Y R
M91 S S R G T N/A S C S S C A
M92 S S R R K N/A S C S S Y A
M93 S S A A G N/A C C G S T G
M94 S S R G K N/A G C S G C R
M95 C S R A K N/A S G C C Y R
M96 S S R G T N/A S C S G T R
S.No Name of Cultivar Origin Analysis Type
M01 Netian-Lee Hannong GBS & Fluidigm
M02 Saengsaengn Chunchugye Daeyeon Breeding Research Institute GBS & Fluidigm
M03 Earth Summer Star Daeyeon Breeding Research Institute GBS & Fluidigm
M04 Heuk Jinju Daeyeon Breeding Research Institute GBS & Fluidigm
M05 Honey One Sejongbio GBS & Fluidigm
M06 Earth Summer Boom Daeyeon Breeding Research Institute GBS & Fluidigm
M08 Earth & Joy Chunchoogye Hanil Nursery GBS & Fluidigm
M09 Earth Glamour Samsung GBS & Fluidigm
M10 Alexandre Changchun Jongmyo Co., Ltd GBS & Fluidigm
M11 Sonata Power Farm Hanong GBS & Fluidigm
M12 Hero Farm Hanong GBS & Fluidigm
M13 Tweety Asia Seeds Co., Ltd GBS & Fluidigm
M14 Santafe Asia Seeds Co., Ltd GBS & Fluidigm
M15 Earth Champ Kim Moon-Su GBS & Fluidigm
M16 Earth Talent Nongwoo Bio GBS & Fluidigm
M17 PMR-Earth Elite Syngenta GBS & Fluidigm
M18 Earth Elite New Seoul Seed Co.,Ltd GBS & Fluidigm
M19 PMR-Dalgona Lucky seedlings GBS & Fluidigm
M20 Yellow Sun Nongwoo Bio GBS & Fluidigm
M21 Picnic-L Daeyeon Breeding Research Institute GBS & Fluidigm
M22 Earth Daebak Dongbu GBS & Fluidigm
M23 EarthMt-PMR Asia Seeds Co., Ltd GBS & Fluidigm
M24 Power King Daeyeon Breeding Research Institute GBS & Fluidigm
M25 Earth Anycall Samsung GBS & Fluidigm
M26 Earth Kingstar Nongwoo Bio GBS & Fluidigm
M27 Betarich Hannong GBS & Fluidigm
M28 PMR-Betarich Farm Hanong GBS & Fluidigm
M29 Super39-L Daeyeon Breeding Research Institute GBS & Fluidigm
M30 Sympony Daeyeon Breeding Research Institute GBS & Fluidigm
M31 Noran Papa Jeil Seeds GBS & Fluidigm
M32 Earth Berda Chunchoogye Daeyeon Breeding Research Institute GBS & Fluidigm
M33 Artna Cheukei Daeyeon Breeding Research Institute GBS & Fluidigm
M34 Earth Luxury Nongwoo Bio GBS & Fluidigm
M35 Earth Solar Hagye Daeyeon Breeding Research Institute GBS & Fluidigm
M36 JJ-OneTop Asia Seeds Co., Ltd GBS & Fluidigm
M37 Meotjin Baekja Daeyeon Breeding Research Institute GBS & Fluidigm
M38 PMR Non-Stop Thekiban GBS & Fluidigm
M39 PMR-Best Thekiban GBS & Fluidigm
M40 Beteran Agriculture Corporation Ltd, Nongwoo Bio GBS & Fluidigm
M41 Earth Crown Agriculture Corporation Ltd, Nongwoo Bio GBS & Fluidigm
M42 Earth Miracle Lucky seedlings GBS & Fluidigm
M43 Earth Utopia Lucky seedlings GBS & Fluidigm
M44 Royal Power Samsung GBS & Fluidigm
M45 Earth Wonderful Farm Hanong GBS & Fluidigm
M46 Earth Rusis Chunchoogye Daeyeon Breeding Research Institute GBS & Fluidigm
M47 PMR-Royal Honey Lucky seedlings GBS & Fluidigm
M48 Enpa Red Lucky seedlings GBS & Fluidigm
M49 Earl's Grangfree Jeollanam-do Fluidigm
M50 Buwon Rural Development Administration Fluidigm
M51 Wondae Rural Development Administration Fluidigm
M52 K-two Gyeongsangnam-do Fluidigm
M53 Wongyo2604 Rural Development Administration Fluidigm
M54 Grangfree Hagye Jeollanam-do Fluidigm
M55 Wonye2602 Rural Development Administration Fluidigm
M56 Wonye2603 Rural Development Administration Fluidigm
M57 Wonye2605 Rural Development Administration Fluidigm
M58 K-three Gyeongsangnam-do Fluidigm
M59 K2 Winter Myeongsan Seeds Fluidigm
M60 K2 Summer Myeongsan Seeds Fluidigm
M61 Earl's Bobe Jeollanam-do Fluidigm
M62 May Queen Gonong Seeds Fluidigm
M63 Jumbo Sugar Gonong Seeds Fluidigm
M64 PMR Brother Dongbang Seedling Co., Ltd Fluidigm
M65 PMR Amazing Dongbang Seedling Co., Ltd Fluidigm
M66 Earl's Endorphin Bunongbio Fluidigm
M67 PMR K9 Sanglog Seed Farm Fluidigm
M68 Katsura Oh Shirouri Sejong Seed Fluidigm
M69 Earl`s Starking Sinhan Seed Fluidigm
M70 Superman Sinhan Seed Fluidigm
M71 Earl's Goldking Plus Koregon Fluidigm
M72 Honeydan KS seeds Fluidigm
M73 Honeyfarm Gabbu Seeds Fluidigm
M74 Royal King Kyungwon Seeds Fluidigm
M75 Earl's Huinganghagye Kyungwon Seeds Fluidigm
M76 Apolo Kwonnong Fluidigm
M77 Earl's Jijon Kim Moon-Su Fluidigm
M78 Asakggul Namnong-won-ye Fluidigm
M79 Momigi Hagye Gana Seed Fluidigm
M80 Sirius Greeni Fluidigm
M81 Earl's Yamujin Agricultural Company Corporation KMS Fluidigm
M82 Earl's Supertop Danong Fluidigm
M83 Sunrise Dl Seed Fluidigm
M84 K Star Dl Seed Fluidigm
M85 Earl's Autobahn Dongbu Fluidigm
M86 PMR Daebak Farm Hanong Fluidigm
M87 Sonata Powers Farm Hanong Fluidigm
M88 PMR Cholce Dongoh Seed Fluidigm
M89 Earls PMR Thankyou Dongoh Seed Fluidigm
M90 Earl's Beokinggeom Lucky seedlings Fluidigm
M91 Earl's Aibi Lucky seedlings Fluidigm
M92 Earl's Manna Melon Breeding R&D Institute Fluidigm
M93 Red Jombo Bonghwajayeonjigi Fluidigm
M94 Dark Horse Bunong seedlings Fluidigm
M95 Gland Vert 2 BJ melon Fluidigm
M96 R0601 BJ melon Fluidigm
<110> DONGGUK UNIVERSITY INDUSTRY-ACADEMIC COOPERATION FOUNDATION <120> Molecular marker for identification of melon and identification method using the same marker <130> 19P06021 <160> 960 <170> KoPatentIn 3.0 <210> 1 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 1 aaagtaatca gcaacatttg catcattact a 31 <210> 2 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 2 agtaatcagc aacatttgca tcattactt 29 <210> 3 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 3 atgctgtccc catttgctgc 20 <210> 4 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 4 gacattgttg tcaagaaaga atgtgaa 27 <210> 5 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 5 ggtaaaagtt tcaaaccttg ttcctgtc 28 <210> 6 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 6 ggtaaaagtt tcaaaccttg ttcctgtt 28 <210> 7 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 7 ggggcagcac aaacatgatc a 21 <210> 8 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 8 ccagctgcca ttatatggtt catag 25 <210> 9 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 9 gtgtgctgct ttctcaattc atga 24 <210> 10 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 10 tgtgctgctt tctcaattca tgg 23 <210> 11 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 11 tcttgcaact acctacttcc accc 24 <210> 12 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 12 tttctcttca cttcatcttc gatttgt 27 <210> 13 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 13 gcaagaaaca gaggcagcac ta 22 <210> 14 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 14 caagaaacag aggcagcact c 21 <210> 15 <211> 37 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 15 tgggaacttt ctccctatta tataaataaa gttccac 37 <210> 16 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 16 cactcagaaa aacccaacac aatg 24 <210> 17 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 17 gatggaaatg gcttcagaaa cagg 24 <210> 18 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 18 gatggaaatg gcttcagaaa caga 24 <210> 19 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 19 tcctcgaata ttcttattct catgttggtt gaa 33 <210> 20 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 20 agctgatgaa tttgcagaaa ggat 24 <210> 21 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 21 gcaacttatg ctgttgggag aaaaa 25 <210> 22 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 22 gcaacttatg ctgttgggag aaaag 25 <210> 23 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 23 gcagcattgc ctaacccca 19 <210> 24 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 24 caacagaaat tctaactgga gaggaa 26 <210> 25 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 25 gcaactactt gtttcccaac attgc 25 <210> 26 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 26 gcaactactt gtttcccaac attga 25 <210> 27 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 27 ggcccagcag ctttaattgg a 21 <210> 28 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 28 gcacaatcat tctgtggaga tgg 23 <210> 29 <211> 36 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 29 ataaatgcaa aagactgtaa aataaaaagt cctaag 36 <210> 30 <211> 36 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 30 ataaatgcaa aagactgtaa aataaaaagt cctaaa 36 <210> 31 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 31 aaggaaaatt taagactaag ttgctgcgtt t 31 <210> 32 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 32 gacattgtta ctacgtgaag tccaa 25 <210> 33 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 33 gcacacttga tccttggaca ct 22 <210> 34 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 34 cacacttgat ccttggacac c 21 <210> 35 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 35 cgccatggga tgcgttca 18 <210> 36 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 36 ggtatgcttg ccgctgtg 18 <210> 37 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 37 ttgcagttat ggtggttttg tttct 25 <210> 38 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 38 tgcagttatg gtggttttgt ttcc 24 <210> 39 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 39 agcagctctc catgctttcg a 21 <210> 40 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 40 cttcattggt gtcctatcag ct 22 <210> 41 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 41 gcaataatct tgaagcagca cttct 25 <210> 42 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 42 gcaataatct tgaagcagca cttcg 25 <210> 43 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 43 tctttggttg gctcggaggt 20 <210> 44 <211> 35 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 44 aaataactat gatccaaaaa taacttaaag gcaat 35 <210> 45 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 45 tgaattcaaa ttgtctgcaa cagct 25 <210> 46 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 46 tgaattcaaa ttgtctgcaa cagcc 25 <210> 47 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 47 ccgctgtcgt tgctgcaaa 19 <210> 48 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 48 gcacggtgag gaccga 16 <210> 49 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 49 agacttgctg ctcataaagt acatagaa 28 <210> 50 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 50 agacttgctg ctcataaagt acatagag 28 <210> 51 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 51 tgggctcttg gtatttctgt cttgt 25 <210> 52 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 52 accgttggga agatttagct tttg 24 <210> 53 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 53 atgctctact cttctcaatg agaagg 26 <210> 54 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 54 catgctctac tcttctcaat gagaagt 27 <210> 55 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 55 actaccaaag gccaggcca 19 <210> 56 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 56 gaaccagatt gtagtttcga gaca 24 <210> 57 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 57 gggcatcagt acacaatttc ttcc 24 <210> 58 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 58 gggcatcagt acacaatttc ttct 24 <210> 59 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 59 aggctttccc tcaagaggaa ca 22 <210> 60 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 60 attgaaaggg tggctgcttt at 22 <210> 61 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 61 cgttcaattc taggggtgtt tagtt 25 <210> 62 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 62 cgttcaattc taggggtgtt tagtg 25 <210> 63 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 63 acagcagcag agcacttagg aa 22 <210> 64 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 64 ctattcccct tccatgatcg c 21 <210> 65 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 65 gcagagactg aagggccg 18 <210> 66 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 66 gcagagactg aagggcca 18 <210> 67 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 67 tcaagcagtt ctgggcagac t 21 <210> 68 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 68 tctgagcagc atttgcgtaa g 21 <210> 69 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 69 gtgtccaaaa ctccggcc 18 <210> 70 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 70 ggtgtccaaa actccggct 19 <210> 71 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 71 tgcggtttca gttgctgctc 20 <210> 72 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 72 ccggcgagcc aaatgt 16 <210> 73 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 73 gccataatca acttaacaca aaaaagatcg 30 <210> 74 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 74 agccataatc aacttaacac aaaaaagatc a 31 <210> 75 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 75 tctgctgctt tgagtagtgg tgt 23 <210> 76 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 76 gagccgaggc ttctgattaa tag 23 <210> 77 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 77 tgtcctcagc tgcggtc 17 <210> 78 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 78 ttgtcctcag ctgcggtt 18 <210> 79 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 79 tcatatcatt tggattgatt atacttgcag gataatatga 40 <210> 80 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 80 gtcctctaac accctcccat t 21 <210> 81 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 81 aaaattgatt cagatgtttg cagctct 27 <210> 82 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 82 aaattgattc agatgtttgc agctca 26 <210> 83 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 83 ctcaagtgtg gtggcttacc tg 22 <210> 84 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 84 tgtaagccaa ggaactcagt aca 23 <210> 85 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 85 ccttggttca gtcttctgct gt 22 <210> 86 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 86 cttggttcag tcttctgctg c 21 <210> 87 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 87 tgcggctaac ccaacagga 19 <210> 88 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 88 gtcaagactt cttcaactat cgacc 25 <210> 89 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 89 agccaggaca aggatgtcaa a 21 <210> 90 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 90 atagccagga caaggatgtc aat 23 <210> 91 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 91 ctttttcatc aactaggccc agttttca 28 <210> 92 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 92 gaccttcaat cttgagtctt cacat 25 <210> 93 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 93 tcaatgtttg tttgtaagca ctggttc 27 <210> 94 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 94 tcaatgtttg tttgtaagca ctggttt 27 <210> 95 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 95 ctcaacaaat gtcgggctgc a 21 <210> 96 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 96 tcccacttga ctcacttcat aga 23 <210> 97 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 97 gaataatgag ctgcttgggt gc 22 <210> 98 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 98 tgaataatga gctgcttggg tgt 23 <210> 99 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 99 gtgcagccca ccaggtt 17 <210> 100 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 100 cgattgccag tcaaacaatc taatg 25 <210> 101 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 101 gctggatcca gtgaggagac 20 <210> 102 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 102 gctggatcca gtgaggagaa 20 <210> 103 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 103 aggctagcgt ctccttgtcc 20 <210> 104 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 104 tggtctgctg aggcgaat 18 <210> 105 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 105 attgcagctt ttagaaaaca agctct 26 <210> 106 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 106 tgcagctttt agaaaacaag ctcc 24 <210> 107 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 107 tggttgatag tcatcttcct ttgagca 27 <210> 108 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 108 cctcacattt atcaaaacaa aatgatgc 28 <210> 109 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 109 agcacgtggg cagacag 17 <210> 110 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 110 agcacgtggg cagacaa 17 <210> 111 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 111 tgcgcagcct agtgaagga 19 <210> 112 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 112 ggatacgcgc ttggca 16 <210> 113 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 113 cccttttaga ggctgccca 19 <210> 114 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 114 cccttttaga ggctgcccg 19 <210> 115 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 115 atggtgttgg agctacgtca gt 22 <210> 116 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 116 gcctatccaa acacatgtta ctacc 25 <210> 117 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 117 atcgcactga ttatttgttt accgac 26 <210> 118 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 118 catcgcactg attatttgtt taccgat 27 <210> 119 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 119 gctatcgcct actgctgcc 19 <210> 120 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 120 ggctgatatg gtgtcccttc a 21 <210> 121 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 121 cagcagccca aacacgag 18 <210> 122 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 122 tcagcagccc aaacacgaa 19 <210> 123 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 123 gcactccaaa ggattaattt gttaccct 28 <210> 124 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 124 ccaaaaatgt tagaaatggg aatggaa 27 <210> 125 <211> 36 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 125 aatatataat acaaagacat atctcttttc atacag 36 <210> 126 <211> 36 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 126 aatatataat acaaagacat atctcttttc atacaa 36 <210> 127 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 127 cgcatcctgt ggcactgatc 20 <210> 128 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 128 cgaccataat gtacaaaaac aaagca 26 <210> 129 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 129 cgcccgattg ctcttctttt 20 <210> 130 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 130 cgcccgattg ctcttctttc 20 <210> 131 <211> 35 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 131 gtaaaggaag aagaggaaat aaaagatgga agaag 35 <210> 132 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 132 tcgatctcta ctgctgcacc 20 <210> 133 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 133 ccatgcaacc aagattagtg agtct 25 <210> 134 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 134 catgcaacca agattagtga gtcc 24 <210> 135 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 135 cggttgctgc gagaatgtca t 21 <210> 136 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 136 ccatagccgg aacatacacc 20 <210> 137 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 137 ctggtgagat accaggacct aga 23 <210> 138 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 138 tggtgagata ccaggaccta gt 22 <210> 139 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 139 agcaggtttc caaatgcgct 20 <210> 140 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 140 ccttgaaggt cgtcataaat ttaggt 26 <210> 141 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 141 gccttcatat cttggtttac ttacataagc t 31 <210> 142 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 142 ccttcatatc ttggtttact tacataagcc 30 <210> 143 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 143 ttgttttata tagttatttt tttggatatg cagctgctat 40 <210> 144 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 144 agattctgtc tatttctggg cct 23 <210> 145 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 145 aacattccaa ttgaggcaaa tatcttgaa 29 <210> 146 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 146 acattccaat tgaggcaaat atcttgag 28 <210> 147 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 147 agcttggtgt tcctgatcgg a 21 <210> 148 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 148 cagcaacgat tagtcttgat tgaga 25 <210> 149 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 149 ggggttttga ttgctcacag ac 22 <210> 150 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 150 ggggttttga ttgctcacag at 22 <210> 151 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 151 agcactaaga gctccacacc aa 22 <210> 152 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 152 tgctgtctct gtagttatag aacgg 25 <210> 153 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 153 accaaatgct gctatggcaa tg 22 <210> 154 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 154 caccaaatgc tgctatggca ata 23 <210> 155 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 155 actctctttg ggaggcggtt 20 <210> 156 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 156 aaaccccttt ttgaatagca cca 23 <210> 157 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 157 gctttccaag tgttggtgca 20 <210> 158 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 158 gctttccaag tgttggtgcc 20 <210> 159 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 159 cttccatttt tccagaaagc tgtaaggat 29 <210> 160 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 160 ctccagtaaa gttaaagagg ctcc 24 <210> 161 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 161 actaggagat gccatcacaa atttga 26 <210> 162 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 162 ctaggagatg ccatcacaaa tttgg 25 <210> 163 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 163 agtatgcact ggacttagca gca 23 <210> 164 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 164 caaaatagca catgcaagat atgcaa 26 <210> 165 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 165 gtcctgtcca taggagccg 19 <210> 166 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 166 tgtcctgtcc ataggagcca 20 <210> 167 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 167 agcctccatg aacaggcga 19 <210> 168 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 168 aaacggttgt gggttgcat 19 <210> 169 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 169 cgacgtcatt tccgatatcc aca 23 <210> 170 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 170 cgacgtcatt tccgatatcc acc 23 <210> 171 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 171 tcgtaagcgt cagacaaatt ggga 24 <210> 172 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 172 cccccttcct ttttcgaaga c 21 <210> 173 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 173 agaagacgct gctggactg 19 <210> 174 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 174 gagaagacgc tgctggacta 20 <210> 175 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 175 cctttgcctg agtcaagcct t 21 <210> 176 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 176 aatcagcttt ggcttgggag 20 <210> 177 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 177 ttccctacaa ccaaacagaa attcaatac 29 <210> 178 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 178 cttccctaca accaaacaga aattcaatag 30 <210> 179 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 179 aactattcag tatgctattt gattgtatta gttgttaatg 40 <210> 180 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 180 gaagtgatta atcagctgcg tct 23 <210> 181 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 181 tcaagatgtc gatagtccca acatc 25 <210> 182 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 182 tcaagatgtc gatagtccca acatg 25 <210> 183 <211> 36 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 183 gctgccatat tttatatatg gataactacg tcttgt 36 <210> 184 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 184 agcagcaaca acatttacat caaga 25 <210> 185 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 185 tcgatgatgc atagaagagc taaagaaa 28 <210> 186 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 186 tcgatgatgc atagaagagc taaagaag 28 <210> 187 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 187 gacagcttga ttagtactcc ataaataatt ttcttttctc 40 <210> 188 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 188 gcttgaagcg aagagttcga 20 <210> 189 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 189 agccgtcggt gatcacac 18 <210> 190 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 190 agccgtcggt gatcacag 18 <210> 191 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 191 ttggcaatgg ccacgca 17 <210> 192 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 192 tgctccacca gcttcagaa 19 <210> 193 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 193 ttctgatcaa tgcatatgga ggatga 26 <210> 194 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 194 tctgatcaat gcatatggag gatgg 25 <210> 195 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 195 gtgcagcagc ccattcaaga 20 <210> 196 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 196 cttctgtgaa ggaagtccag aat 23 <210> 197 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 197 cctcgaagtt attcacagaa aagca 25 <210> 198 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 198 cctcgaagtt attcacagaa aagct 25 <210> 199 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 199 cctttgccaa gctgctgtac t 21 <210> 200 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 200 agaaccccca cgatctcc 18 <210> 201 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 201 cttcaccaat ttcctacccg ttttt 25 <210> 202 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 202 cttcaccaat ttcctacccg ttttc 25 <210> 203 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 203 ggacgtcaca aaaatcaaga tgggt 25 <210> 204 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 204 ctgtccaatc ttcttctcac gatt 24 <210> 205 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 205 tcgttcactc atcgctgacc 20 <210> 206 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 206 ttattcgttc actcatcgct gact 24 <210> 207 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 207 caattgcttt ttacgatgat ggagacga 28 <210> 208 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 208 tcacgtgcag ctgatttcat tatt 24 <210> 209 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 209 tccctcaaca gattgaaggg aaaat 25 <210> 210 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 210 ccctcaacag attgaaggga aaac 24 <210> 211 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 211 ggccaacatt tttagttgca ttgtattttt ct 32 <210> 212 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 212 agcagcagtt catcaaggc 19 <210> 213 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 213 ctaccaggag ctcttttata aacgtttttt 30 <210> 214 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 214 accaggagct cttttataaa cgtttttg 28 <210> 215 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 215 gaccccacta cacagctgct a 21 <210> 216 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 216 tgcaggttag tgttgcttca tc 22 <210> 217 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 217 ttcagggtat ggtgttttgg ttttc 25 <210> 218 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 218 tttcagggta tggtgttttg gttttt 26 <210> 219 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 219 acatctctat tgaaagctgc agtcttcat 29 <210> 220 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 220 gctgtcatag tatattcatt ctcttctttc t 31 <210> 221 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 221 ccctcctacc aactttgttc aatagaa 27 <210> 222 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 222 ccctcctacc aactttgttc aatagat 27 <210> 223 <211> 35 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 223 ggaacatctt ttcctaaatg aaactcagaa aaaca 35 <210> 224 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 224 gcagggacaa gcagcc 16 <210> 225 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 225 gaaacacggg cagttttgga 20 <210> 226 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 226 aaacacgggc agttttggg 19 <210> 227 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 227 acgccaccgt tctcaagaac a 21 <210> 228 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 228 gcttcttcaa ctcaaaagca tctg 24 <210> 229 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 229 gagtaattgc tcttgcttgg cc 22 <210> 230 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 230 gagtaattgc tcttgcttgg ca 22 <210> 231 <211> 15 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 231 cagccactgc cgcca 15 <210> 232 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 232 actgcgaagc ggcatg 16 <210> 233 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 r <400> 233 ggaataatgc acactgcacc c 21 <210> 234 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 234 ggaataatgc acactgcacc a 21 <210> 235 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 235 cccttcacct atagaatgag gtagcat 27 <210> 236 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 236 ggttgatcct agtccagcct 20 <210> 237 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 237 gaataatgca cactgcaccc c 21 <210> 238 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 238 gaataatgca cactgcaccc a 21 <210> 239 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 239 acccttcacc tatagaatga ggtagca 27 <210> 240 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 240 tgatcctagt ccagccttat aatgg 25 <210> 241 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 241 gaggtacctc tggtgttccc 20 <210> 242 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 242 gaggtacctc tggtgttccg 20 <210> 243 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 243 tgctgcattg tattctacaa ttttgcagt 29 <210> 244 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 244 tcctgaactg tctgaaattg caag 24 <210> 245 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 245 gcagctttct tgtgtttgtt cctg 24 <210> 246 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 246 gcagctttct tgtgtttgtt ccta 24 <210> 247 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 247 gcaacccatc atttgataca gacgag 26 <210> 248 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 248 accaatggct tcatatcact caaaa 25 <210> 249 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 249 atcaacaatt ccacttttta atcagtatcc c 31 <210> 250 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 250 aatcaacaat tccacttttt aatcagtatc ct 32 <210> 251 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 251 gcttggtctc caccaaatgc a 21 <210> 252 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 252 gcagctgaga ccaaatctca a 21 <210> 253 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 253 gcctccaaag accacgatag ag 22 <210> 254 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 254 gcctccaaag accacgatag aa 22 <210> 255 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 255 cttccggcaa cacatcgct 19 <210> 256 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 256 gggttgtacg gcagcct 17 <210> 257 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 257 cgaatcctcg ctggcctc 18 <210> 258 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 258 cgaatcctcg ctggccta 18 <210> 259 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 259 caccgttgtc cctgagacta ca 22 <210> 260 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 260 ggctcctcct acggct 16 <210> 261 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 261 ggctgcgttt tgggatgc 18 <210> 262 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 262 ggctgcgttt tgggatgt 18 <210> 263 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 263 gtcaccagct gccgacg 17 <210> 264 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 264 aagtgtcaat tgtaggctgc g 21 <210> 265 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 265 gttgcaatta caaaagtgtt tggtgc 26 <210> 266 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 266 gttgcaatta caaaagtgtt tggtgt 26 <210> 267 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 267 cagcacacaa cttcttggtg ga 22 <210> 268 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 268 agaatgatgg tcttccaatt gttga 25 <210> 269 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 269 acctctataa ccacatttat gctggg 26 <210> 270 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 270 aacctctata accacattta tgctgga 27 <210> 271 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 271 ctgcagcttg ggcaggt 17 <210> 272 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 272 ttcaaatcaa acaacctcta taaccaca 28 <210> 273 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 273 catcggaacc actcatccaa ac 22 <210> 274 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 274 acatcggaac cactcatcca aag 23 <210> 275 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 275 cagccgtcga catcagtgc 19 <210> 276 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 276 gttggacact gggttctgaa 20 <210> 277 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 277 tcttctaaag cgggtgtgat tgt 23 <210> 278 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 278 cttctaaagc gggtgtgatt gc 22 <210> 279 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 279 cagccactaa ggtttgcagc ta 22 <210> 280 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 280 cgccgacctt ggttcag 17 <210> 281 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 281 aggtaggtga gtccttagtg ca 22 <210> 282 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 282 ggtaggtgag tccttagtgc c 21 <210> 283 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 283 accgggagat ggaccttgc 19 <210> 284 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 284 ccagcccact caacctttt 19 <210> 285 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 285 ttcaacagac cttcgtactc agttt 25 <210> 286 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 286 cttcaacaga ccttcgtact cagtta 26 <210> 287 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 287 gtaacttggt gaatgatgct gcca 24 <210> 288 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 288 cccacaaaca aaatagagct attcct 26 <210> 289 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 289 cccacaaaca aaatagagct attcctttat c 31 <210> 290 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 290 cccacaaaca aaatagagct attcctttat t 31 <210> 291 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 291 agaaaaactg agtacgaagg tctgttgaa 29 <210> 292 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 292 acctctacta tctcgttttt tccca 25 <210> 293 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 293 ctgcaatgta cggcattgct 20 <210> 294 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 294 tgcaatgtac ggcattgcc 19 <210> 295 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 295 caacattcca agggccgca 19 <210> 296 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 296 gcaattgcag ttagtatttt tgtgagt 27 <210> 297 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 297 caaaagagca gcacttgatg ttttg 25 <210> 298 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 298 tcaaaagagc agcacttgat gttttt 26 <210> 299 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 299 ccatggccat gtttggtgta gaa 23 <210> 300 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 300 tcccatcaat ggtaaaattg gactc 25 <210> 301 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 301 cataggaggg atgtcaggct 20 <210> 302 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 302 cataggaggg atgtcaggca 20 <210> 303 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 303 cctccatcgg aagcagcag 19 <210> 304 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 304 tgctagtagc aaccttccca 20 <210> 305 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 305 gaaaagcttc tctcaagctt ccc 23 <210> 306 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 306 cgaaaagctt ctctcaagct tcct 24 <210> 307 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 307 ccgaattgaa agggcagcag a 21 <210> 308 <211> 15 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 308 cgcccttccg gcgaa 15 <210> 309 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 309 cggtatattc ttgccaagag actct 25 <210> 310 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 310 cggtatattc ttgccaagag actcc 25 <210> 311 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 311 aggagcaatc acagccggt 19 <210> 312 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 312 gcggatttct cctaagaggc 20 <210> 313 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 313 gatctatgat gttccagtac accatgtat 29 <210> 314 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 314 gatctatgat gttccagtac accatgtaa 29 <210> 315 <211> 38 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 315 gctaaactag caattaagac agaacttatt aacagaga 38 <210> 316 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 316 gccaatggtg ttcccatct 19 <210> 317 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 317 acacatgttg agatgtgtga tttatgc 27 <210> 318 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 318 cacacatgtt gagatgtgtg atttatgt 28 <210> 319 <211> 34 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 319 aagcagcgaa tttttattta tttcagaaag aggt 34 <210> 320 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 320 cactgcaaat tccattaaca caca 24 <210> 321 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 321 gaaagggcat attccacgaa agataaag 28 <210> 322 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 322 gaaagggcat attccacgaa agataaaa 28 <210> 323 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 323 agaacacgac tttttagaga ggaatcacat 30 <210> 324 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 324 cctacatcaa gcagccgtaa g 21 <210> 325 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 325 gttaatgcga gtggccgg 18 <210> 326 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 326 tgttaatgcg agtggccgt 19 <210> 327 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 327 gggaatggta caaaccgccg 20 <210> 328 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 328 caggagattc aaaacagaga gagaa 25 <210> 329 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 329 gtcataaccc ccatttcttc ataagaac 28 <210> 330 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 330 gtcataaccc ccatttcttc ataagaat 28 <210> 331 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 331 gctgcttgat gcttttggcc t 21 <210> 332 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 332 ccactttgat ccttccccg 19 <210> 333 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 333 cctttcctta taaatttcca catcaaaacg 30 <210> 334 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 334 ccctttcctt ataaatttcc acatcaaaac a 31 <210> 335 <211> 15 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 335 aggtgcagcg gcgga 15 <210> 336 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 336 gatccttcct tttctcaacc tttct 25 <210> 337 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 337 ccaaaatcac agcagcaggc 20 <210> 338 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 338 ccaaaatcac agcagcaggg 20 <210> 339 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 339 tggaaaggta actggcgacg t 21 <210> 340 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 340 aaaaggcttc atccatgcta caa 23 <210> 341 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 341 gcatggctgc ataaaaggaa ctg 23 <210> 342 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 342 gcatggctgc ataaaaggaa cta 23 <210> 343 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 343 aggcagaagt tccttgtact ccttt 25 <210> 344 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 344 gcattagggt tttgagttgt caatg 25 <210> 345 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 345 gcatatgcaa caattttgca ctcg 24 <210> 346 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 346 gcatatgcaa caattttgca ctcc 24 <210> 347 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 347 gcagctgcaa tagctccaca 20 <210> 348 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 348 tcggaaagag cgaacagaga 20 <210> 349 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 349 ctctctatcc ccttctcttt gca 23 <210> 350 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 350 ctctctatcc ccttctcttt gct 23 <210> 351 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 351 aagggactcc taacctttca agca 24 <210> 352 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 352 gcttcaaagg aaacttaaaa acacct 26 <210> 353 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 353 cagcagcagc agcaacaa 18 <210> 354 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 354 cagcagcagc agcaacac 18 <210> 355 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 355 ctgttggtgc ggatgctga 19 <210> 356 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 356 caatcggacc agtcgttatt tcag 24 <210> 357 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 357 tgtgaacatg gggaccgtaa tg 22 <210> 358 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 358 attgtgaaca tggggaccgt aata 24 <210> 359 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 359 gctccaaaag cgatggctct 20 <210> 360 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 360 gaacttgttc ttggtgttgg aaatt 25 <210> 361 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 361 cctagctgag tccaaggatg t 21 <210> 362 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 362 cctagctgag tccaaggatg c 21 <210> 363 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 363 gccaaccttt tgaacccagg a 21 <210> 364 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 364 aagttggaaa attgttaatg cagcc 25 <210> 365 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 365 ctattgcttc agctttccat gagtg 25 <210> 366 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 366 ctattgcttc agctttccat gagtt 25 <210> 367 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 367 ccacatgcac agcatttccc t 21 <210> 368 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 368 gcaactggta aaatgggtat tgttt 25 <210> 369 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 369 cgatgatgtt tctcgtgaca cg 22 <210> 370 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 370 ccgatgatgt ttctcgtgac aca 23 <210> 371 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 371 caggtgttgc tgcctcagt 19 <210> 372 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 372 ggccagttct gattacccg 19 <210> 373 <211> 34 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 373 cgtttggatg gattttctta agtatttata gacc 34 <210> 374 <211> 34 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 374 cgtttggatg gattttctta agtatttata gact 34 <210> 375 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 375 gcagcaagtg caggtttgga 20 <210> 376 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 376 ggtttaacat cgtccaactt aggat 25 <210> 377 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 377 agcagactct tgaagtttcc ctaac 25 <210> 378 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 378 agcagactct tgaagtttcc ctaag 25 <210> 379 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 379 ccagaaccct ggatcttcca ga 22 <210> 380 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 380 gtgagtgctt ccagcagc 18 <210> 381 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 381 cctgaaattg tctccccata tgg 23 <210> 382 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 382 gcctgaaatt gtctccccat atga 24 <210> 383 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 383 acttttgaag gaatatgatt ttgacaatgg tcg 33 <210> 384 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 384 ggaagagaaa agaataaagt ttattacagc c 31 <210> 385 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 385 tctctctcct ctcagcccc 19 <210> 386 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 386 ctctctctcc tctcagccct 20 <210> 387 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 387 gggttcatga atttgccgcc a 21 <210> 388 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 388 caactcttcc aaacactctc ct 22 <210> 389 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 389 caatcaaaac tcatctacaa gccgatt 27 <210> 390 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 390 caatcaaaac tcatctacaa gccgatg 27 <210> 391 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 391 cgaggtttcg gctgcgtt 18 <210> 392 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 392 agcagcacac cacctca 17 <210> 393 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 393 gcagcagcac aaaagagtag c 21 <210> 394 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 394 agcagcagca caaaagagta ga 22 <210> 395 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 395 agccatcttc ttcacgactc atgtt 25 <210> 396 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 396 tggaaaaaca gcagcagca 19 <210> 397 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 397 ccgaggcaat agaaagaata gcct 24 <210> 398 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 398 ccgaggcaat agaaagaata gcca 24 <210> 399 <211> 34 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 399 agtttaggct attctttcag ctaacgaaat aagt 34 <210> 400 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 400 cacctccact ttttgctctt aaatt 25 <210> 401 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 401 gcaccattcc atgacggtg 19 <210> 402 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 402 tgcaccattc catgacggta 20 <210> 403 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Prime <400> 403 tcaagggaag aaccttcggc t 21 <210> 404 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 404 catatgcttc ctgagcataa ggg 23 <210> 405 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 405 actgttgtac gccggaagc 19 <210> 406 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 406 cactgttgta cgccggaaga 20 <210> 407 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 407 gcgtaagcgc gttttgacga 20 <210> 408 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 408 gaagaagatg ctgctgctca 20 <210> 409 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 409 ctactgctgt gccttgtact tg 22 <210> 410 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 410 gctactgctg tgccttgtac tta 23 <210> 411 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 411 aagaaaacaa aaatacctac tagatcctaa attatatccc 40 <210> 412 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 412 tccagggtgt ctggcaa 17 <210> 413 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 413 ctcctggtaa gccctatacc atataaac 28 <210> 414 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 414 ctcctggtaa gccctatacc atataaag 28 <210> 415 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 415 agtgcagctc atggctactc tt 22 <210> 416 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 416 tcaatgcagc aatctcacta tatgc 25 <210> 417 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 417 catttatttt aacagccaca cttaatttca cc 32 <210> 418 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 418 catttatttt aacagccaca cttaatttca ca 32 <210> 419 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 419 gggacccgca aacttaaagc a 21 <210> 420 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 420 tgcagttgca gcattaatgg a 21 <210> 421 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 421 gtcttgcaac aatgtaagtt tttggttac 29 <210> 422 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 422 gtcttgcaac aatgtaagtt tttggttag 29 <210> 423 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 423 catcccaact tggatggcac a 21 <210> 424 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 424 gcaggtgacc ttttcacaaa atatg 25 <210> 425 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 425 ccattggata gattggcggc a 21 <210> 426 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 426 cattggatag attggcggcg 20 <210> 427 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 427 cgtggacacc accatggaaa 20 <210> 428 <211> 15 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 428 acgaacggca gcggg 15 <210> 429 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 429 ctttttcatt ttacttcccc atgctct 27 <210> 430 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 430 ctttttcatt ttacttcccc atgctca 27 <210> 431 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 431 cagcgacaga gttgcccc 18 <210> 432 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 432 tctatccatt tcattctctt ttcttgca 28 <210> 433 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 433 gaaggtgttg atcccaccga 20 <210> 434 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 434 aggtgttgat cccaccgg 18 <210> 435 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 435 tcagcccctc agtcccatg 19 <210> 436 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 436 agatggagca gctgctga 18 <210> 437 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 437 tcactggcag cctccttc 18 <210> 438 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 438 ttcactggca gcctccttt 19 <210> 439 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 439 gccgcggatt cagccat 17 <210> 440 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 440 gcaaaccagt acaatgagtt ctct 24 <210> 441 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 441 ggagcattat ggttgcatga ttgac 25 <210> 442 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 442 ggagcattat ggttgcatga ttgat 25 <210> 443 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 443 cctcttcgga gtggcctgc 19 <210> 444 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 444 gtttacggta ttgagcctac cat 23 <210> 445 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 445 cacaaagttg acagcgctgt c 21 <210> 446 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 446 acaaagttga cagcgctgtg 20 <210> 447 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 447 gggtcaccat cacttagcac tatct 25 <210> 448 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 448 tgggtagcat cattaaattt tccca 25 <210> 449 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 449 actccaggct tttactcaaa ggat 24 <210> 450 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 450 actccaggct tttactcaaa ggac 24 <210> 451 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 451 ggagctgcca ttgttgagga t 21 <210> 452 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 452 gcttctactc tgcttcctca c 21 <210> 453 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 453 ttggtcgagg atgactatct tcaac 25 <210> 454 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 454 tttggtcgag gatgactatc ttcaat 26 <210> 455 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 455 acgccattcg gattcacgga 20 <210> 456 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 456 gacgctgcta cgtttggt 18 <210> 457 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 457 aagatagtca tcctcgacca aacg 24 <210> 458 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 458 gaagatagtc atcctcgacc aaact 25 <210> 459 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 459 ggaagatcaa ttcaaagacg ctgct 25 <210> 460 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 460 cggattcacg gaagaaaatt caaaa 25 <210> 461 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 461 catcgaaggt ttgacaacta aatagaaaag ag 32 <210> 462 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 462 catcgaaggt ttgacaacta aatagaaaag at 32 <210> 463 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 463 acggaatgac aaggtaatat tcatgatgat tgt 33 <210> 464 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 464 acatcgaagg tttgacaact aaatagaa 28 <210> 465 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 465 catggtcctc gaagaaacaa actac 25 <210> 466 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 466 tcatggtcct cgaagaaaca aactat 26 <210> 467 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 467 tcagaggcag catgagcaag a 21 <210> 468 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 468 gcctactgtg tgtttgtagg aaata 25 <210> 469 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 469 gtagaggaac caccgtacat acag 24 <210> 470 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 470 gtagaggaac caccgtacat acat 24 <210> 471 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 471 gcagctgttt cttgttacat ctaacca 27 <210> 472 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 472 ttctcagaaa aggtagagga acca 24 <210> 473 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 473 cctacttcct atgacatctt aatgaccaaa 30 <210> 474 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 474 cctacttcct atgacatctt aatgaccaac 30 <210> 475 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 475 aggatgggtt tccaccaacc a 21 <210> 476 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 476 gcagcagttg gtcaatttct tc 22 <210> 477 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 477 cgtgaaaaag aacagcaaga agtaatca 28 <210> 478 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 478 cgtgaaaaag aacagcaaga agtaatcg 28 <210> 479 <211> 38 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 479 actgccagaa aaataataaa ataaaaattc taacccga 38 <210> 480 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 480 tcggatgcta cctcaaggc 19 <210> 481 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 481 gctgcccgtc atcgct 16 <210> 482 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 482 gctgcccgtc atcgca 16 <210> 483 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 483 tgagttcggc aacgacgga 19 <210> 484 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 484 ccgccggttc tgtttctg 18 <210> 485 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 485 tcattatcgt gcactgagtc gac 23 <210> 486 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 486 ctcattatcg tgcactgagt cgat 24 <210> 487 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 487 cggtgaaaca gcggcga 17 <210> 488 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 488 caccgctgcc tccattaa 18 <210> 489 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 489 tgaacattag cattagaaac agaccca 27 <210> 490 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 490 tgaacattag cattagaaac agaccct 27 <210> 491 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 491 actgggaccc attagcagca 20 <210> 492 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 492 gcaatgcaat caaatcgaat gttgt 25 <210> 493 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 493 gcagcatcat cagagctggt a 21 <210> 494 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 494 gcagcatcat cagagctggt c 21 <210> 495 <211> 36 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 495 agtcatttga agaatatatc tgagggtaaa caaact 36 <210> 496 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 496 cgcttgtcat gcaggcag 18 <210> 497 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 497 ttgaaatcct caatcctctg gca 23 <210> 498 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 498 tgaaatcctc aatcctctgg cg 22 <210> 499 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 499 gtgcagattg ctccacacga 20 <210> 500 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 500 gagctgcacc aatgcctt 18 <210> 501 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 501 attttggcct tgagccgttt c 21 <210> 502 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 502 ttttggcctt gagccgtttg 20 <210> 503 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 503 ttgcacaagc ttgttaagtt tgagattga 29 <210> 504 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 504 gttcagctgc agccaaca 18 <210> 505 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 505 tgatgatttc tgcttgtttt cgagc 25 <210> 506 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 506 gtgatgattt ctgcttgttt tcgagt 26 <210> 507 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 507 agccacacac tgctctcaag a 21 <210> 508 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 508 gccaaattat cttttggggt tggt 24 <210> 509 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 509 ctgagatgct cgtctctgga 20 <210> 510 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 510 ctgagatgct cgtctctggg 20 <210> 511 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 511 gctttcttgg aatcggctgc a 21 <210> 512 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 512 tggatggctt gtcaaccata aag 23 <210> 513 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 513 gcctaacatc atagtcaagg atcgtt 26 <210> 514 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 514 gcctaacatc atagtcaagg atcgtg 26 <210> 515 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> ALocus-Specific Primer <400> 515 cactggttac aggctgttgc a 21 <210> 516 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 516 acctagtagt ttcttaccca tgcc 24 <210> 517 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 517 caggtccagt tcaatggcat c 21 <210> 518 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 518 acaggtccag ttcaatggca tt 22 <210> 519 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 519 gcagaaggtt agatgttttt ttggtcttct 30 <210> 520 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 520 tgcacgaaca aagggttatc ac 22 <210> 521 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 521 gcatcactaa gctttagaag accaaaa 27 <210> 522 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 522 gcatcactaa gctttagaag accaaag 27 <210> 523 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 523 gcagttggct gccatgattg a 21 <210> 524 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 524 cacaggtcca gttcaatggc 20 <210> 525 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 525 ccaaatcagg tagactgcgt ctg 23 <210> 526 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 526 ccaaatcagg tagactgcgt cta 23 <210> 527 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 527 gccttttggc acacagcct 19 <210> 528 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 528 cgttctttgt gttaaaacaa atagggt 27 <210> 529 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 529 ccaaacgtag tcaaaaaggc cc 22 <210> 530 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 530 ccaaacgtag tcaaaaaggc ct 22 <210> 531 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 531 tcccagacag gtttcttggc a 21 <210> 532 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 532 ggaccattgt tgtagaactg aacc 24 <210> 533 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 533 gctttgttcc aattctatct ctccttttc 29 <210> 534 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 534 gctttgttcc aattctatct ctccttttt 29 <210> 535 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 535 gccacctcca taggaggttg a 21 <210> 536 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 536 tgggttcaag tttccaaagc tg 22 <210> 537 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 537 caaatctcca aaccctttct cttcttc 27 <210> 538 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 538 tcaaatctcc aaaccctttc tcttctta 28 <210> 539 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 539 cggcttcgga ggtcgacaa 19 <210> 540 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 540 ttgattataa gaaaatggca gcctca 26 <210> 541 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 541 cttccactaa aatgtatctg cagcttatt 29 <210> 542 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 542 cttccactaa aatgtatctg cagcttatg 29 <210> 543 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 543 actgggtgac aatgactttg attttagtca ta 32 <210> 544 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 544 gtcacctccc tgcatattat acaat 25 <210> 545 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 545 agatcaatcg gatttggaaa ccaaaat 27 <210> 546 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 546 agatcaatcg gatttggaaa ccaaaaa 27 <210> 547 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 547 ctccttgggt tggtctgaga ga 22 <210> 548 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 548 cccaagttcc tattgcttca cag 23 <210> 549 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 549 ccactcttta cccttccgcc 20 <210> 550 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 550 ccactcttta cccttccgct 20 <210> 551 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 551 gcaatgagcg gctgagagaa a 21 <210> 552 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 552 ccgccacttc ttcttcactt c 21 <210> 553 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 553 gcacttcgaa attgtgacat ggat 24 <210> 554 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 554 gcacttcgaa attgtgacat ggac 24 <210> 555 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 555 gcgaggaaca ggattatcga ctcc 24 <210> 556 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Prime <400> 556 caagtagttg gctaaatcct ctgc 24 <210> 557 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 557 actttgaaat tgcgacatgg acaag 25 <210> 558 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 558 actttgaaat tgcgacatgg acaaa 25 <210> 559 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 559 acaggattat caattccttc gactccg 27 <210> 560 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 560 cgaaaatggg ctaaatcctc tct 23 <210> 561 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 561 cagataaaca cagacccaaa aaaagtctt 29 <210> 562 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 562 cagataaaca cagacccaaa aaaagtcta 29 <210> 563 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 563 ctgccgctgc caccaat 17 <210> 564 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 564 aatggaaagg ggaaaaaaac taatgc 26 <210> 565 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 565 tgctcctgta aaacgcgata gtt 23 <210> 566 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 566 tgctcctgta aaacgcgata gtc 23 <210> 567 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 567 agtttatttt ccttgtgctt tctgttaatg gg 32 <210> 568 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 568 ggctgctacc agtattaaca agaaa 25 <210> 569 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 569 cattttgcac agcttggagt ttt 23 <210> 570 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 570 cattttgcac agcttggagt ttc 23 <210> 571 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 571 gctgggcaaa tgcatacggt 20 <210> 572 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 572 aatgcaagga catgatccta tgc 23 <210> 573 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 573 ccactttcac ctatgccaac aga 23 <210> 574 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 574 cactttcacc tatgccaaca gc 22 <210> 575 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 575 actccccttg gttattgccc a 21 <210> 576 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 576 caagccttag caatatcccc a 21 <210> 577 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 577 cctgccgtga agaattcctt t 21 <210> 578 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 578 cctgccgtga agaattcctt g 21 <210> 579 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 579 gcttgggcat gtatgctgct 20 <210> 580 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 580 gggcctacct cccaca 16 <210> 581 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 581 cttcacgtta atatgttctg aattatctgg g 31 <210> 582 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 582 tcttcacgtt aatatgttct gaattatctg ga 32 <210> 583 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 583 agcgttggga ggcttatgct a 21 <210> 584 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 584 gcagcaaaca aagttcttca cg 22 <210> 585 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 585 tctgctgcct ctagagtttt cc 22 <210> 586 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 586 tctgctgcct ctagagtttt cg 22 <210> 587 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 587 gaggatccga tagaagccac ct 22 <210> 588 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 588 acgacattca tgcatttatt cctct 25 <210> 589 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 589 gctacaccca aatatcatga attgaaca 28 <210> 590 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 590 gctacaccca aatatcatga attgaacg 28 <210> 591 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 591 tgccaatgcc cctactgatc t 21 <210> 592 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 592 tgctacaccc aaatagcata aattga 26 <210> 593 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 593 tcctccaaat cttctgtcat ttcaagat 28 <210> 594 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 594 cctccaaatc ttctgtcatt tcaagaa 27 <210> 595 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 595 tggccttaga tgtgctgctg a 21 <210> 596 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 596 tgcttcagtt ttgaaaatca aattacctt 29 <210> 597 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 597 ctgcctctga ccctataaca tcg 23 <210> 598 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 598 ctgcctctga ccctataaca tca 23 <210> 599 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 599 gcagacgcca tcgagca 17 <210> 600 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 600 gaagctccac aggcatttca 20 <210> 601 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 601 cggaaagaag tgagatgcac aatttc 26 <210> 602 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 602 cggaaagaag tgagatgcac aatttt 26 <210> 603 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 603 catttgtaat gttcttatta cattccacaa aatcttatca 40 <210> 604 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 604 ctgcagctaa aacaccataa cg 22 <210> 605 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 605 ccaaaaatgc tgccttgaaa ctctc 25 <210> 606 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 606 caaaaatgct gccttgaaac tctg 24 <210> 607 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 607 gcaccacacc atttgagacc a 21 <210> 608 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 608 ttcaacctca aatttcgaga ccc 23 <210> 609 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 609 agtcaggaag aataggcaaa agtcatt 27 <210> 610 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 610 gtcaggaaga ataggcaaaa gtcatc 26 <210> 611 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 611 catgcatgct gctatgcctc t 21 <210> 612 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 612 gcaaaacgtg gatgtccaac taa 23 <210> 613 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 613 cctgaaggtt ttttcttgtt ctgtcc 26 <210> 614 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 614 cctgaaggtt ttttcttgtt ctgtca 26 <210> 615 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 615 cacacacaag ggcaggatac g 21 <210> 616 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 616 gcagctacca catttagcga 20 <210> 617 <211> 34 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 617 caactataaa tagcaaaaag cagattagga tagg 34 <210> 618 <211> 34 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 618 caactataaa tagcaaaaag cagattagga taga 34 <210> 619 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 619 tcttcatgca tgatgaatct cgactgat 28 <210> 620 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 620 gccttcattt tcttgacagg agc 23 <210> 621 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 621 cggtagtcga aaccaaggaa gaa 23 <210> 622 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 622 cggtagtcga aaccaaggaa gac 23 <210> 623 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 623 tgcctcctct ggcttgctc 19 <210> 624 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 624 ggcacccgtt gaaactga 18 <210> 625 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 625 gtttcattgt ctttaagatc gaggagaag 29 <210> 626 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 626 gtttcattgt ctttaagatc gaggagaat 29 <210> 627 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 627 gcccaccgag tttctccaca 20 <210> 628 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 628 tcaagtcgaa aagaacccat cg 22 <210> 629 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 629 ccccttttaa atgtgtacgt tgttcg 26 <210> 630 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 630 ccccttttaa atgtgtacgt tgttca 26 <210> 631 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 631 cgtaattaaa ttaagaatgc aatttgttgt aataatatga 40 <210> 632 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 632 catgcagcta gatactgtat agcat 25 <210> 633 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 633 tgataatatt gatagattat ggagctaccc ac 32 <210> 634 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 634 gtgataatat tgatagatta tggagctacc cat 33 <210> 635 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 635 gcagcttctt cactagcatt tcagag 26 <210> 636 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 636 gaagctgcaa gaagaggaag t 21 <210> 637 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 637 caaacaccgt caaacgacga c 21 <210> 638 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 638 caaacaccgt caaacgacga g 21 <210> 639 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 639 cgaaagttca aggcggtgca 20 <210> 640 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 640 ggaaccctcg tttgccc 17 <210> 641 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 641 cttcaagtta agcagtaata gtgaatggaa g 31 <210> 642 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 642 cttcaagtta agcagtaata gtgaatggaa c 31 <210> 643 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 643 tcctcaacct ggtttagctg ca 22 <210> 644 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 644 ctgaagataa cacaataaga tgcaaaaact 30 <210> 645 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 645 ccatgtgacc gtagttatcc ttca 24 <210> 646 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 646 ccatgtgacc gtagttatcc ttcg 24 <210> 647 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 647 ggctgcgctt gtccagt 17 <210> 648 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 648 cagtaacatg tagagcaaac cttgt 25 <210> 649 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 649 caaagcctta ttttgcagca aagaac 26 <210> 650 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 650 caaagcctta ttttgcagca aagaaa 26 <210> 651 <211> 31 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 651 atgacgtcgg ttataatgag aacattgaga a 31 <210> 652 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 652 tccttgtcta attgcaaaag tttcca 26 <210> 653 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 653 cagccattcc tggacttcgt a 21 <210> 654 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 654 agccattcct ggacttcgtg 20 <210> 655 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 655 tggcttacag taagcttaaa gttctggt 28 <210> 656 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 656 gaccgactct agaaaatgaa gtgc 24 <210> 657 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 657 acatttcaca accatatcac ataaatacat ctc 33 <210> 658 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 658 acatttcaca accatatcac ataaatacat ctt 33 <210> 659 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 659 gtggttggtg cttaggtctt taactt 26 <210> 660 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 660 gaagaggata ctcaaaaaca tttaaaattc aca 33 <210> 661 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 661 ccgatttcat gaagatccac gct 23 <210> 662 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 662 cgatttcatg aagatccacg cc 22 <210> 663 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 663 agcgcgtttc tcaggatcag a 21 <210> 664 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 664 cggaaagact catctgccac 20 <210> 665 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 665 cccttatata aaggacagcc aaagacc 27 <210> 666 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 666 cccttatata aaggacagcc aaagact 27 <210> 667 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 667 tggcatccat ttttatgaat gtgaaagaat ga 32 <210> 668 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 668 tcagcagctt cttgccct 18 <210> 669 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 669 gccagttgtt aacataggtg cac 23 <210> 670 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 670 gccagttgtt aacataggtg cag 23 <210> 671 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 671 gggcagcaga gccaagaaga 20 <210> 672 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 672 gaagtttctg ccatttttaa agcca 25 <210> 673 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 673 catactgtct gacttgcctc tgt 23 <210> 674 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 674 catactgtct gacttgcctc tga 23 <210> 675 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 675 cccgccagat tatctggcct 20 <210> 676 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 676 gggccacaat gacatacaca a 21 <210> 677 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 677 gatagcagcc aagaaaatac ttccatg 27 <210> 678 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 678 agatagcagc caagaaaata cttccata 28 <210> 679 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 679 ccgggaaacc ctgacggt 18 <210> 680 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 680 tctcctttgt tagccaaata ggaga 25 <210> 681 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 681 ccgaccttca ctctctattc tcttc 25 <210> 682 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 682 ccgaccttca ctctctattc tcttt 25 <210> 683 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 683 actggcagcc ttcccca 17 <210> 684 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 684 cttttgggcg agcgatacg 19 <210> 685 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 685 gggaaatggc aagatgaaca aca 23 <210> 686 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 686 gggaaatggc aagatgaaca acc 23 <210> 687 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 687 ccatttccag gtttgttgtt aatacttagg tg 32 <210> 688 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 688 gaattcccgg gcttgctg 18 <210> 689 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 689 ccattgatga aacttgcgga gaac 24 <210> 690 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 690 ccattgatga aacttgcgga gaat 24 <210> 691 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 691 gaagcagcct tccgcctt 18 <210> 692 <211> 15 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 692 aaggctgggc gcgat 15 <210> 693 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 693 agaacagtga tttgcggatt agtact 26 <210> 694 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 694 gaacagtgat ttgcggatta gtacc 25 <210> 695 <211> 17 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 695 gccctcccaa cgcaaca 17 <210> 696 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 696 tgttcataga acagtgattt gcgg 24 <210> 697 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 697 actcctcaag gggaaccaat tac 23 <210> 698 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 698 aactcctcaa ggggaaccaa ttat 24 <210> 699 <211> 16 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 699 cccgcaccca tcgcaa 16 <210> 700 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 700 tgccattatg actactgcaa acat 24 <210> 701 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 701 gggattcaag ctcttttatg gtgg 24 <210> 702 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 702 gggattcaag ctcttttatg gtgc 24 <210> 703 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 703 agcagcggtc caaggact 18 <210> 704 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 704 tcttcttcca aggcctggat at 22 <210> 705 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 705 gcaattaaaa tggaacgtgc agctt 25 <210> 706 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 706 gcaattaaaa tggaacgtgc agcta 25 <210> 707 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 707 actaacaagt tttcgcataa gtgctttctc 30 <210> 708 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 708 gagtaggtga cttgtaaatc caagc 25 <210> 709 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 709 gaagttttgc tgtgcagcaa ac 22 <210> 710 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 710 tgaagttttg ctgtgcagca aat 23 <210> 711 <211> 38 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 711 caatcacatc aaatatttaa aaaacaaggc tgaaagaa 38 <210> 712 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 712 gctgatatgt ttaaatcctc tggct 25 <210> 713 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 713 attcatgcaa aatatcaggc tgatgg 26 <210> 714 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 714 tcatgcaaaa tatcaggctg atgc 24 <210> 715 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 715 tgatgcacct tggacctaca ca 22 <210> 716 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 716 caaatgtgct gcggttttga 20 <210> 717 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 717 ctgttagcca tcctgtcaca ga 22 <210> 718 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 718 ctgttagcca tcctgtcaca gt 22 <210> 719 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 719 ccagcagcct gcatttcca 19 <210> 720 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 720 cgtacttttc ttgggtaggt agc 23 <210> 721 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 721 ttctttgtat tggttggcac tgc 23 <210> 722 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 722 cttctttgta ttggttggca ctga 24 <210> 723 <211> 40 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 723 cctgtcagca ataatagata caaataagaa atttattttg 40 <210> 724 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 724 ggtctgtttt gcttaccctt ct 22 <210> 725 <211> 28 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 725 tctcatcttc atcgttacat gttatccg 28 <210> 726 <211> 29 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 726 atctcatctt catcgttaca tgttatcct 29 <210> 727 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 727 ccgctttcat ttctgggctc a 21 <210> 728 <211> 24 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 728 gatcattcag ctgcgatact acat 24 <210> 729 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 729 agatcaattc cgatcgccgt 20 <210> 730 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 730 agatcaattc cgatcgccgg 20 <210> 731 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 731 ccacgcttac tatggccggt 20 <210> 732 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 732 ccaacgcaag agtacgtgg 19 <210> 733 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 733 tctgtaagga ttctccctag cca 23 <210> 734 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 734 ctgtaaggat tctccctagc cg 22 <210> 735 <211> 19 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 735 atggtactgg tcgcgggtt 19 <210> 736 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 736 gagctggtaa gttctacttg gaatt 25 <210> 737 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 737 ccagtcccta gcattaatta acaaagc 27 <210> 738 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 738 ccagtcccta gcattaatta acaaagt 27 <210> 739 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 739 gcaaaccagg tgaagcagct a 21 <210> 740 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 740 aagcaattct caaaccctct tcc 23 <210> 741 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 741 gccctttgga actccatcac 20 <210> 742 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 742 ggccctttgg aactccatca t 21 <210> 743 <211> 37 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 743 ttccattttg tttgagaata aaaccagtta atacctt 37 <210> 744 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 744 gcaaatatag cagcaacaag gc 22 <210> 745 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 745 ctttttggca tgggctttgg ta 22 <210> 746 <211> 20 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 746 ttttggcatg ggctttggtc 20 <210> 747 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 747 gctgccatac aacctgggtt t 21 <210> 748 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 748 caaaatggaa gatcaatgat gtgca 25 <210> 749 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 749 tgccatacaa cctgggtttg tat 23 <210> 750 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 750 gccatacaac ctgggtttgt ac 22 <210> 751 <211> 21 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 751 ggcatgggct ttggtatgac a 21 <210> 752 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 752 tccacatatc tttgatgctg cc 22 <210> 753 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 753 cttctcaagg acaagaaatt ctggttt 27 <210> 754 <211> 27 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 754 cttctcaagg acaagaaatt ctggttc 27 <210> 755 <211> 18 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 755 cggcccaagc aatgagga 18 <210> 756 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 756 ttgttttagg gatatggaat tcaagaatct 30 <210> 757 <211> 33 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 757 agcttagaaa tttcagcagc tcattaataa aat 33 <210> 758 <211> 32 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 758 gcttagaaat ttcagcagct cattaataaa ac 32 <210> 759 <211> 34 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 759 tcccctgaat cattctttat ttttcttcat ctga 34 <210> 760 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 760 tgtcgaacat cgtattattg aaagct 26 <210> 761 <211> 23 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 761 agaggaatgt tgcagctcct aag 23 <210> 762 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 762 ttagaggaat gttgcagctc ctaat 25 <210> 763 <211> 22 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 763 ctctcggtag cctgaagaag ga 22 <210> 764 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 764 acccaagaaa gttggttatg aaagt 25 <210> 765 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer1 <400> 765 caacatctgc agaaaaggaa aggag 25 <210> 766 <211> 25 <212> DNA <213> Artificial Sequence <220> <223> Allele-Specific Primer2 <400> 766 caacatctgc agaaaaggaa aggaa 25 <210> 767 <211> 30 <212> DNA <213> Artificial Sequence <220> <223> Locus-Specific Primer <400> 767 tcttgtgaag aacttaccag gagatgaatt 30 <210> 768 <211> 26 <212> DNA <213> Artificial Sequence <220> <223> Specific Target Amplification Primer <400> 768 cgttggtgtt ttgtggttta ttaaca 26 <210> 769 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 769 attgtaacga tggtggctaa tctagttctt catagccaat aaatactttt gttgcaatga 60 ttgcatccta caaacttaaa gattatgcaa ctggggaatt aaattggcag ccatatttta 120 caattgcttc ctaactaacg aagcaaaaaa gctaaaagag gaaaaagtag aaggggggca 180 aaaccttttt tctcccctcc cacggattta gcctcgtggt tccaagcttt ttgagaaaga 240 cttgaaatcc tattatgacc taacactaaa ctcaataaat gctgtcccca tttgctgcag 300 wagtaatgat gcaaatgttg ctgattactt ttagttttca cattctttct tgacaacaat 360 gtcaataaag ttataaggtt cagcctcttc gagcatatga accaccattc tcatggaggg 420 ccttgtagat ggaatcttag ccgtgcagcg aagtgcgatc cttagcactt tgactgcatc 480 ctccacctga gcctct 496 <210> 770 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 770 tgacaattca aaatttagga atatcgatac atccaagatt atactttaaa tttgtaattt 60 aacctcaaag ttctaattgt tgccatactt tttttgttaa tcatatatct tagtctcaaa 120 gttctaatat tttttgttca agtgttaata atattactgg ctgattggct ctaagtgaga 180 ttgatgattt tgtaggacca tattaacaac tggaggacga cttctctaat tcttacagga 240 tttctcgtcc cagctgccat tatatggttc ataggtaaaa gtttcaaacc ttgttcctgt 300 ytattgcatt aaattggaaa cattcaaaga atatttgcag attgatcatg tttgtgctgc 360 cccttagaat ttaataatca gcgttggtat agaaacatgg atatgtgaca cggatacgat 420 aaacacgtcg acacataatt tttatgaaag taggacacaa cacaatggga tgcagtagtt 480 tagatattta ataccc 496 <210> 771 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 771 aataaacttt tcttgtttgg ttcactcatt ttaattgttg catctaggag atggagaaaa 60 gatggacata agatatgtta cttgactaaa tccccctccc cctccccctc ccccacagct 120 ctctcctctc tcctattctg ggactccaac tgtcaccttc ttttccaact gcttctccgt 180 cgagtatccg acattcatct cttgcttatc ctccatggtt tacttgatat gatgaagtca 240 gccttttctt tatttctctt cacttcatct tcgatttgtg tgctgctttc tcaattcatg 300 rgggtggaag taggtagttg caagatacaa aaagatctca ttcctctcta ggtgttgaat 360 ctgtattggg acttctatag gtacagatga acgaaagctg attaaacgaa caagctttgc 420 cctctctggc tggctgaagc tccctcttca acaagaaaac agctgtcagc aagaccctta 480 cacatgttta tttctt 496 <210> 772 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 772 atacttacca gcgtagggga agaaaaccaa atacccacat agacaacccg gcccaagaaa 60 aaaatgaata aagaatatta tgaggaaggg gggcccactg gaggaaatgg agatatttaa 120 gggcatgttt ttcgttagag aaaaggctgc tgtggaggct gcagggagac accagcatcc 180 cgaattgctg ggaacgttta tttgttattt gtttcttcat tccctttgtt gcttatcttc 240 tggtgttttg ttaaactttc attgggaact ttctccctat tatataaata aagttccaca 300 kagtgctgcc tctgtttctt gcattgtgtt gggtttttct gagtgcaggg aaagggcctt 360 aacaaataca cgatcataca aaaaaccaag tcaacaaaaa aaggaccctg ctaaaatggg 420 gctccctcca actatacaag ataattccta taaaatagtt acaaaaatgt cttcagaata 480 catgtgataa tgtgaa 496 <210> 773 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 773 gttttatgtt caatgagcta ctagctggag gtgaaacatt gaaggctaaa gagctttttg 60 aagctgcatt agatagatct ctagccttga aaaattttct ttatagggac ctgattgaaa 120 gactttgcaa ggacggaaag ttagatgatg caagtttcat tcttcataag atgatggata 180 aacagtatag ttttgaccct gcatcattca tgccagtgat tgatgaattg ggtaaaagag 240 ggagcaagca tgcagctgat gaatttgcag aaaggatgat ggaaatggct tcagaaacag 300 rtttcaacca acatgagaat aagaatattc gaggaagatt gaataataat gatgaaagtg 360 attggcaaaa gataattcac aggtatgaat ctttaaaaat atatttgatc tgtgtcgtac 420 ttatatccac taggtttgct gctgttttga ggattcgctt aagaacattg tctatgtgac 480 attattcaaa tccaac 496 <210> 774 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 774 gcttgcactg acaaggacag tggaagcttt aatggaggga aaaccaaatc ctgaaattga 60 ttcttatctc gtgcttgatc cacgcgctca aaggtcgagc gctggaacaa gcagcagcca 120 cttgaaggga ccgttcaagg aagcaatcgt gtttatgatc ggtggaggta attatgtaga 180 gtatgcaagt ttgcaggaac tttcgcttcg tcagccggct cccaagcata tcgtatatgg 240 tacaacagaa attctaactg gagaggaatt tgtagagcaa cttatgctgt tgggagaaaa 300 ratggggtta ggcaatgctg ccgtatcttc caagtaaatt agtacagata tttagtgtaa 360 aggattttgg agttgttttg atgaaatatc tgtcacatat aacactataa ttaactacag 420 atgtatactt tgatcataga gcagtctaca tattccaagt tgatcacctt tgagtttctt 480 gggatggttt ttcctc 496 <210> 775 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 775 taggtgggaa gatgcttgat gcagtgcttt taaacatgag acctcatggt cggattgcag 60 tatgtggaat gatatctcaa tacaaccttg atcagtcgga gggcgtgcat aatctcttgc 120 atcttgtact tcagcggatc cgaatggaag gtttcagtgc tcctgattat ttccacctta 180 atgccaagtt cttggaagca atgttgccta atatcagaga agggaagata agctatgtgg 240 aggacacagt tcatggcctc gagagtggcc cagcagcttt aattggactc ttcagtggtc 300 kcaatgttgg gaaacaagta gttgccatct ccacagaatg attgtgcagc cggttgtttc 360 ttcagtaatc ctttcttcct tccatttgga tctgctcttg attgtatata agaaataagt 420 agtttccatc accataaagc agcccaagta atttttatta tcatgttgca gaatatacta 480 agaataagac atatgg 496 <210> 776 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 776 agccccctaa accctagcac gcacacacaa ccaaaatgca agagagtgga tggaattagc 60 ataacaataa ttacaaatta aacacaactg ctggtgtttt aaatcaacgt ctgcaacaaa 120 cagtgaaaga aaacaaaatt gtctctaaaa ttagaacctc aagtacaata atttaatgag 180 agaaaattgt tagaatatta tttcacaaac aagttgcata taggtttaaa ttttcaaact 240 aagctttttt tattgaaaag gaaaatttaa gactaagttg ctgcgtttaa ttaattatta 300 yttaggactt tttattttac agtcttttgc atttattgga cttcacgtag taacaatgtc 360 tctataacca tacaccttcc cctattggtt agtgagttag aataataata ataatgaaga 420 ttcagtgcga cgtatgcagc aaagacgagg cgatgctttt ttgcaccgcc gacgacgccg 480 ccctctgctc ctcttg 496 <210> 777 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 777 atttaatatt aaagataaat ttgtaaattt taaaatttaa tggttgatag ttgtcgaaaa 60 gaattcttta ttctaactag atgagctatt tattcaaacg taaatcgagc aatggtttat 120 ttacgatgtt gacaagaaat tgaaggaaag gaggcattga tcgggacgtt acacggatgc 180 aattcggggt aaaacagcac caagaaggag agtaattttt atggatttgc tcttgtgaaa 240 agtgtagcag tgcccatccc gacgccatgg gatgcgttca aacgatagga gcgcagctgc 300 rgtgtccaag gatcaagtgt gcacacagcg gcaagcatac ccagagctgc gctctcccaa 360 tatatatata tatatatatg tatgctcaat ttttagggca aaatatatga gtagaggagg 420 atgaagattt gggaggacag tgagctaaaa atatatgtgt gtgatcttca ccttttatct 480 ttattttctt gtcttt 496 <210> 778 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 778 tgaagagatt catcgcaacc atgtcaataa aataggaatt caagtcagtt tgattcttaa 60 aaacgcagtt atggacatgt atgccaaatg cggaagcatt gatgcagctg caaagctctt 120 ccattccatg cctgagaaaa atctggtgtc ttggaactcc atgatttctg catatgcatc 180 ttatggccac gccaagaaag ccctcactct tttcgaccaa atgaaatgct ctggacttaa 240 accagatcac atcaccttca ttggtgtcct atcagcttgc agttatggtg gttttgtttc 300 ygaaggtcag gcgcatttcg aaagcatgga gagctgcttt ggggtagagc caaagaggga 360 acactacgca tgtatggtgg atttgcttag tggagttggg ctgttgaagg aagcttacga 420 actgatatcg aggatgccaa tggaagcaag tgaaggggtg tttgtgtggg ggcgttgctc 480 gatgcttgta ggaagc 496 <210> 779 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 779 tttgcatcaa tgtcaaagaa aaatatagac aaagacaata taagctttca ggaacaaact 60 acacaatgag gattgaaagg ggaaaaggaa ccgattttgt agtaaatagg caaccagtta 120 cctatcattt gcctcctcgt taccttcacc aatgataggt attgttggtc cagccaaaat 180 ggcaaacctg aaagacttaa aaaactatgt tcagtacaaa ataaaatata atccattcat 240 aaaaataaat aactatgatc caaaaataac ttaaaggcaa taatcttgaa gcagcacttc 300 kacctccgag ccaaccaaag aagagcagat gttggaccta tgctagcaaa ctcattgggg 360 gagccacgaa cttgtccagc tgcatctttg cttttgaatt ctccagggta agaccagatc 420 aagcagggaa gagggccatc ttttgctgga tcgtagtttg gtgggagata tagtgtggct 480 gttagttgaa ctccat 496 <210> 780 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 780 taggccaagt acaaacaaat ggtcaaacag gtgttaatta tagtatttct atactgtttt 60 agcatcagat taacattcca aaggaccgat ccaaatagaa caaaagatct ttaaatcgat 120 caaatgcaag caagcatcac gtaatctcaa cctaagctac tcttcaattt attctttttc 180 tggcaagtgg gaaggaaaat gtacctgaat aacaaagaat cttgtgctgc tctcaacatc 240 atcacaaaca taccattcgc acggtgagga ccgagttgaa ttcaaattgt ctgcaacagc 300 ytgctttact tcctcctttg cagcaacgac agcggtaacc gaatctgtgg ttgccatcaa 360 agaaaccatg tctgagttca tcatatcgcc attgttctga cctgcttcaa gtgaatcctc 420 agttttagaa gatctgaacg gtagtatttt tacggtacga gaatgcaaat aagaagcagc 480 agaggcagca atctca 496 <210> 781 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 781 attttcccgg gcgtatgttc gtgtatgaac ttaacttctt ggtctatgaa tttttttttt 60 agtgattgct ttcttttctc tcatctattt taattttctt tttggtaggt gagagaatat 120 gattctaaga gggatctctc caggagtcct agtcgtgggc ggtcatactc tagagggagg 180 agttatagtc gcagccgtag tagaggccga agtaggagca agagccacag taggaggtca 240 gtatattttt ttgcatctaa tatgtcttgg gctcttggta tttctgtctt gtattaatga 300 ytctatgtac tttatgagca gcaagtctcc aaaagctaaa tcttcccaac ggtcccctgt 360 taaatctcga tcaaggtctg cttcccccgc acgctcacgt tcaaaatcat catctctctc 420 agggtatgta ctctcatttt gttaactata gtagtttact gttgtgatct ttaagcttat 480 ttttattatt attttt 496 <210> 782 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 782 agatgcagta aagagacaaa caataatgaa atttgcaacc caataaagcc ggagtgttaa 60 tggatgccta gcagcttcaa atttcttttc atgaattatc aagatcgcaa tcactgaatg 120 agttacagct tgaactaacc aaaagaatcc attggttaat ctccattgtg actgtttact 180 catagtaaat gctaaaatac aaaagacaat gcaaattaag gcaagcaaaa cactcaaaat 240 caaagagaat ttgaaccaga ttgtagtttc gagacatgct ctactcttct caatgagaag 300 ktcattcaaa tcagaattgg cctggccttt ggtagtgaac ttagaatata gcttttgtgc 360 tgcaaataat atgacaagaa gtaaaaatag aagatcgacg aaggataaaa ttgctctttg 420 aggacatgga gatagaaatg tgaactgcag ccattgggaa gtggtcgaag gataaatccc 480 ttttgaagat tgaatg 496 <210> 783 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 783 tggagaagtg ataatcgacc atctgatgat atgtattttg tggtcttctt tagagtgatt 60 ccagaagaaa tttctatagt ttttttcaat gtctttataa atggtggagg gggctttgaa 120 gacagacaat tgatacgtag ggaggctagc aagagaggag ttaatcaaag taattttgcc 180 tctttggata ggtaagagta cttccagctg cttactttct tgtgaatttt ttcaaagatg 240 tttgcccaga aacttttgga aagaggcttt ccctcaagag gaacacctaa ataacttata 300 rgaagaaatt gtgtactgat gccccataaa gcagccaccc tttcaattct ttcgaaaacc 360 atattaaagg aagaaattgt agatttactg aggttaatac tgagcccaaa tgccagttca 420 aaaggatgaa tcacatttct caaattttct ttggattcgt tgtgatcttt aacaaacaaa 480 atgatatcat cggcaa 496 <210> 784 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 784 atagtcggat tgccctctac ttttaggatc caattggact tttctccttc cttcaaccgt 60 tgacaacaag agaacaatgg acgatagctg tgctgtgtgt gccgatactc ttgaatgggt 120 tgcctatggg tcttgcggtc atcgggatgt ttgctccacc tgcgttgctc gtcttcgatt 180 catttgtagt gatcgccgtt gttgcatctg caagtccgaa tccgctgtcg tgtttgtctc 240 taaggtgaga gtgctgctat tccccttcca tgatcgcgtt caattctagg ggtgtttagt 300 kattgaattc tgatatgcaa tttggttttt tcctaagtgc tctgctgctg tagttgcatt 360 cgaattcttt attgaatgtt ttttcccctt tactgtcgtg gttttccgaa attatgaatg 420 cgcttttgtt ttctgttcgg tttagattat cgtacttaag tagttatatc aagggaatgc 480 ggatgcattt cgaatg 496 <210> 785 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 785 ataccttcaa gccttgggcc attctaggaa ttcccaattg gagcaatcat cctttccccc 60 cctttcaact gcatctagca gtagccatcc aaagcccaat caggacaaag acagtatggc 120 agctcatctt cggcgccaga ggaataatgt gaccgtttta aattctgcag gttggccaaa 180 atcaagtcgt gcccctgtgc taccttcaaa taactcatct caagcttggc cagcaataaa 240 ttccaatcat tcagcttcaa gcagttctgg gcagactaag ggggttgcca ccattaataa 300 yggcccttca gtctctgctt acgcaaatgc tgctcagatg catccgaagc ctcgatctag 360 ttcttcaagt ggatcaggca gtagcagtag gatcagccac tctgcttccg cgcccaatct 420 caccgacatt gcgcataccg aaccgtcact taacgaattc cctccagtat ctgcagcaca 480 ggcacggaaa gtgcca 496 <210> 786 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 786 aactccaatg aataaagagg gctgaggaaa aaagaaaaaa aacaaagaac aaagaacaac 60 atacctgtct tttctcttct caagaaatcg gtgaagggaa gccctcctag cgataggcaa 120 atctgctcga tcaaagaagg aaaaaaagag ggcaaaatta aatccaatta agagcaccaa 180 atcaagataa tcaaatagaa cccatctttg aaatttctac aatcatggcg gttaattacc 240 agatgacttt tttacttccg tttgcggttt cagttgctgc tccggagccg gcttcaccgg 300 rgccggagtt ttggacacca catttggctc gccggtggga gaattgctgt taggcttttc 360 caaagcagaa aataatctgt tgggggcgac ggcagctgga ggagcggcgg cggtggtggt 420 ggagccgcgg cttcctttat cggctaaggc catgatctcc ttggccctct cgttgggaaa 480 atcatcatac accaaa 496 <210> 787 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 787 atctaagttt cggggtggca accgatttcg cttttctaaa cgaatcgaca attcactttg 60 tttgggcagc ctgagttcaa cattagaatc aaaatgacca aaaccaagat atggatcctc 120 atcaatatca tcagaagacc aagcagcgaa attccaagac gaatttgttt ccgtaagaat 180 cataaacagc aataacccca ataacgtcac aaaaacaacc aatttaaaac gtttaagagc 240 agcatctttg agccgaggct tctgattaat agccataatc aacttaacac aaaaaagatc 300 rccagttctc aaacaccact actcaaagca gcagaaaaag caaaaacatc catggcatct 360 aaacactaac aacaagaata gcctataccc atttcagaag agactaaata atcaaaaggg 420 taagaaccaa aaaccttcac taaagcctcc acgctcggaa gcaagcagat cttcgtctta 480 actcataacc caacat 496 <210> 788 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 788 aagggagtga aactcaggtc accatcacac actatctgag tagatgttct ttcatgtcca 60 ataatgcaac aaactcaaag agccgtctct gttttgaaca gttaaacaca tcaggtggtg 120 cagcggacgc tgaaggccct gcctgggctc cattacgcga caattatatg ctgaccaatt 180 ccaaattaaa agactgggat aagatgccag taagatacga tatactttta aagccttctg 240 tttttttcag ttccgatatt catatcattt ggattgatta tacttgcagg ataatatgat 300 raccgcagct gaggacaatg ggagggtgtt agaggacagt agctcagatg aagatgattg 360 acaagtctaa aacttcaagt gaattgccta gtttgttgta gctttcaagt tgcctatagt 420 atacttaaaa agctgaggtc gattttggct tgttagcaaa ttcagcatgt atgtctcagc 480 tatatgttat ctagca 496 <210> 789 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 789 aagctcttca ccatccggag aagcctgtct cgttgattta cggttgaaac gctttcatct 60 ggcatgtggt gaagcagaaa agcaaagttc actatgagtg cttctccagg cttggaggca 120 agcattgagg gtgtaacgtc agaagcattt gaggcaatcg cacgaaattc aaatggaacc 180 cgtagtgctt ttgccagttg ctcaagcctt tgtccaatgt gcctaagacc tccaatgggg 240 cgctgtacgg attcggggtc atcaacccct gttaacctca agtgtggtgg cttacctggc 300 wgagctgcaa acatctgaat caattttatg tactgagttc cttggcttac atcaaaatcg 360 attatgtgaa ttttcttctc atctttggct gcctcaagaa tcgcacaatt tgcagccata 420 aagccaaact tgaaacaggg gcagacctcg aaaaggatct gcatagcagc gagacggtcg 480 gaggaagggg gttctt 496 <210> 790 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 790 ctgtcgacat cagtgcagcc gttgccacaa tagttgatgc ccagatcagc gtttgtcatg 60 gatgagtggt ttcggcgtct tcagaaccca ctagctagcc ttcctgctca attgcaattg 120 tctggcaacc agcagccttc agctgcattg gtcccataca tgccgatgat ttggattccc 180 tcatacgcgc cgcctggtcc tcagaattgt cgcccgcgcc tacaccttca ttgtatgcac 240 tgccgcacgc accgctgtca agacttcttc aactatcgac cttggttcag tcttctgctg 300 ytggtgtgat tgcgtcgtct cctgttgggt tagccgcaaa ccctagtggc tgccctgagg 360 ttggaaatcc agcccactct acctttgagg taggtgaatc ctcagtgcag tcaagggacc 420 atgaacaggg cctgtctctc ggtattgctc attagttgac atgctacgat agcaaattgc 480 aacgattgag gcaacg 496 <210> 791 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 791 attatttgca atttccatca agtcataact aagatttagc ctcatttcct tcagtgaact 60 agaggaacta gctttattct catgcatcac tctcatcaga cccaggtagg caccaggaat 120 atatgttgtg aaattatatc aaagaagaaa gaaagaatcg gcagcggata actccagcag 180 ccgaaaatct aggagcagtt catatttctg ttccgttttc ttcctcttat aagtcaaatc 240 aggagtgtag tctctttttc atcaactagg cccagttttc aaaaaaaagt cattaaatat 300 wttgacatcc ttgtcctggc tatgtgaaga ctcaagattg aaggtcctgt actccacctg 360 ctgctttcat agtatttttt tcttgttctt cccgactatg gcctacgtac tttcatattc 420 cagctgcaga caagaaccaa cttgtagaaa agtctaaatc tcacaatgat attaacccaa 480 cgagaacgtt acagaa 496 <210> 792 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 792 cgctcgaatc tgtccaaagc aacttaagct gtactctcct acattgctaa ttccatcttg 60 aaattctaaa aactgaatga atgtctttga agtgggctcc aagttatgga acaaagagag 120 agattcagaa gactgcatat actttgcttc aattgagaag gtgtttgatt ttctagaatg 180 tgggagtgat ggagtaaaat ggggggaagt ttcttcataa cgagttggtg cattgaagat 240 taaaactgat tcagaacaac ggaaatgagt ctcaacaaat gtcgggctgc atatgatatt 300 raaccagtgc ttacaaacaa acattgatct atgaagtgag tcaagtggga gtctaatgag 360 gatatttgaa acgcagtctt catgaacata gggaatcaga gactcttgct gcttcctttt 420 ctcttctaca ttcctaacca attcactttt tttagctgat cttgacatac ttgcaattct 480 tttacaattt gactcc 496 <210> 793 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 793 cttcttcttc ttcaagacca ccacaccatg ccgccaatga ttctataatc tccctcattc 60 gtaagaaagg ggaaacgtca agggctgtaa cccacccccc accgaacacc tgcttcctct 120 cctcttcaat cacaccaaag tcccaggggt gaaaagagaa accatcagtt ctccaagcca 180 gatgagtttt ttggcctctg aaatagaccc acaatctgat gaagctctca atttcttaat 240 tatgatcgtc gattgccagt caaacaatct aatgaaattg aataatgagc tgcttgggtg 300 yagtttgacg ccatgcttac atagtttgac gccatattga ttaaataacc tggtgggctg 360 cacaaaaaag ggtgaaaaaa tgtgtgcatg taacaaatat tgatcggatg tgtgtgtgtg 420 tgtatatata acatttgcca tttgacaaat attgattaga taacttggtt ggttgcacaa 480 aatggatgca gtttga 496 <210> 794 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 794 ttctccattt tcctatggta cacacacatc cccctcaccc catcatttgc tcatccatca 60 gtttcgagaa cagaaaaatg gtcaacatca tatccataac cacgcgagaa tccaaggcca 120 aagttgatga gagttcaaac agttccatat caagaaccac tttcagcctt gtaatccttt 180 atcaacaact cagcaacaga aacaaggagc tcaaccatct caaaaccagc agcagaaaca 240 aaatctatct ttcccaggct agcgtctcct tgtcctaaaa catcatgaga atcatgtaaa 300 ktctcctcac tggatccagc attcgcctca gcagaccaac taatgggtaa ggagctgcta 360 agtgcagtct ttatgagttt tgcctcattg attatgccct tgagagcttc caacatactt 420 gttcctggac cttcaagcgt aacggactct ttagcctgca aattaacaaa agttataatt 480 gtaacaaact tgagcc 496 <210> 795 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 795 tttagcgacg aaagaacgct tcttcattgt tgctttttat tgtgacctcc aacatttgct 60 tggccaatgc tttttggctg gcaaacatat tttctaggtc aatcaaagaa ggttggaatg 120 cccaaccttg aatagcagca ataaaacttc tatattctgg tttaagacca tgaataatat 180 tttcttctca ttctcgattc tgaaatagct caagtaggat ctaattcaga gatttcacaa 240 catagagttt ttaccttggt aaatattggt tgatagtcat cttcctttga gcaattaata 300 rgagcttgtt ttctaaaagc tgcaatcttg catcattttg ttttgataaa tgtgaggcaa 360 acttgtgcca tgctttcttt ggtgtctcca taatactaat gtgctctaac atttcttcat 420 caattgtagt tttaattgca aacattgcct tacgtgcctt gatattcgat ttcttcaaag 480 caacatcctc aagtgg 496 <210> 796 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 796 atcttttgtt aatatgagaa attaataaga aagtctgttt tttctcctgg tacttggatt 60 tccatgtaac tcggtgtcta ttttctttac cgcttttaac atggtgtcaa agcaaggtaa 120 agacgaaatc ctagacacga ttatagatgg aacccaaata gaaacaaaca agacagctgt 180 cattgccgcc accatggtaa agctgctcct ccagcttcag aagcaaatgg tgatcataat 240 gggcccatgc ttggcgtcag ctgcgcagcc tagtgaagga aacagccgca cgcccctcaa 300 ytgtctgccc acgtgctgcc gctgctgcca agcgcgtatc ccacgcgccg ccatccaact 360 ccttcgtcgt tcagtcgacc tacttccacc tgttttccca gccacaatag tacccttttg 420 gtcaaccgca catccacgtg cgctgttagt tcacggactg tgatcgtttc atgcactgct 480 gccctctgat tcttta 496 <210> 797 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 797 tttatagagc aacctttgaa tacattggtc aagcatgtag tgatctccgt gactttgcca 60 aaaaaaaccc tctctcgcat ggatatgatg gaagtttgct tgaaaattac agaaaatgac 120 catggcttcc ttccaacaaa gatccaattg ccttttccac ccaaaagaga tttgatcgtt 180 gatatcctct atttttagtt ggattacctt gtcagataca tcatcaccgt ccatggaaac 240 atatcaaaat aacccacatg cctatccaaa cacatgttac taccctttta gaggctgccc 300 rctcgactct gtctgagagc aacctatcac tgacgtagct ccaacaccat ctaccaagaa 360 gctgcctccc ccatttaccc aacggacaat agaccaattt gtctctcccc aagcaaaaca 420 caattatgcc ttcctcctct atccccaagt ccacatgtgg ccctcctcat atgggtctta 480 caaatcactc ccctac 496 <210> 798 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 798 aaatttcata tttagttttg ttttggatta ttcacgaatt tgagtaattc attcaaattc 60 tccaaataaa ttcaagggct caaatgagtg atggttgagt ttgggtcaaa tggtttctct 120 tgtaaaaaaa tgtaaccaaa ccttagtcta aaaataatgt aactaagaag aaaataaaac 180 caacggaatt caatactaag ggaggaaggt tgaaggcggc aaatcgaact cagtatcagt 240 gtggaaactc tttgatattt ctagtcggct atcgcctact gctgccggag ccggagcccc 300 rtcggtaaac aaataatcag tgcgatgaag ggacaccata tcagccgcca tgattaagtc 360 ttctttgtta gaatgcataa tttcaaacga cttccaaatt ttctcttagt attatcgaag 420 aacatcagct gcgacctgtc cagcaatcac ggccttgccg tgatgccact taaactgctt 480 ctgcagcagt ctcgtt 496 <210> 799 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 799 atcttagcca taaacgacga gggtaacatg ttttagagtg atatcgatat tttaattttg 60 aaattgctag aaccactttt atcatttcat caattaaaat caatatctgt atgaagatcg 120 ccttttaaat ttataaaatt caaaattaaa ttgattttgg agtaattaaa gctcatttta 180 tacgtgagaa aagtctatct taaaatcact tccatatatg gtgttataat ccattatttc 240 ctccaaaaat gttagaaatg ggaatggaaa taaatatata gatcagcagc ccaaacacga 300 ragggtaaca aattaatcct ttggagtgct atactttcta ccggggcaaa attgaaaccg 360 accataatgt acaaaaacaa agcaatattc aaatatataa tacaaagaca tatctctttt 420 catacagaaa catttacctc aaacactcta acacagtgat cagtgccaca ggatgcgaac 480 tgcagcttcc tgcact 496 <210> 800 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 800 aaatttataa aattcaaaat taaattgatt ttggagtaat taaagctcat tttatacgtg 60 agaaaagtct atcttaaaat cacttccata tatggtgtta taatccatta tttcctccaa 120 aaatgttaga aatgggaatg gaaataaata tatagatcag cagcccaaac acgagagggt 180 aacaaattaa tcctttggag tgctatactt tctaccgggg caaaattgaa accgaccata 240 atgtacaaaa acaaagcaat attcaaatat ataatacaaa gacatatctc ttttcataca 300 raaacattta cctcaaacac tctaacacag tgatcagtgc cacaggatgc gaactgcagc 360 ttcctgcact cttcgccact cttctccggt tccttccatg ccaaacggtt gaccgaggaa 420 acatggcaca caaatggatc cagacgtatg gcgaccgaag caactacatt tgagtaaatg 480 ttatctgttc ttttaa 496 <210> 801 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 801 ttaaaaagaa atagataaga gttacacaga ttaagtagag tcgacaggca tcgtgttaga 60 agaagaacga tatcggtcag cttcacgcca catcttggac ctagtaagaa ggtgatccga 120 gatgggggtg tgaaatgttt tgtttgtggc ttaacggtaa atggtgacta atgatggatg 180 gcgactggcg aggaaaaaga gctcaataaa tagaaagggg atggaggtgg ctgctagtgg 240 gtttaattat gagagtgagc gtaaaggaag aagaggaaat aaaagatgga agaagaagac 300 raaagaagag caatcgggcg gtgcagcagt agagatcgaa gaggtggaag aagaggagac 360 gaaagatgaa gcatgaagga agaaaagatg tgagatgtca agatgagaga ggttgaggga 420 agagaatgga ggcagctgct agtgggttaa aaaaagcaac aaaccctaaa ctaaatagga 480 aatattaatt ttacaa 496 <210> 802 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 802 tttctccctg ttctagggtt ttccacgtaa atcttatgct ctctttttta ccttttaaca 60 tggtgagcgt ggcgtcgaaa ccctagccgc cattggcaat aaccaaccgg tgcaagataa 120 ctttagttct gcaccaattg aaggggttga tttttccact gttgtcattg ccactgttgt 180 ccaagccatt gttgattgtg atctccagtc cttgcatatt cgtccaattc tagtgctgcc 240 ataatccttt ggtggaaacc atagccggaa catacaccat gcaaccaaga ttagtgagtc 300 yatctaccac agaggtaagt tttttgttgc ggcaatgaca ttctcgcagc aaccgagtct 360 tcctcatcat gtgtcgccta gttatgaaca tgaaggttcg gtttgtttat cctcgttagt 420 ggtacaacaa tagttggcca atcattagac aagttttcag caacgaaagg ttgctcttgg 480 agcagcctta ggtgct 496 <210> 803 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 803 attagacaag ttttcagcaa cgaaaggttg ctcttggagc agccttaggt gcttccacaa 60 acctaaattc cagtaccaat acagtgaatt atgacatttc ttttccgatg tataaagagg 120 atctggtaac ctctttccct acttcaatta tttgcctggc tccctggaaa attccataag 180 gttaattgca agagaaaagt tgaatggtca gaattatttc tcctagtaga gatccattaa 240 aatggtcctt gaaggtcgtc ataaatttag gtatctaact ggtgagatac caggacctag 300 wccaagggat ccttaagagc gcatttggaa acctgctgca atcattgctg attagtagta 360 tggaacctga gatagggaga ccattgtatg ctgcgactgc tcaagatatc taagatgcag 420 ttcagaaatt atatcctaaa agatagaacg tctcatcttt acactgcata aataggctca 480 tgagtgcaaa cagaga 496 <210> 804 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 804 aaattcaaca cttaagacaa atttacttgt ctatgtttca atcatatatt gaacatgata 60 ttgaaaaaag tgcttctggt gatcacaaaa aggttcattt cattcattca cactttcctt 120 ttataatatt atattcttgc ttttaattat cactctgatc ataaacatag atataattaa 180 taaataatgt tgtttacacc actaatttgt ttcaattgat ctttaggtcg tttggggtta 240 tatatgttgg aagatgaggt tgttttatat agttattttt ttggatatgc agctgctatt 300 rgcttatgta agtaaaccaa gatatgaagg cccagaaata gacagaatct tagtagagaa 360 agatgcaaaa gctttgtata atgcaggaga gaagagatgg ggaactgatg aacaaaagtt 420 tatcaaaatt tttagtgaaa gtagtcgtgc tcatcttgct gctgttgcct atacttataa 480 acaatcatat gccaat 496 <210> 805 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 805 tttggcttgg ggaggatttt ctccttgttc aatttagttt ggaatttcga tagttcacta 60 agctctagtg tggttcagtt gctgccgggt ccaaatttac ccaaaacacc ttgcattata 120 tggaaaaatt tttctaaagc tttactcata gaattatggt tcgagcaaaa tcaacgtatc 180 ttccatgata aagcaagaca aaggacagaa attatgcctg tagtagatct taatgctgca 240 gcttggtgtt cctgatcgga tcgtaggatc ggatcgaaaa ggagttcgtt aattattcca 300 ytcaagatat ttgcctcaat tggaatgttt ttctcaatca agactaatcg ttgctgcact 360 agatccactg cattgcagat ttcacagttt gaaggcttga aggtttgaaa gatcagtctt 420 tcttaagttt ctaactttga gattgtttta ttgggtcgtt ttatgctttt tctggtcatg 480 tttttcgatc ggatcg 496 <210> 806 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 806 cctctttcct cttaggtctt ccatttctct ggaaatccgt tgaaatctac cgtgtgccac 60 ttccattcaa ggacattgat gccctctcct ctcctataga attgtcgcca ttgcaatttc 120 cctgtacttt tcaggttata ttttttggat ttgatttcat ggcctctaga gccgagcatc 180 taaaatcgtc tatccccgat gagatgacta aactttcttc taaatcctca ctttgtggca 240 gttgcagcaa caactatgct gtctctgtag ttatagaacg gggttttgat tgctcacaga 300 ygcgcactaa cacattctca tgttcttgtt ggtgtggagc tcttagtgct tttgatgttg 360 ctgcttcttt ggaaaatggg cttcgaagtg tcgatgattt cttgggggtt gctctgggag 420 gttgttcgaa gccagcttct ggtgggagag tttatagcgt agtggttatg aacaagggcg 480 agaatgtgga ggctac 496 <210> 807 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 807 cattgatggg tcaagggaac cagcaatgca aacatttgtt tcttgtccat caccagcagt 60 attgttataa acaagcggga gttcatttat gctcttgcca taatacaaag aagagccttc 120 aaaaacttgc ccatttccaa gtttgacagt ggttgggaaa gttctgtcgg tgtaactagc 180 agcgactgtc atgatccatg gggctgcatt accaacagtt gagggtgacg gaccagaatt 240 accagctgaa catgaaacaa aaaccccttt ttgaatagca ccaaatgctg ctatggcaat 300 rttatctttg taaaaagaac tagaaccgcc tcccaaagag agtgataaaa catcgactcc 360 atcagcaacg gcgctgtcca tagctgcgag aatatcggca ttcgcacagc ctagaggcca 420 acatactttg tatgctacga ttctggtgaa acaaggtttt aaatgacaat ggaaatggaa 480 atgcacacct tcaatg 496 <210> 808 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 808 tctctttgct gaccatcaaa ggcgtcttca tgcatcttca taattagtgc agcagttaaa 60 catatttttt ccaaaagcaa aatccacaaa tctgactgtt cccttacaat aagcaggaga 120 aggtttagca gctctttaat ttcttgaaac ccttcagaat ttgactgagg aagatctaag 180 aacatctttg ccaatgatgc aatttgatcc atgattagtg aaataacccg tgatggcaac 240 aaagacaatg aacaaactcc tgattctact tccatttttc cagaaagctg taaggataaa 300 kgcaccaaca cttggaaagc aaggagcctc tttaacttta ctggagatcg ggctgcattc 360 tccactgctt taaccaggtt agagtattca tttgcatcca aaaatgaagg gtttcgccgc 420 acatagaaaa taatctgcaa cttatccatc gtgattcaac atatttcaat ataaaaattt 480 aaacacgagt tcatct 496 <210> 809 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 809 aaatgctttt aaaagaactc tcctctccaa actcatcgaa gctggcattg ccaatattaa 60 tttgtatccc tttgaagcag caataaatgc aagaccaatt cctgtgtttc cactggtagg 120 ttcaaccaaa acactctgaa aatacataag agtattatgt tatcgaggat tctgggccag 180 accagaaaat ttcatcactt acatcagcta gagattcaaa atatttatct aatggttcca 240 agttatataa caaaatagca catgcaagat atgcaactag gagatgccat cacaaatttg 300 rtatgctgct aagtccagtg catacttttt cttttttgat accaaaaccc caaaacaggc 360 tttcttgata atagaagtat gtaaatgctt caattcaata ataataatta ctatcatgat 420 gggaggtagg caagtataaa acgaagatgt cataactcat caacagtttt gatatgttac 480 tctgcaagtt ttcttt 496 <210> 810 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 810 tagaatgtaa tcggaatttc tgggaatcat gattacaacg aaatgttaga accagtgttg 60 gaataggatc gggaaacgtg aaacgtgaac ggtgggaagg gaatgtagta ggaattacaa 120 accgggccca aaactctcaa tccaaacgtg gaatcagatt acaaccatta caacaaaccc 180 atcatattac agccccccaa ataagtttgg agtcctgcag gctgcagatt gtgataatgt 240 gccttttgag ttcttatttc cttaaacggt tgtgggttgc atgtcctgtc cataggagcc 300 rctctagaca gcagccatgt aatcgcctgt tcatggaggc tgaacatact aggttgaata 360 aaatttcttc gtgttttctt gatcatatca ttgtttcatt gtgatgcatg acatggttgt 420 cttagtttct tcgactctta ttatatatta gtgtttgatt atcttatttt cttttgtctc 480 aagtgcaggt gcaaag 496 <210> 811 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 811 tccctaaacc tcaacaaact caggaacttt ccaattcacg gagggagaca accaaatttc 60 tcaacaatgg cttccttcga cgccttcacc aacgaagagc acgaacaaca acaccaccac 120 cattccccta cggcgcaacc ctttgatgat gatggctaca tgggatatga ctctcgtctc 180 ccctctcaac catacgactc ttccacccct ttctctccct cccacgatgt ttcccccgcc 240 gagcagcaac ctcaagctcc cccttccttt ttcgaagacg acgtcatttc cgatatccac 300 mctcctggaa acaccactac tcccaatttg tctgacgctt acgattttgg agtttctaat 360 cctaatcctg actatgtatc tccctttgat tctgttgacg ctgatgcaga ccatgacaat 420 gccgccgctg ccgccgttgg tggtggtggt ggttttgacg atggtggtct ttttgtctct 480 gatggaccgg ttctcc 496 <210> 812 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 812 ataaaaggct aagaaggtag actttagtat ataaaaaagt gtgttaactt ctaatgtttt 60 ttcatttctc tctagtttaa aatatttaaa cttaaaaagc ttaatttagt aaattggtaa 120 aaatcgagaa gaaaagatgt tagccggaga gaactaaaaa ttttaaatta ttttgtaaat 180 tggtaaatta ttttagagtc ctaaaattat aaagaaatac gcacataaaa tttacctaaa 240 ggtgactcaa agaaaattca aatcagcttt ggcttgggag ggagaagacg ctgctggact 300 rggcagaaag aaacgactca aggcttgact caggcaaagg ggtgcagctc atggctcggt 360 cagaaggagc gcggttcacg actcagcaga agagcacggc tcacgactcg ggtagaatag 420 tgcaactcac gactcgaagg aagatgcgcg gcttgtgcct aggggatcaa aagggggctc 480 agctcaatga cttgga 496 <210> 813 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 813 ataatcttaa taataagatt aaccaattca gtgtgcccaa atacccccaa atagctatcc 60 aaaacaaaac atcacaaaaa aggacagccc cagcgagcaa aaacgaaaag taatagcaca 120 aattttcaca taaacatata gatgattaga cttacgcaaa agagtaaaac ccaaatttag 180 cttgcaagaa aagaaacagg aattacccat agcctggtaa gtccacaatg taccagcttt 240 tattcaccaa gaagtgatta atcagctgcg tcttccctac aaccaaacag aaattcaata 300 scattaacaa ctaatacaat caaatagcat actgaatagt tataacaaac ctaaaatcaa 360 tcaaacctgg cttcttagaa gtaagagcaa cttccttttt gcgaacaaga gcattgataa 420 gggaagattt accgacatta gaacgaccca gaatcgcaaa ttcaggtttg ttatctttag 480 ggcaatccct agctcg 496 <210> 814 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 814 tatataactc attattgtgc gtctatgtag aaaaactctt cttcaattct gattacacga 60 gtagatgttt ggacgaaggc acatgtgaag aaagatggaa cacctataaa ctcgcaagtg 120 gtcgacactc tgattgctta aatttttgta ttgtttatag ttgctgccat attttatagt 180 tgttgtcata ttgtatagtt gctgccatat ttcatagttg ccattttctc attctgttgt 240 tgcattatct tatagttgct gccatatttt atatatggat aactacgtct tgttgtagat 300 satgttggga ctatcgacat cttgatgtaa atgttgttgc tgctattttt tatagttgct 360 gtcattttta atgtttcaat ctcttgttag gttgctgccc attgagtaat gagatttagt 420 tgaagtaggt cttaaatgtt gtgactttcc ctaatgcctt ctctcccacc tcccccaatg 480 atctttttta ttccta 496 <210> 815 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 815 tgtgaactaa tccttcaaac gttagagaaa tgtgtgatta agagagttca atccaactaa 60 tatagttcac aaggttactt caaattatat tttatttgca ttataaattt attttcttaa 120 ttacgacctc tcataaaaca aaaccacctt tctttttcaa accgctataa tatccttctc 180 cttcaatttt caacctttct tttcctcttt taaccctttc ttgttctctt tcttctataa 240 tctataccct aaaactaaga cagcttgatt agtactccat aaataatttt cttttctctt 300 yttctttagc tcttctatgc atcatcgaac tcttcgcttc aagcaatcca caagtttcca 360 tgcattttcc gctgccatga ggtataattt cttctctcta tggtgttctt tttttctttt 420 tctttttttt aattttcgac tagaattggg agattttatc atcgttatcg aaattatcaa 480 gcctccatgt gtctgc 496 <210> 816 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 816 tggattgtgc caaagattca ccaacttgaa acccagattt attatggagt tgatcaatcc 60 cggtaccatg gaagtgcggt tgcggtaaag aatcaaaatg caacactgca taaaaagagg 120 gcagcatgta gaatggggcc tgcggtggtg cgtggatgtg tggctgatca agagagtgct 180 gcgactaaac agagggccac ggtcaggagt aagctggctg aactgtgaag acgacggatg 240 gcggcacgtg ggggtgcgtg cttggcaatg gccacgcagc tgactctgag ggtgaggccc 300 stgtgatcac cgacggcttc tgaagctggt ggagcaactt ttccatggca gcagtgactg 360 tggatccatg gctagagttt cctctttacc tcgctttgat accaatatta aaagggataa 420 agaaaatagg cattgagtta cgtggaaccc aagtacctgg aaaaaaacta caatctgact 480 ttcttattaa cttctc 496 <210> 817 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 817 tgaagttttc tcctagaaaa ggaaactctt tgcgtagatt gatcaaggca aaatatgata 60 aacattttga tcttaaggca tcagctggaa gaacttcatc atctagaagc ccttgcaaat 120 acaatcttca gcagcacgac cttgtatatg aaaatatttg ctatagcatc attctggcac 180 gaaatttggt tcggtcaatc ccccctcaaa cagatctttc ctaagctctt tcatttgact 240 ggcactaaag atgcttctgt gaaggaagtc cagaattctg atcaatgcat atggaggatg 300 ractttagaa gactcttaag gatgatgaaa ttcttgaatg ggctgctgca ctcacccatc 360 tcctccataa tctgccccta actgaccgtg atgatgcatg gccatggaag ccagagccta 420 aaagtttctc caccaaatca ttattataca ctcatctcac cactagcatg ctatttcaaa 480 atgacaattt attcaa 496 <210> 818 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 818 actctttcta cttctctttc tcacatctta aaccaactat cactctcaca ggcattttca 60 caaacacctt gcctgcaacc ccatctgagt tcacaataaa tggacgagaa atggaatcta 120 tcaaagaagg aaggttcagg aagtagttac catcattcat ccacaaatgc caaatcgtca 180 ttcctgagaa gtgggtcaac ctccaaatcg ccattgctgc gatgttcttc acagaaaagc 240 ttcccatctt ctaattccaa gaacccccac gatctccctc gaagttattc acagaaaagc 300 wcttctaatt ccattggaag aaagtacagc agcttggcaa aggaacagaa ggctcgattc 360 tacatcatga gacgctgcgt ggcgatgctt gtgtgttggc ataaacatgg agattcgtaa 420 agaagacaaa gaatcgatcc gggttcaacc cattttcgtt cgattcagag atttgatttc 480 ttcaccttct tcattc 496 <210> 819 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 819 tttttttatg aaaaaaataa atataatagt agtaataata ataataataa taataatatt 60 attattatta ttattatttt attttatatt gaatcatata attattagta ttcttttttt 120 tttttttatc ttttacaaaa ataacattta tcttccttgt taaaaatcaa caacgaaaca 180 cccaagaaaa tataatctta ataacttagg atagtaatgt tgagagaatt acctcgagat 240 tttgggacgt cacaaaaatc aagatgggta aaaggaaata ggataagggg ttgggctgcc 300 raaaacgggt aggaaattgg tgaagaaaat cgtgagaaga agattggaca gagggggctg 360 ccaataatga gggttgtcgg tgaagaaatg aggaaaattt tcattaaatt aattttaata 420 aaataattta ttttaataag ttgactttaa taaatttatt tttaataagt ttattttaaa 480 taaatttatt ttaata 496 <210> 820 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 820 gattgtatta gaaattcttc ctaaataaaa agaaattaca gcaaagaaat tagagtttca 60 tcaattttgg tatcagagct acaatccaaa gtatcggaaa cgaaatggtt caaactcgcg 120 ttgaggagcg actggaactt atcgaccaga agattgctgg aatgaagaaa gaaatgagta 180 agatgctggt gatagaatta agcttgagcg aaatcgcaaa gagcatcgat ctgatgcaac 240 ttcactctga gaaacagcag caattgcttt ttacgatgat ggagacgagt gcgagagaac 300 rgtcagcgat gagtgaacga ataatgaaat cagctgcacg tgattatgag aaagctaaag 360 gaaaagaaaa cgaagcaaca tcgagtaaat ttacagattc ggaccgaaat ttcgagaacg 420 accgaaacga aaggaagaac gatgccaacg aaagctacaa caatcggaat aagtttaaaa 480 aggtcaagat gtcggt 496 <210> 821 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 821 ccgagctcct gctcgtgcta gcaccgaccg ctgattgtgg tggcagaatt tttttgggta 60 tgaccgagga aaagaataat cacatgtttt tgctactaag cctatctaca actgaagtta 120 aggaagaagc agcagcgaga aggttgtaat atttgttatg ttgtgttgtg tgttacattt 180 attagtggaa gagttgtccc ttttgtttta taatgaaatg aatgtacgac ttcatcacat 240 ggctaccaat ttataggcca acatttttag ttgcattgta tttttctttg gttctttttt 300 rttttccctt caatctgttg agggaggcct tgatgaactg ctgcttacaa gcatttttat 360 ggacatatat atttaattgc tccttcttaa gttcatttcc ttttttgttt gtttgtttcc 420 attaggagct taccctcaag ttatgtagct attagaaaaa acactgattt tatggagaaa 480 tacgattcat gagttg 496 <210> 822 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 822 gatcgcacaa aaagccggtt tgttagggtt gaaccttcaa gttaaaaagt ggtctttaaa 60 aatgttcata ttccattgaa attattttcc aatgaaagca tggtgtgcaa aggaaagtca 120 caaactgttt tggactccaa tggtatgaca cgaaaaccag acggcagcaa gggagcatca 180 tcagcaaatg attcatctat aggtgcaaat acaagctgag cacaggcacc aactgtattt 240 tcctcgaccc cactacacag ctgctaaaga agcatttgat caatgatttt caatggaaag 300 maaaaacgtt tataaaagag ctcctggtag atgaagcaac actaacctgc aataaataca 360 tatcccgtcc tcctaaagca gcttcttcag ggaacatagc atggccctct aaccgaacaa 420 cctccaagaa ctacacaaga atagcatatg gtgaataaac ttgaaaggaa gagagtttat 480 gataaaataa aaggtt 496 <210> 823 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 823 aattagaatg ttaaaaggaa gttaataaca tcttacaagt attgcaagtt gcttaacctc 60 ccaagttgtg atggtattgc accattaaat tggtttcctt caaggttcct gattttgtga 120 aacatataag tgatatatat gtaaaacaat gatgaaaaag aaaattataa ctcgatcttc 180 tagagctatt aaatgagtag aaagagagtt gaacaatggg cttttatttt gttaaggtca 240 aagtgataat atgacaggta atgtaacatc tctattgaaa gctgcagtct tcatataatc 300 raaaaccaaa acaccatacc ctgaaaatag aaagaagaga atgaatatac tatgacagct 360 tacagtgatg ttagagtagt aatattcccc aatgcatctg atatttcccc tgacaaccga 420 ttaacaagaa gagagctgca agatattcac tagaagttta ttagtggaat aaatcaggac 480 atcaacaaca aaaaag 496 <210> 824 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 824 tttaaaagta tggagaccaa cttggactaa atatgaaagt atacgaacta aattaaacta 60 aactgctcta tatatatata atctcttcat tttctagtga aacaagggtg atcatttggg 120 ttaatttcaa cttttcttgg ctttgaagct tgattgtttg ttaattgtat gaatgagaaa 180 ccatgacagt aaattttagc ctctgacgga tttaaatggg tgtgcaggtt cataatagac 240 ggccaccgtg gtctgttcag cagggacaag cagcccctcc taccaacttt gttcaataga 300 wtttgttttt ctgagtttca tttaggaaaa gatgttccat tttctgagtt tttcttttcc 360 gttgcagcct taatcagcag gcagagaaag aaaagagaaa actatcaatc attagtgcca 420 cttttatttc cttattatta gctattgagt ttatgtaaag aaacttagga actcaccttc 480 ttaacttcca acaaat 496 <210> 825 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 825 tgtgaagtgg tccgatattt ccccaaagtt ataggagatt ttcaactttc gagtatttca 60 gaaaaattcg gggatgtgga tcgattaaaa gggtaatgaa ttcttgagtc ggtttggagt 120 tctttggcaa ttggccatgc ttctattcaa caacaactat tccttataaa atcaaacaac 180 aaacgttcaa gcagcaacaa gtgcgcggca acactcagtt cgtttacttt cgcgctctcc 240 agatttgcaa tggcgtccaa acgccaccgt tctcaagaac acgaatgcga ggtgaaggaa 300 yccaaaactg cccgtgtttc agatgctttt gagttgaaga agcagcaacc agtagtgctc 360 aaccctgccg actgcgacct gggtatttct tctctctcga agcctatcct attgaaatga 420 aaccctacaa gacccaatta tgttcagtgt gcttgtgatc tcttcttcat cttttcccct 480 accgtttgct ggagtc 496 <210> 826 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 826 gaagcaacag acacactcag cacaactata agcttcctct taggcgattc tacaataaaa 60 tgaagcattg gttgtcacaa tattctcttt acactcgagt taacaagaac caaacagcac 120 tgacagaggc caaaagaaac agatacctga ttctgaaggc tttgcagtta catttaattc 180 tgaagcagcc agtctcacat agatatcctg tccataatca ggaaagatcc taatatccac 240 caacttctta aaccatgtga tgcagccact gccgccagtg ggaagctcca ttattccata 300 kgccaagcaa gagcaattac tcaagcatgc cgcttcgcag tcatgaaagc tcacatcgac 360 attcaccaaa tcgcctgaag aatctggcca tttcacgttg ctgattcttt taaacccctc 420 tccattttcg caggttcgat tgtctcttat aacgcagcca cctgaccagc tatgctttcc 480 ccaatcatct ggcaat 496 <210> 827 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 827 ggtgaaatgg gtagagggaa acttgaaaca agcagtattg gaggcaaaaa aagagttgat 60 aaggaagtcg aaaaccagcc ttcttgtggt agttagggat gaagagacca accaatttca 120 agagacgaag aaacaaggca ttgacacatt gaacagcaca gcagatgtcc taattttggg 180 ctgcattgag tgtactgcct caaatgtttt gaaactcttc cttgaccatt tcatccaaaa 240 agataaggat gtgaggttga tcctagtcca gccttataat ggaataatgc acactgcacc 300 mcaaattatg ctacctcatt ctataggtga agggtaagta aaataccatt tcttgaacta 360 ctttacttaa attcactcga gccctgctca aatgttgcct catactcccc catccactgc 420 acataaaaaa taataacttg tcagtttaat tgagtgaagt atagaaggct gcacaataga 480 tgagttagac tactcg 496 <210> 828 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 828 gtgaaatggg tagagggaaa cttgaaacaa gcagtattgg aggcaaaaaa agagttgata 60 aggaagtcga aaaccagcct tcttgtggta gttagggatg aagagaccaa ccaatttcaa 120 gagacgaaga aacaaggcat tgacacattg aacagcacag cagatgtcct aattttgggc 180 tgcattgagt gtactgcctc aaatgttttg aaactcttcc ttgaccattt catccaaaaa 240 gataaggatg tgaggttgat cctagtccag ccttataatg gaataatgca cactgcaccc 300 maaattatgc tacctcattc tataggtgaa gggtaagtaa aataccattt cttgaactac 360 tttacttaaa ttcactcgag ccctgctcaa atgttgcctc atactccccc atccactgca 420 cataaaaaat aataacttgt cagtttaatt gagtgaagta tagaaggctg cacaatagat 480 gagttagact actcga 496 <210> 829 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 829 ttaagccaag cataatctat agaaataagt gaacagttaa gaaactggag agagagaggg 60 agaattgaaa tgagacatga aatagaaccc gccaggacaa tcaaggctcc taattcggtc 120 cttgaacaac tcaaagaaaa tcctcttttc agaagaagac ttgaaataag accttttagt 180 atcttgtttt ttatcggaca caatttacta aagcagcttg ttttcctttg cattaactgt 240 gatcctagat ctgatagtag caattgctgc attgtattct acaattttgc agtatcctgt 300 sggaacacca gaggtacctc ttgcaatttc agacagttca ggaattactg tgtttggatc 360 acctttggcc agtgcccaag atggctataa acgcagtgct ttcattggaa gttgcaagca 420 ccaagtatgg aaagctataa gagcttcgtc tgctgcacct tactatcttg atgatttttc 480 agatggtatt ttttac 496 <210> 830 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 830 ccacagattg gagctgccag tgtcaaaaat cacagtgaac ttttgtgggg gtgtaccaat 60 ggcgatctca ccatagtact gagcatccag gtagttcttt aacgcaacaa tatcagtatc 120 agaagattcc tcaagattac catttgggtt atacttccta aaagcagctt tcaaaatctc 180 tgcatccttg gactcaaggc gggcagccag ccggttctct gggtctaact taatcttctt 240 tagtccaact ctaagcaacc catcatttga tacagacgag acaatattaa atgaaaccaa 300 yaggaacaaa cacaagaaag ctgcttttga gtgatatgaa gccattggta acctacaggt 360 acaaggtgaa gttgagaaaa catgaaactc aatagtccct tgatgattat taataagaat 420 acaagacagg aagcaaaacc atagaaaagt gggattttct gtcacttaaa agtccaaact 480 catagggcgg gaaggg 496 <210> 831 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 831 tcagcgattc tgattggttt ttgcatagaa tatgctagct tgggttaagg tgcatcgaag 60 gatttcgaat ttgacattta tccatagtat ttgatccatt attaagtact gtccaaataa 120 agactttaca ctttttaggt ttggtgcatc aaccaaatgg atctttggag atttaacaga 180 gaaaatacag ttagtggtga gagaccattg cacaatatca gtatcctata tagatatagg 240 gggtgtccaa gcagctgaga ccaaatctca atcaacaatt ccacttttta atcagtatcc 300 ycaattgacg gcaaggaaaa aaaaattcca gattgcattt ggtggagacc aagcttttcc 360 ttaacattaa tgatcttgat gttaaaggag cttgctgtta gtgagagcaa agaaacgtgg 420 ctgcaacgta taaaaggccc atacccgtcc aaaattctta taccagaaag gggtgttacc 480 tccactagag attttt 496 <210> 832 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 832 atgataaaaa agaaatcaga tttgattact caaatctaaa tgacgtaaaa aaagaaaaaa 60 atgatagaaa gacgatgcat gcagtaaaaa aaaaactgcc taacattttg ttgcagccgc 120 cgtatattta tgaaaatttt cctaatataa acatgatttt ttctcacaaa ttaaaaaaaa 180 agagagaaga gagagaaaac acacctgcgg ggcccaccca cagaccaatc cctgtccggc 240 cgtgcgactt aggaaccctt ccggcaacac atcgcttaaa tcggagtagt catccggttg 300 ytctatcgtg gtctttggag gctgccgtac aacccacacg aaccggaacc cggctctttc 360 aagcccaaac gcaatctctc tcacttgatc ttcatcaaga ctccccatac tcccaaagct 420 caacaaaaca accgaccctt cctcctgacc atccaaccac ttcacaaccc tctcgagcct 480 tccctcacca gcctgc 496 <210> 833 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 833 gatggtgatg gtgcccctcg aggctcgagg gagaggattt ctatgtttcc ttacctttat 60 ttcatagttg gctatttcat taaaaacgaa aagaaaagga aaagaagaga aaaaagaaac 120 ctttgatttc acaaaattca caaacactta cgctcgtgag cgaccgtcaa ctttcgccac 180 gcaacaaagc aaccgtcgga acattaagac caaggcgccg gaagaagcct gagtggcggc 240 ggctttcacc atggcgaaac atcggctcct cctacggctg ccgcgaatcc tcgctggcct 300 mtggcgccgc cgcctgatct tcccaaagca attctgagtt gtagtctcag ggacaacggt 360 gtcctctcta gagaaggtgt aactccgcaa gtacatttgc cggcgagaga ttccctccgc 420 cgctctcggc cttggacggc ggcgctctgt agaccacttc tcctcctccg accaccgctg 480 caggttgacg tacgtg 496 <210> 834 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 834 cggcctagaa tcatcagaac ccaacgtcac attcgcccta tgttgtggga cgcgctcatc 60 gccggctgtg agaatataca gtggcgaggg ggtggtggcg gagcttgaga gatccaagct 120 cgagtatctg caggcatcgg tggtggtcac cagctccaag agagtcgcag tgccggagct 180 tctcattcga agcttgccgg aattttcatc agcggacatg aagacggtgg tggagtgggt 240 gtgtcaccag ctgccgacgt cggggagttt gaggaaatca attgtggaat gctttcgagg 300 rcatcccaaa acgcagccta caattgacac tttgtcttat gacttcgagt ttcaatatct 360 tttgccttta taaaatctaa ttctttaaat ttgagaaatg atcaattagt tggatagggg 420 tttttttttt ttctcactat tcttaccttg aattaatttt gatgggtttg atttgtatat 480 tggataattc ataatg 496 <210> 835 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 835 agaggagacc atgaaccact tatttttgca ctctctttac taggaaagct tggaaaactt 60 tgtttagaat tttttatttg gagttttgtc ttcctagtaa ggttgatagt tggttggttg 120 aagggctcaa cattaaaggt tatagcccaa aaggaaatat cttatgaaga tatgctacac 180 aatccctttt gtggtgcatt tggaaaaaaa ggaatagtaa aatcatttaa gatagctata 240 attctttcga ttctttttga actgtgttgc agcacacaac ttcttggtgg agtacgaatt 300 rcaccaaaca cttttgtaat tgcaaccttt ctatgatatt caacaattgg aagaccatca 360 ttctctagtt tcttttaggg agggccctct cgtcccttgc ccttaggttg ttctcttttg 420 ttatataaat atacatgttt cttaaaaaaa aattcaaatc aaacaacctc tataaccaca 480 tttatgctgg ggttaa 496 <210> 836 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 836 gtggtgcatt tggaaaaaaa ggaatagtaa aatcatttaa gatagctata attctttcga 60 ttctttttga actgtgttgc agcacacaac ttcttggtgg agtacgaatt gcaccaaaca 120 cttttgtaat tgcaaccttt ctatgatatt caacaattgg aagaccatca ttctctagtt 180 tcttttaggg agggccctct cgtcccttgc ccttaggttg ttctcttttg ttatataaat 240 atacatgttt cttaaaaaaa aattcaaatc aaacaacctc tataaccaca tttatgctgg 300 rgttaaactg attcaaacct gcccaagctg cagtatgaat gaaacataac gatccacaac 360 atactaagaa tgaaaatatt accagatgta cgtagaagtc ttcaattaca gccacattag 420 tttgcagaag catggactga atatgtgctt tagacctatt cattattctt gccacaagtg 480 ataatgagtc agcacc 496 <210> 837 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 837 ccaagcgtag ttgagattta ctttgcccta attttttatt attttaatta ggctcgtatt 60 gcctataaat atttcccctt tgtaccttta ttatcataaa aaaataataa gaaatgtcaa 120 catcgtggtt tttctccttg tactagggtt tccacgtaaa tttgtatttg ttttacatct 180 ctacttttaa tatggtatca aagcgggata tcaaagaaac cctaagtaaa caatcaaaca 240 cttaatggaa ccttagcaga agggacagcc gtcgacatca gtgcagccat caccgccgca 300 stttggatga gtggttccga tgtcttcaga acccagtgtc caaccttcct gcccagctgt 360 aaccatttgg caaccagcag cctgcaaccg aacaggtccc tcacgcaccg ccagtccgga 420 taccttcata caggttgtct ggccctcacg cactgtcgtc cgtgcctaca ccttcactgt 480 atgcatcgtt gcatgc 496 <210> 838 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 838 gaagggacag ccgtcgacat cagtgcagcc atcaccgccg cagtttggat gagtggttcc 60 gatgtcttca gaacccagtg tccaaccttc ctgcccagct gtaaccattt ggcaaccagc 120 agcctgcaac cgaacaggtc cctcacgcac cgccagtccg gataccttca tacaggttgt 180 ctggccctca cgcactgtcg tccgtgccta caccttcact gtatgcatcg ttgcatgcac 240 ccctgtccgg acttggccag ccgccgacct tggttcagtc ttctaaagcg ggtgtgattg 300 ygccgcctcc tgctgggtta gctgcaaacc ttagtggctg ccccaaggtt ggaaatccag 360 cccactcaac cttttaggta ggtgagtcct tagtgcagtc aaaggcccac gagcaaggtc 420 catctcccgg taatgctcaa catcagctgg acatgatacg acagcaaatt gcagcgattg 480 aggcaatgtg aagagc 496 <210> 839 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 839 agctgtaacc atttggcaac cagcagcctg caaccgaaca ggtccctcac gcaccgccag 60 tccggatacc ttcatacagg ttgtctggcc ctcacgcact gtcgtccgtg cctacacctt 120 cactgtatgc atcgttgcat gcacccctgt ccggacttgg ccagccgccg accttggttc 180 agtcttctaa agcgggtgtg attgtgccgc ctcctgctgg gttagctgca aaccttagtg 240 gctgccccaa ggttggaaat ccagcccact caacctttta ggtaggtgag tccttagtgc 300 mgtcaaaggc ccacgagcaa ggtccatctc ccggtaatgc tcaacatcag ctggacatga 360 tacgacagca aattgcagcg attgaggcaa tgtgaagagc tccatcccac aactgtttga 420 cctcaccggt gtattctaaa aatttggtaa cctcgctccc tactttgtcc tcttcttatg 480 tgtctaatct agtggc 496 <210> 840 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 840 tcttaaccaa aatcatatcg acggagggaa tgtctttgag aaactgggat gaacaatcat 60 ggagttcaga aatggcttgg caacaagaag gatgaggagc aactgcattt ttaagcacat 120 caatcacaca ttctgtggcc ttgggaacaa atgatttgca gggaaacaaa gagatatccc 180 ctttaggagc tgctgctgcc accgttaccg ggcgagccat taccgatgat gctaaaatga 240 aaatgcagaa aaggagtgca agtggtaact tggtgaatga tgctgccatt attcttagaa 300 waactgagta cgaaggtctg ttgaaggata aaggaatagc tctattttgt ttgtgggaaa 360 aaacgagata gtagaggtta gatatatata gatggtcaca catgaagatt ggaaacgtct 420 ggcagccatt gaaaactgca attcttttaa tattaacttt gaactttgga gttactaaat 480 ttgggtttaa cgtgga 496 <210> 841 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 841 ggaatgtctt tgagaaactg ggatgaacaa tcatggagtt cagaaatggc ttggcaacaa 60 gaaggatgag gagcaactgc atttttaagc acatcaatca cacattctgt ggccttggga 120 acaaatgatt tgcagggaaa caaagagata tcccctttag gagctgctgc tgccaccgtt 180 accgggcgag ccattaccga tgatgctaaa atgaaaatgc agaaaaggag tgcaagtggt 240 aacttggtga atgatgctgc cattattctt agaaaaactg agtacgaagg tctgttgaag 300 rataaaggaa tagctctatt ttgtttgtgg gaaaaaacga gatagtagag gttagatata 360 tatagatggt cacacatgaa gattggaaac gtctggcagc cattgaaaac tgcaattctt 420 ttaatattaa ctttgaactt tggagttact aaatttgggt ttaacgtgga atgagaatag 480 aagatcataa tgcatt 496 <210> 842 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 842 gaaagactga aaacgaaata ttgagacaat gttgccttct ggacattcta agaaaaccaa 60 gacaaatgcc aataaaggaa cgatccaccc agtacggtct aaacacacag aataaaaata 120 aattaccttt ccaattgctg cagttgtgtt tccagcagca tcaagggcat cggttctctc 180 ccgaattctg tggctcatgc cagccatctc tgcaatgcct ccagcattgt cactgattgg 240 accgtacgca tcgatggcca aaccagtagc aattgtactc aacattccaa gggccgcaac 300 rgcaatgccg tacattgcag caaaggagaa actcacaaaa atactaactg caattgcaaa 360 gatagggata atgacagatt tgtatcccaa ggccaagcca aaaataacat ttgtagcagc 420 tccagttcga caagaatcag caacatcttg cacagggctg aaaagccaaa ccaaataagt 480 gatcagattt tcattt 496 <210> 843 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 843 tcacttgaaa ttgtagtgct attgacattt tctaaaagga ttttctctat cttgtgactt 60 tttatttctt atattctctg ttctcctttt atggtgggtt tggttttcaa cttccaatct 120 aatcattcct tcattctttg aagtcttaaa gaatataaat taattaacaa ttctttaatg 180 tgcctttccc ataatctagg tgtcttgaac acggatggtc caccagaaac ttcgagtact 240 agaaaaactc attcccatca atggtaaaat tggactcaaa agagcagcac ttgatgtttt 300 ktctccgaca tttctacacc aaacatggcc atggaactat tagatcactg gaatgatgaa 360 tatgaaggga tcatcattaa ttcagagagc ctaccctcca agcatctctc ttccaatcga 420 gactcgaggt atgtaaaaaa aaaaaaagta gagtttcttt ttcttttaat accatagtgt 480 ccttaaacaa gttttt 496 <210> 844 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 844 gagttctcta atttttagta ataaataatt attctatttc tatttcatta ttcaaactat 60 caaaatatta ttgtctagtt agttactttt taatggatta ttgatgtcac attcttaagt 120 ttttgtattt aatattttaa catttttatc ataataggca cacaagaaga agcagcggag 180 gcctatgata tagcagccat aaaattccga ggactaaatg cggtcacaaa cttcgacatt 240 agtcgttatg acgttaaaag cattgctagt agcaaccttc ccataggagg gatgtcaggc 300 wccaaatcca aaaccacttc tgattctgct gcttccgatg gaggcagtcg atcgaccgac 360 gaacgtgacg tccaccattc tcctccatct tcaagtacct caactttcat ctcgtcatcg 420 tcgcagcaaa acaataactc ctctagtact ctaagcttca caatgccgat caaacaagac 480 ccatcggatc aatact 496 <210> 845 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 845 cggttgagtc ggtatttttt attttatttt tttattttga cgtttgtgag gttgaatatg 60 attttattat ttataaaata aaaaacgtta caatttcggt gggaaggaaa attttaattt 120 taatttataa ttatttttac caaaagaatc aaagattttt ggtcgataaa aggccccctc 180 atgcagcctg aaactcatga gtcggaaact gtaaacttgc tcattcctgc tcttttcgtg 240 gagtacgagc gagacgactc ctccgccgcc cttccggcga aaagcttctc tcaagcttcc 300 yctttcttct ccatcatctt cttccttaat ctctgctgcc ctttcaattc ggtacgcaat 360 ctcttcaaac tctcctaatt ttcgcatttc aattcaacat cactttgtcc gattcattac 420 aatttcccta cgacggcgtc tttgcgttca tattcaaatc cctttcttct ctctccactt 480 cgttatttcc ccccgc 496 <210> 846 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 846 ggaagcacag tacaaatgta caaaacaaga agtcgagaga gctgttgttg cttctgaagg 60 tgatcttgag aaggcagctg aatccttaag agaattgaag ctcgatccac ctgctgcacc 120 tccgaagccc gaagaaactg gtgatcctcc tacgacttta agcagtaagt ttcctggtaa 180 taatactaat caagcttcat taaggacaca agctaacccg aatccacctt caatacaaca 240 aagaaaagaa gaaaaagatt tcaattacac aaaaggagca atcacagccg gtatgtctat 300 rgagtctctt ggcaagaata taccgcagcc tcttaggaga aatccgccaa agatggaatg 360 gggaaattat gaacaaatca caacagctga gaaaagatgg ccaagtacgg gaacaagccc 420 catttctttc tctttagcat cagcacagac acaattatca tctccgccga tcaagaacga 480 agctcgttat ttaaca 496 <210> 847 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 847 cacaaacttc gccacattga atcggatggt tgatctgaaa cgatgtctgc agaacatggt 60 tacttctcaa gaatggatgg acagcccata ttcgaagagg ccagggggac ttgaaatgtt 120 ggatttaatc agcagtgaat cattttggtc ctcatgcaat tcaattattc gtttgacaaa 180 ccctctcttg agagttttaa ggatagtggg tagtgggaag agacctgcaa tgggatacgt 240 ttatgcagca atgtataatg ctaaactagc aattaagaca gaacttatta acagagatcg 300 wtacatggtg tactggaaca tcatagatca gagatgggaa caccattggc gtcatcctct 360 ttgtgctgct ggattctacc tgaaccccaa gtacttttat agcattgaag gagatatgca 420 tggtgaaatc ctatcaggga tgtttgattg cattgaaaga ctggtttctg atacaaatgt 480 tcaagataaa ataatt 496 <210> 848 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 848 cgatggaatc acagaaaact tatgaagttc atgagctggt tagaaaaagc tcacatttct 60 gtgtgatgaa gagaagagac cctcactcct aaccgtacac gtgtatggat taacttaatg 120 ctccttaaac tccatgacga agcccatgcg ggtaaaacat gctccatctt agaaacctgt 180 tgaggagaga gaactgaatg caggttcagt cgcaggatta aattttcttt aaacaagaga 240 ctagaaagca gcgaattttt atttatttca gaaagaggta aattttagaa gaattttagc 300 rcataaatca cacatctcaa catgtgtgtt aatggaattt gcagtgtaca tacataaaaa 360 tagcgtcggg atcatacaca aaatgaagca aaataagtaa caccaggaaa gaatatagac 420 attgggcatc accttgggca gtctgaatat agtgctgcaa agcaatcgaa cacctctgag 480 ggttgagtga agtcaa 496 <210> 849 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 849 ttacgaagga actaacaaat aaactttatc acaggaaaaa atgttattaa gggccagcta 60 tttttctaat aaaaaataga atttgtatta gcaaagcaaa gctattaaca taacatacaa 120 atgacacaaa taactgaatc tatcaaatta tgtatacagc ctgcatagta tttacaccac 180 gtttcttgat agctgagttt ctccaaccac ctcgcaaaga gacacacttg catgttgatt 240 gaaaagaaca cgacttttta gagaggaatc acatattact gttaggaaaa gatagaaagt 300 ytttatcttt cgtggaatat gccctttcct tacggctgct tgatgtaggc ttggtaatag 360 ttatgagatt gatctgttaa taatattttt tctaactgga gaagcttttt gcaacctcgt 420 tgcctttggg ttggttatgt tacatggcaa ttggcatcag atagaaaggc catgacgtaa 480 ctaaattcgt agagta 496 <210> 850 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 850 tcagaactct gctcggaatc ttgcatttgc cgcgcaggtt tcgaatgttc aaaccctttc 60 atctgctgag tctcttagaa cagagtattt tattgggtcc ctgttttgag ttatgggttg 120 tcttacattt ctgagatttt ttgttctata ggtgcagcaa gtgaaacaag atcttgtact 180 acaggctctc cgtgcctctt ctttgggagg aagacaagcc aaagtcagct ggtcggctca 240 gccacactgg aagcaggaga ttcaaaacag agagagaaat gttgttaatg cgagtggccg 300 ktgcggtgta ggcgccggcg gtttgtacca ttccccatgg cttccgccgc tgcaaaatca 360 acaaccaacg cctaacacca ccgtcgtgcg ttgcattcat cccgtcagat ctggcgtgaa 420 aagagcttcc tccggcactg gcgttttctt gcctcgtaga tacatcaacc ctaccgattg 480 ccgccagaaa caaggt 496 <210> 851 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 851 tttgtaatag tcttcacttt ctggttcctt ccatatctct gaagcctaac taccgtaaac 60 caatagtaaa actttagact acaacaaaaa cattaggcaa caattattgg aagggcgtgg 120 caaaatattc taacctgaag ttttgtgtgg attgttttaa caagatcagc agaaacatcc 180 tgttcttggc tcaaagcatt atttgtttgg tacgtagtct tttgaggaac aacaatgaaa 240 ttagcagcac gatctccact ttgatccttc cccgtcataa cccccatttc ttcataagaa 300 ytaagcaaca tgaacttaac aaacaaagat atggttgaaa aggccaaaag catcaagcag 360 ccaactgcat aaaatcctgg ccgccgcaag tgtggatgaa catgacggcg gaaggacgtg 420 acgtgtttaa cgacatcgac accgccaagt ttctcaccat cctcgtgatc gaattcgagc 480 acccttcttc tcgtca 496 <210> 852 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 852 tttaatttac aatgtaataa aaataaaatt cttttcaaac attggtcaaa tttaccatcc 60 ttgtgcctaa aataaagggt tattgtttag gtttgaaaaa aaggtgtgaa aggcagaaaa 120 agaagagtaa aaaaggaata ctaaggcaat gagacgccaa ataaggaagg aaataagttg 180 gcaaacttaa gacgccaatg gttatggttg cggttgtggc tgcccctaat ttatgatcct 240 tccttttctc aacctttctt ttttttcttt ccctttcctt ataaatttcc acatcaaaac 300 rttccctccg ccgctgcacc tttctgaatc cttcttccca acaataacaa cacccgttct 360 tttctctata ttcccatggc taccgccaac agatggttaa agcccgttag gttttttttt 420 ccttttcctt ccttttctgt aactttctct ttggctgctg agaaaaaaca tgaagaaaat 480 aagaagttta tcattc 496 <210> 853 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 853 tatcagtgat cttctcgttc aatggttgat ctatgtgaat gttcctccat aaaagggggt 60 catcctgtac caccgaatgc agagatctgc aaacccttcc aacagagagt agatcctgga 120 cacccaaata agaaagtgca aagcttaagg ctgcatgagg ggctcctcca tcaatctccg 180 tataggtaca attctgctcc tgacattcta tatccagctg cccacaacgg ctaggagggt 240 cgtcattagc aaaaaaggct tcatccatgc tacaaatgga tccaaaatca cagcagcagg 300 scacgtcgcc agttaccttt ccatccagac acctatcaca gctataaatc ggataaggtt 360 tctgaacagt acttttagtc tcagggaacg tttggaactt caaagcgcta ttccaaataa 420 aattcagaca tgcaaagatc tcgatatcct ttccgccaga gccagcgcca gtgccagcgc 480 caccactgct gctgaa 496 <210> 854 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 854 aaaaatgaaa gtaaattagt aaatgccatt atattttact ttcaaactga aaaaaagaat 60 agaaaaatgt agactccaat catgaatgca tagaaattaa ttactaaggc tagaaatttc 120 cactttcaag tttcgagaca acataaaact atacaaacag cagcagcagc aataacagca 180 gtaataataa taactgttgt tattttcata tgaagcccta agagatcaaa taaagtacca 240 tgttggatta acaaaaaaaa aaaaaggcag aagttccttg tactcctttt ccaacttttt 300 yagttccttt tatgcagcca tgcattgaca actcaaaacc ctaatgccaa cactaaccct 360 taacccagaa tttatcttaa ctttctgggg aaaaaaaacg aacaatttat ttacttccca 420 actatctcaa tttagaaaaa aaaaatcaaa gctagaatca gagctacaaa atcttaagaa 480 taaaatcact taaaca 496 <210> 855 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 855 gggtttaccc gaggagctct actactttga tagataggct tcttgctttt gctctattgg 60 ttgctttaat ggtaatatgt cagttggtct cctaggaaga aaggtaatat gtctgttttt 120 gacgtatatt caatgtatca aatctggtag atgtacaagc tggaaataca caacgtaaat 180 aaaataaagg gttaggtatg ttgctgctgt attgagagac taaccaacta aaactttgtg 240 agcagaaaat ttttactcgg aaagagcgaa cagagaagca tatgcaacaa ttttgcactc 300 sgcacatatc tatgtctgtg gagctattgc agctgctcag agtattcgca tgactggttc 360 cacacgggat cttgtaatac ttgttgatga aacaattagt gagtaccaca gaggcggctt 420 ggaggcagct ggttggaaga tctttacaat ccaaagaatc aggaacccaa aagctgaacg 480 agatgcatac aacgaa 496 <210> 856 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 856 cgtttttgat agagagttag gtgatatggt cgtgatgcaa gtcttattag gtgcttcagg 60 gtggtcgtga ctgccttcag tgaagttaga cgcctctggg aagtttacca ctaaagctat 120 actttttgtc taatatcact aagagaaccc cctccttcac ccattggtga atcttgttag 180 cagcttaaaa tgcctcaaaa tgttaaattc ttcctcaggt cccttccttg tagaagctta 240 aatactcatg ataagcttca aaggaaactt aaaaacacct ctctatcccc ttctctttgc 300 wgcctctgct tgaaaggtta ggagtccctt gatcatttat ttttgcaatg tgattttgcc 360 acttatggtt agactctctt gatgttgatg gcttgatgct tgatgggcct gatagttcta 420 ggcactttct tttgtggtgc ctctgtagaa agaaaggaac aatataattt ttgtagataa 480 atatgctttt aattat 496 <210> 857 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 857 tagtcaacag tcgatggagc agttttctgc acttcagagc aatcaacaac cgcaatttca 60 agcaattcga gggttgactg gtgttggacc tgtaaagttg gagcctcaag tgactagcaa 120 tgatcaacat ggacaacagc agcagcagca gcagcatttg caaactttga gaaaccttgg 180 tccagtgaaa ttggaatcac aacgacttca gtcgatgaga ggtttggcac cagtaaaaat 240 ggaaccccaa caatcggacc agtcgttatt tcagcagcag cagcagcagc agcagcaaca 300 mcaacaacag catcagcatc cgcaccaaca gcaacaacaa tcacaacaat ttctccatat 360 gtctagacag tcctctcagg tagcggctgc ccaaattaat ctaatgcatc agcaaaggat 420 tttgcaattg caacaacaac atcaacaaca actcttaaaa agtatgcctc ctcagcggcc 480 acaattgcag caacat 496 <210> 858 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 858 ttcttcgatt acaaaagcat acccacatgg attgatgctt tcgtttacgg tagtatagtt 60 attaaagctt ccaaccacca aatctattct ttttaggcct tcaggaatct ccaactgaca 120 acacccactc ccagagcatg gcccatcttt tatactttct gtactgtttc cacacaacgc 180 catgcaccca cttctgtagg attccccgtc gacttgacca aaaatatagg cgtaactatc 240 gcagccgatg acagtgaact tgttcttggt gttggaaatt gtgaacatgg ggaccgtaat 300 rtagggtttg ttggaataaa gagagccatc gcttttggag caagctcggg ctacgtagtt 360 caagacgtgg atctccccat gcagcgatat attagttact ttaatgttgc tgttcattag 420 gaatgggatt tcacgatctt cttgtgggcg gcattcgatt gagaaattaa tgttgagata 480 acatttttcg gttatc 496 <210> 859 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 859 gacctgacgc ctgacctcat ccgctatctg ctagtttatc ttgagtttca tactagtatg 60 tgctgtttta gttgtgtttt tcttgtctgt aaataagtat tgggttcagt ggtgttagtt 120 atgagtcgta tagggtttga ctatgagttg tgtaaacatt ggtatgtggt ccgaaagggg 180 gttctctctt cctcttcttc aataaagctg gtattacact tagttcaatg caaatcttcc 240 tgaatattcc acatttcaag ttggaaaatt gttaatgcag cctagctgag tccaaggatg 300 ytaacgtaga gaaaacttct tgcagactta actaaatggt cctgggttca aaaggttggc 360 tgtcattttg ctaggccccc aattacccaa gtttatcata gaaagaggaa gaagggtaag 420 aaagccattt cagcatagac aaaatggtag ttggaatggc cagtggtccc tggggcacgt 480 ggcagcagca aaggga 496 <210> 860 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 860 gccatctttt tgctataaac cctgctgggg gacaggtaaa tttcccatct gccgacatta 60 ttgctagaaa tggtgggcca gtggttcctt cacggcaaac tgttcgacga gttgattctg 120 gtttgcacat gcctagtaaa cagaaccaag gctctactgg tagtccactt acactttctg 180 ctgttactag aatacatcat ggaagtaatg gctggcgagg cactgttagt agtgctgcag 240 ctgctgcaac tggtaaaatg ggtattgttt cgggggctat tgcttcagct ttccatgagt 300 kcaagggaaa tgctgtgcat gtggacaatg gatcttctga ggttaggtac cacatattag 360 ttttttttac tccgtctggc agtatgatac agtatgcatt gcgagtgggt ttagattcga 420 ccatagtttt gccgagatct agcacagctc ttgaattagt ctctgagttg gatgcaagac 480 tagtagttga agctat 496 <210> 861 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 861 gaacccagag ttcttttcca accagcaact gcttggaaat ggggtatgtg tcactctttt 60 ccttcaaagc aaacactcgt acatgggaaa caaaaagtaa actatatcat attcatgatt 120 tactgttcct tcgatgcagc tatataagag catattaaga ggaaataaaa cactgggaag 180 gtggatgaag gatcaaaagg agagaaagaa gcaggaaatc agaacacaga atgctcaatt 240 acatgcagct gtatctgttg caggtgttgc tgcctcagta gcagcattta tagcatcact 300 ygtgtcacga gaaacatcat cgggtaatca gaactggcca ttaaagacat cagcagccat 360 agcttctgca gctgctctag ttgcatctca ttgcatagag atggcagagg aaatgggagc 420 cagccatgat catatcttga atgtagttaa ctctgcaatc aatgctaaaa ctaatggaga 480 tataatgacc cttaca 496 <210> 862 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 862 tcggcgttaa tgatcgccag gattttattg atcggatttt taaagttgca gaggaagata 60 atgagaagtt cttgaggaaa caaaagaaca gaattgaccg gtaacttccg cccccacttg 120 tttgtttcgt ataagtttcc attttaccct caaatccaac caatcaaaac cgaaccggaa 180 ctatgtcgat aattttggaa cgaagagagt aataaatata tgagtactac ttaagtgcag 240 caagtgcagg tttggattca cgtaccatgg gtttagaaaa atgtttataa gtgaaaaaaa 300 rgtctataaa tacttaagaa aatccatcca aacgatatcc taagttggac gatgttaaac 360 cataaaagaa atacaattct tttgacattc tattgttttt ctaaatattt aacttacttg 420 attatattgt cataacttgg cagagttgga atccgacttc caacggtaga agtgagattc 480 gaacatctaa ccatcg 496 <210> 863 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 863 atgcacagtc ctctatagac aatggtaagc agttgtaatc aagaactttg aacctagaaa 60 acctgcttgg acaggttaca ttttggtatt tatttgctgt cctctaatgt tcttgactgt 120 acatctgaag tttaaggact ctgcttggtt actttggtat ttatttgatg taattcatca 180 gaaataataa aattttgttt tgttggtcaa tttatcgaat tatatgatcg gttattttgc 240 atattatata agctgttata agtgagtgct tccagcagca gactcttgaa gtttccctaa 300 saaaggtggt tgatttacag aaatctggaa gatccagggt tctggttaca aggcttcggg 360 aaaaggggga atcaagaacc ttgccaattt taacaatgta agttgtaacc atgagtttgt 420 ttgttcattg aatcatcaat cagtacttca agctgattga agtgttgctt gtcataattt 480 cttccatctt ctgccc 496 <210> 864 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 864 gggcacaaag gattaatcgg acctcgtcaa ctggtatgtg attgcatata gtataaaaca 60 aaaaagttat ttcaggattc gagttgcctg caatttttac ttttcattgc ttattagagt 120 gaaattggat ttttactttc cattgcttat tagagtgaaa ttggtcattc cctccgtaag 180 ttgtatctta actttgattc cattcatagt ttgatctata atagcattct ttatattgca 240 gctttctttc ctttttcttt tttacttttg aaggaatatg attttgacaa tggtcggatt 300 ycatatgggg agacaatttc aggctgtaat aaactttatt cttttctctt ccttctctct 360 tctcttttag attgtcagaa acattttact cgatatgcat ctctattttt ttattcaaat 420 tagtgtactc aaagtagatc aaacttagat ttttgcatct aaaagacagc aaattccatt 480 aaattccatc agattg 496 <210> 865 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 865 aaatggtaaa ttagatatct tcattaaaat acatcagtca tggcttagct acaagaatag 60 aagtatttta cagcaccctg ttcctactaa agttaactgc catgctgctg ctaactttac 120 tcctaaacta ttacctaaat aaagaagagg tcaaaaaaga acctatgatg aagtcctctt 180 tgtgtgctct actctttact tcttttcttc acttccgagt tttcatcctc agtctcataa 240 atcttcagct aatgggttta gcagcacacc acctcaatca aaactcatct acaagccgat 300 kgaacaaata atttctcgtg tagaataaga ataggcaaaa agacaaataa aaacaacgca 360 gccgaaacct cgagatggga aggccaaaac tgaatcaagg tatccgtgga tttgttattc 420 cttgcggaga cccatttgct actcggtgtg gtttcttctt gtaagttgta atactacaat 480 gtggacaaac atactc 496 <210> 866 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 866 aattcgtaag gaaacctcac atctacatcc tccattcata ttttttaaaa ggaaaccagc 60 ctctttattg ataataataa agcttagagt acaaatggtt tattgaaaga gctaaacaaa 120 aagagaccac atgattagta ggcgcacccg gacatttcaa ctaggttggc gccccttagc 180 accctcatca tatccatagc ccaaacatac aaaataaagt ctttcaagaa tacagcaagc 240 atgtgctgtg aagtccaaaa ctaaataaca tggaaaaaca gcagcagcac aaaagagtag 300 mcaagaatct tttagtgatg gcttaataac atgagtcgtg aagaagatgg ctactattgc 360 tctagaaaaa tgagggcctg ccaattgaga ctgagttctt ggatggagaa tgcttcaaaa 420 tctttgtgta gagtgcacca atctgcagca ttcctattag ctatctcaaa gcagtctaac 480 caattcattt ccttat 496 <210> 867 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 867 tcatattggc agtaggacag tgttatttat ttttctgaaa aaaaacatct aattcattag 60 aagaagattt ggcaagctcg ttaaatacct cgtacacctg tatcttttat tatcatcatg 120 aagttctcga cgccacgttt aagaattggg ttataatatg taaaaaggga aattggacaa 180 gatagttcag gaatcacctg accagccaga aacaaaacat aaacatgtta aactgtaagt 240 tgaaagccag cagctaacga aataagttta ggctattctt tcagctaacg aaataagttt 300 wggctattct ttctattgcc tcggttaatt taagagcaaa aagtggaggt ggaaaagaag 360 ctgatattat ttacagcatg ttgtatggta caacaatatt acccccttca gcatagaaat 420 tattgcatta aagtttgtct ctctggccaa ggaccgagtg gctgcagcct acaaaaaaac 480 agcaatgaaa cagctg 496 <210> 868 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 868 ttgcagttta acttaaattt aatattgaag gaaaactccc ccattcgaaa tattccattt 60 tatcatacct cctccaagga tttgtagtta tcagcaattc ttgagtatct tctatcaaac 120 ttttttccat taccagcagc agcaccacca ccaccatggt agttttcagg agggtaatac 180 tgtggcgagg aatatgattg ctgtggcaca taactctgac ttccttgacc atatggggat 240 ggagcatatg cttcctgagc ataagggggg gattgaccat atgcaccatt ccatgacggt 300 raagccgaag gttcttccct tgaattcgca gcacccatga atttcaaact ctaacaaatt 360 cttccaaatc ttaagaatct cttcttgtct gatgaagaaa tgaaggcaat aaaatcagcc 420 taaataaacc aaaatcctca gctaaaaggc agatacccgt atatccaaaa gggtgaaata 480 gtagttcaac aagcca 496 <210> 869 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 869 agccacggat ttctctcgct aattcttctg tctccagact caaaatctcc cttccccttc 60 tttaatacca gtaatgtcac taagccatag aatcacaata attacaggtg ttaattagtt 120 caacataaac agatattcac ctctggttgg tgttggttga tgtttaaagg agctcaggcc 180 tgcagaatcg aagccattgg agagtgggaa acccgaatct atagtcgact aagcaagtat 240 tagagacaaa cctcgactag agtgaagaag atgctgctgc tcactgttgt acgccggaag 300 maacggcgta aaacgtcgca atcgtcgtca aaacgcgctt acgctgtggg ctgaggctgt 360 cgtcccaggc acgcgttgaa ggagtcgccg tgctctggcg tacttccgct tggtctgagc 420 tcgcgtccag gtgtttccga ggagctgctc gtgagagttt tctccgaagg gggatgtgct 480 ggccggagaa aacaaa 496 <210> 870 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 870 ggaagagaaa ctatcctgca atggagaaaa acatttatct acatgaaaat taatttaaat 60 ttctttggaa atagtagtaa cagtaacaac tttatattct tggaatattc tggacttgaa 120 caacattcaa attgaaggga tgggaatctg ttctatggaa atatagggga caaaccaaat 180 agataaactc tctagaactc ttaatgaatt gatatctaac tctctctaag aatctaggag 240 cagcttcgta aaatcttcaa agaaaacaaa aatacctact agatcctaaa ttatatcccc 300 yaagtacaag gcacagcagt agcttgccag acaccctgga tgagggcgag gggcctggtt 360 acttgtccaa ttaggtttcc gcacatgttt taccatttgc tcggaatcgt tgttcttttt 420 ccatttttga aaaaccatag actacattgt aaaagcattg tcacaacaag gaaaatgctg 480 ctactcccgc aacaaa 496 <210> 871 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 871 tttggacatg gggtaatcaa tatgattacg aaaataattt cttctgcagt ttttctaaaa 60 gctaaaattt aactaaaatg cgcattagat tatttggtag ttctcctttt ttacttgttt 120 ccatttattg ttgttttcct cgagctactc cttaagcatt acatgaacac tttagaaccc 180 ttatctacag ctggtcttca ttctctaaat gatggttcca aagttcgagt tgcatatcaa 240 gtgcagctca tggctactct ttttactttc aattgtttat gacatcgttg ttattgtttc 300 stttatatgg tatagggctt accaggagca tatagtgaga ttgctgcatt gaaagaatat 360 ccaaagtgtg agactgtccc atgtgatgat tttaaagctg tattcaaggt caatagattt 420 gtttctaagt tgatatatac atgaggtaaa agatgtaagg ggatagactt tagttttggt 480 ataccacact tgtttt 496 <210> 872 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 872 tgaatccacc aaagtttata aaaaaacaaa taatagtggt tgaggatttt aaaaatctca 60 ttgatctttt gcacattaga acagtattgt ttgatgaaga cgaagatctc acaagattcc 120 caccagtcca aaaggttcct aaatccacct tcgaagcact gtctttagca agaaacccat 180 ttgaagcttt gcagattttc tacgatcagt tgccggcgcc ggaaaaggag agggagacat 240 ttaggtgtgc agttgcagca ttaatggagc atttatttta acagccacac ttaatttcac 300 maagtccaat acaaataatt gttgctttaa gtttgcgggt cccactgttt tcaaaaaaca 360 gaaatatgaa gagtcagggg atgaaaagct ctcttctgcc tctaaaaatt cagcccatca 420 gcttatatca aatttctaaa attcccttca ataaaattaa tcatacagtt ggagctgcct 480 tttcttccac cactca 496 <210> 873 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 873 ataaaaaatg ctttggccag taattatact agactaacag aaactgtatc gactatcata 60 tgactgcatc cattattcaa atcaatcata aaattgtaaa taacagacgg accttgtctt 120 tgaaaaatgg agtttctctc ctactataga aagaaaattt gcaaattcaa gtaaaagagc 180 ttcactcagc tctggagcac cagcaacaag ctttccaaca gcactgcaag cgaatcttct 240 aacatcccaa cttggatggc acaaaaagaa cagtaatggc tgcaagagtt taattaatca 300 staaccaaaa acttacattg ttgcaagaca gaaatgacaa catattttgt gaaaaggtca 360 cctgcgagag caattggact gaaaaagtgt ccaacaccct gcaaaataaa atcacaaagc 420 agctgtggga attagtttca atacttcact caattccaaa gaattgttga tgatatcacg 480 aatcaaaaca taacct 496 <210> 874 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 874 tatagcagaa aggttgcagt aaagggtcaa cggacagatt tgcactgctg tacagatttg 60 acagttttga aggttgctgt ccggcggcga tgggcatttt gcgcttgcgg cggcggatga 120 ctggaagggt gagatggttg gacaggcgac gacgcgtaga agcggatggg atgggcgatg 180 agattaacgg ccgacggcgc atgggcccac gcgcccgaca gaggcggcac gtgaattggt 240 tcctggccga aaagttgcac gaacggcagc gggggttggc ccattggata gattggcggc 300 rtctgaattc ggtggagtag tttttccatg gtggtgtcca cggcggctgc tgttttggtc 360 tgggtgattc ctaaaatttt tttcttttta gggtttcgtt gttgcttcgc tctgatacca 420 tattgaaagc aataaacacg aaaccggttt acgtgggaac ccgtgggaac ccgagaaccg 480 ggagaaaaac cacgat 496 <210> 875 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 875 taagggacaa aaatactaca aagaactgaa atcaagacga acccatttaa ccaaccaaga 60 gaaattttca tttccaagat gccccaagaa cccaacgttc ccgcactaca taacaaagct 120 atcaaaaccc caccaattaa agaagtaact ataacagaag aaatcgccca agaatccaaa 180 caaacaaaaa ctggagtaag gttgagaaac actttctcct gtacggttga aatgaaaaca 240 ttgaaaaaag aaaagggcat aagaaagaaa gaaagatcag cagcgacaga gttgccccga 300 wgagcatggg gaagtaaaat gaaaaagtaa attgcaagaa aagagaatga aatggataga 360 tttagagcag taggagggtg ggtttattca cctgattgtc agtctccatt gaaacgcagc 420 agaatgaaga aggaagtaag gaagagagtg gaatttgagc ggcagaattg gtagaagaaa 480 cttatttaaa gctcta 496 <210> 876 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 876 caacaccaac accaacttac caacattggg acatcaattt ccctatcacc ctatgcaccc 60 accaccacct gcacaatatc aacagcaatt ttatccgccg ccatatggtt acgtacaaca 120 ttatccacca taccctcctt atcattcggg catgccacca ccgccgcagt cccaattccc 180 cagccccagc cccagcccca gccccatccc ccttcaggtt cccagcaata tcagcagcag 240 cattctgcac catcaggctc agcccctcag tcccatggag gagcatcttc cggttcagca 300 ycggtgggat caacaccttc agcagctgct ccatcttcaa catctgctga acctgcatca 360 tcgtagatct ctgaggcaca aggctgttgg cgaacttcca aactggacgc ttcacttgga 420 cggggaggca cagaacgccc gggaggggaa ggtgttacgc atcccctgtt catatcttga 480 ctttgttgtc atgact 496 <210> 877 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 877 tctgaaagag gaagcgagga gagaactgag gttgttcgaa cgagagatag cgattcgagg 60 acttacaccg tcggcagttg gatatccttt ccaacagccg caacaatggg tagggccgcc 120 gtccagtgct gtggcagcgc cttgtccatc gcctttgcct gcagtaccgg tgcacgcata 180 ccatgaatgg cacaggatgg agcaagtaaa aacttccggc cgcctagggt ttggtgcggt 240 gtcgttgcgg ccgcggattc agccattaat ggtggaagac aaaaaggagc ctaaagtaac 300 raaggaggct gccagtgaaa gagaactcat tgtactggtt tgcctcttta tccctatatt 360 tttactttcc tttgatgata tgtattccat gttttagggt ttttcaaaat catttttggc 420 atcatctttt ggaatgattc cccggtttaa cttgggaaat ggtctgaaat aagctgattg 480 tgttttaggg ttcttt 496 <210> 878 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 878 tccggtagct ggagatgcaa attctgagtt gaagatcttc agcaagtcga agaagaaaga 60 tgtaatggcg tggacgatga tgatatcagg cttaacattt caatgctaag gcgaaggagc 120 gttgaatgtg ttcagacgaa tggaagaaga agccgaagtt gcttctgacc aaatcaccta 180 catagcagtt ctatgggcat gcagccatct cgggctggtc gaaggtcaga aacattttac 240 ctccatgacc aaggtttacg gtattgagcc taccatggag cattatggtt gcatgattga 300 ycttttgagt cgagcaggcc actccgaaga ggccgaggag ctcccaatga aaatgccaac 360 gcagcctaat gcaacaatct tgagttctat tctgaatgat tgtgaaatgt atggaaacgt 420 aggccttgcc aacagagtga aaagtcacat ggtagagttg aagaattcta gtagtggtgt 480 ttatgtactt ttgtca 496 <210> 879 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 879 tggtacacta ttagtaaacc atgggtagat ttgctcgttt actgttttct ttatttcaaa 60 aactttcaaa cattctgttc ccatttcaaa atataagcat gtaaagaaag taagggcttc 120 agagaactaa aagcatgtat ggaactccta ataataagca cttacagttt gagtaccctc 180 attagttctt tctgatgtag cagttggaga gccgaggcag cacaacccat tcaaccctaa 240 attaaccttc atatttgcta atgttgatgg gtcaccatca cttagcacta tctgtttaaa 300 sacagcgctg tcaactttgt ggtaaagttg aatgggaaaa tttaatgatg ctacccaata 360 cggtgcacgc ttagaaggtt ttgtcaaaat aaaaagcaaa atttattgta ctaatcaatc 420 aattttttcc aatatacctt tgatgctttg acatgagcaa ggcagattcc aaccaaacct 480 acacctgaac ctacct 496 <210> 880 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 880 aatcaccttt gtcgtatgga aaatcactct cagttctcaa acatgctttt ccaccattca 60 aaatcaacaa aaaatttggt tctacacttt tgattgctct tttcatacaa ccaaaatttc 120 tcttgggatt tcaaagcgat tttaaaaatt gggtcaaaac ccagttcagt tgttgaaagg 180 aagagtaaga aggttgaagc tttttccgta attgggtaac aaaaagtagt gaaaaagctg 240 tttggaaacg aagaaactta ctgggagctg ccattgttga ggatggaaga agcttggatg 300 rtcctttgag taaaagcctg gagtgaggaa gcagagtaga agccatgttt gcagctaaaa 360 acacctgctt gaggatgaag ggaaatgctt ttgtttggct gtaaaacttg gatctcgtgt 420 tcaatttttt tttttaagtg ttttaaagtt gagggtaatg aaaagttttc atttttatgc 480 accacacagt ttggat 496 <210> 881 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 881 agcaattctt tgaacaaaac cattgatctt ccatttaatc atatatttct tggtccttca 60 ccgggacgat ccaatttcca attcgagccg ccggtaatgt cctcagtttc gccatcgact 120 agtcctatac atccgccggc cgtttctaat gaagtaactc cgtcgatgcc atcgatgagc 180 acctcagcag cgtggatgac gaaaccagaa gacggtttga gcggggaaac agtggaggag 240 tatgagccat tgaattggac gccattcgga ttcacggaag aaaattcaaa aaacattgat 300 rttgaagata gtcatcctcg accaaacgta gcagcgtctt tgaattgatc ttccggattt 360 gaagcaggta ttgattcttt cttgtaattt cttccattga tggctttaaa ttgcagatga 420 acttcatttt gattcataga aattaagagt gtatgaaagg attttgtgta gattcttagt 480 tggtttgatc tgagtt 496 <210> 882 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 882 cttccattta atcatatatt tcttggtcct tcaccgggac gatccaattt ccaattcgag 60 ccgccggtaa tgtcctcagt ttcgccatcg actagtccta tacatccgcc ggccgtttct 120 aatgaagtaa ctccgtcgat gccatcgatg agcacctcag cagcgtggat gacgaaacca 180 gaagacggtt tgagcgggga aacagtggag gagtatgagc cattgaattg gacgccattc 240 ggattcacgg aagaaaattc aaaaaacatt gatgttgaag atagtcatcc tcgaccaaac 300 ktagcagcgt ctttgaattg atcttccgga tttgaagcag gtattgattc tttcttgtaa 360 tttcttccat tgatggcttt aaattgcaga tgaacttcat tttgattcat agaaattaag 420 agtgtatgaa aggattttgt gtagattctt agttggtttg atctgagttt ggttttgaag 480 aatggaatca cgagtt 496 <210> 883 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 883 aatttggata atttacgaca atagcatacg caccatgaag ccccttagga gaaagatcct 60 tgagtattga tccacattca gttacaaaac cgacggccac ctccacgctg tcatctgtag 120 gattctccag caacacagtg agtaattcta atgcaattat ttcatgagcc acttgctgat 180 taaccaaatg tgctataaat ttgacagcag caagtagttg aggctgtcaa agataaataa 240 aataaatgag aatcggcaaa aaaaattaac atcgaaggtt tgacaactaa atagaaaaga 300 ktataaaaat tacaatcatc atgaatatta ccttgtcatt ccgtttatat gctcttttga 360 gctgcaaaac aattcttctc aatagaagat cacccacttc tggaaactta gtattgacaa 420 cagcaacaag tgcagcaaat acatcggtaa accctggaga tgccatttgt gacttcatac 480 atgaacggca aaatag 496 <210> 884 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 884 tgtgtgaggg gttttgttaa gcaatcagct agctgatctg atgacggaat atagcgaact 60 tcaagaactc cacgaagaac ttgatctcga acaaaatgaa catcaatctc gatatgtttg 120 gttctagcat gaaaaacaga attttctaca agaggtccag cacttaagtt gtcacaccac 180 ataatcggtt tgggagaatt ggggacatgg agttcactaa gtagctgttt aagccaggtt 240 atttcagagg cagcatgagc aagaactcta tattcagatt cagtattcga tcgtgctacc 300 rtagtttgtt tcttcgagga ccatgaaaca agattatttc ctacaaacac acagtaggca 360 gctacagatt ttctattatc aatattcaaa gcccagtcaa catctgaata agcattaata 420 gacagatcag tagttggcta aaataagagg ccagaatttt tagttccact gatatatcga 480 agaattcttt tgacag 496 <210> 885 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 885 atatgtgaac cttctccttg ccaaccacaa atccttccat aatgcctaat acagttttta 60 ttttttttat ttttatttct tttgttagaa aagaaaacat gatcttcatt catataaatg 120 taaaacgaaa gactaatgct caagtacatg gggtttatac aaagagcata aagcataatt 180 aggatcagga gaacctctca actacgttga caccctctaa tgcagctaaa atctatacaa 240 cgtcttttgt agttttcata tttttttctc agaaaaggta gaggaaccac cgtacataca 300 kctgtataaa tggtggttag atgtaacaag aaacagctgc attcatctcc tagaggctaa 360 agctatgatc tctccctcca atatatgatg agttaaatgt tacaatatag aatatgaatg 420 gactctttcc ttctctttac tcatcccatg ggtttcctta tgatggaaat taagagttat 480 gttcaaaata ccattt 496 <210> 886 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 886 gctcgagttg tttgaaactc catttactcc atcaatttcg attagtttgg gattttagtt 60 ggaaaaagaa attagcttgg gattttgtta cttgatgaat tggaacaacc cattttatga 120 atcattgaaa tcttactaaa tatctgtaaa gattttatca ggatccaata attctgtgcg 180 atgatttaca acatatgtga tgtgcagatc tgcatattag agaaattccc cttctgttga 240 caataaagtt gcagcagttg gtcaatttct tcctacttcc tatgacatct taatgaccaa 300 mtttcttggc ttagtttttc aacatgttca aaatttttgg ttggtggaaa cccatccttt 360 ctcactgcat gaagaagcta acagtaaact ctgttatgtt ccttctattt tctttcagcc 420 agaaggcatc tttaagcgaa ttgaaggttc aaattgatga agtgcgtgat cagagacgag 480 aagagcgaga gaaggc 496 <210> 887 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 887 gcttagtttt tcaacatgtt caaaattttt ggttggtgga aacccatcct ttctcactgc 60 atgaagaagc taacagtaaa ctctgttatg ttccttctat tttctttcag ccagaaggca 120 tctttaagcg aattgaaggt tcaaattgat gaagtgcgtg atcagagacg agaagagcga 180 gagaaggctg ctgcagatct gaaggcagct gtacagaaag ctcatgcaga ggctcaagat 240 gaattgaaac gccattcgga tgctacctca aggcgtgaaa aagaacagca agaagtaatc 300 rataaacttc gggttagaat ttttatttta ttatttttct ggcagtgtgt tgtttaagga 360 aattttgcaa agtatccctt ttaaatctat ctgatctttg ggtggagaga agtggatctg 420 tcttatgcat acttattact tatcatggtt gaatataata aatttagtat attcctttgt 480 tcttttgaat agactg 496 <210> 888 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 888 ccattctcac tgctgcttca cctctcactt tcatccccct caggatcaga tcgcgcatag 60 ccaaactgga gcctatcttg gacttaaaca gagccataaa gtaatcaggt agagttaaac 120 ccagatccaa ctcccgcatg tacaggacac cccgatcgct cctcatgatc aaatagtcat 180 ggctcagtgc caatgtaaag ccagcggctg cagcgtgtcc tgtaatggca gcaattgtag 240 gcataggaag ggaaatgagt tcggcaacga cggacttaaa gatctcgatt atgtggttta 300 wgcgatgacg ggcagcagaa acagaaccgg cggcaagagc ccaggggaga tcaaagccgt 360 ttgagaagaa tttgccatgg gaagttgtga tgagaactga agcgggggag gcttgtgcct 420 tgacttgtga aagggcttta aggatggagt tgattaagga tgggctgaga cggtggtcgt 480 cgtcgccggt cagtgt 496 <210> 889 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 889 agccaattga tgaaaacaga gaagaaaatt attgattata gttttcagca gcatcagcca 60 agacatcata cgacaaacaa atccaccaaa aaaacacatt gaaaacaaat acaattcctt 120 tcgcttaaca ccatgtttac atttttccat tcaattcatt aagtaacgga gacatttcag 180 gatatagact ctttcttatc tctgcatatg cttcactttc ccatttcctc ctggctaaca 240 tctcccccat tgccaccgct gcctccatta aggcttcctc attatcgtgc actgagtcga 300 ygattcccaa cttcgccgct gtttcaccgt tgacctttct ccctgccagc agcacatctc 360 gacggactga aactgaactg atctttgatc tcaccaatgc cgcaaagtaa tccggcatgg 420 ttaagcccaa gtcaatcttg tcaggatatg aagagttgta tgagtgagaa agatgttaat 480 tatagtttac ttaagg 496 <210> 890 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 890 ctcttttttt ccctagtcac tgctcagcca gtaattccta cctttctaat cggggatccc 60 atcgtaggct cgtcgatctt tgacgctcct agtccttctg gatctaattt ttgtcctaaa 120 actatcattc agattgcttc ttgtgcagcc caacttaacc tctttaatct tttccctagt 180 ttctttcctc ccattccttg ctgcttgttg attgaaaggc tacctgaccc tgaaggtgtt 240 gcttgtcttt gcaatgcaat caaatcgaat gttgtgaaca ttagcattag aaacagaccc 300 wtgactccaa accgaattct taacgcatgt cgtagaaata atgctgctaa tgggtcccag 360 tgtccctaat gtacattata caactccttc aacaaaggaa caacaaataa caaaggaaca 420 acaaatatat atatattata ccttttttaa aaaattctat ttaagcattg ttttttcatt 480 acaataattg cgtggt 496 <210> 891 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 891 tgtaggtgca aatgcaggtt caatggtgga tgtgaaatat gttaccactg actccctgtc 60 tgaactagtt tggtctccac acaaaggttt gagccttaga tgcgctgact ccagcttcaa 120 taatagaaaa acatcgatct tgtgggatgc agcagccaat aaagcaagtt ttgcactgcc 180 acaaagtgta atagctgaga agtctacttc cgataattta cttgataata gaactattgt 240 tttgtcacaa gcagagagtc atttgaagaa tatatctgag ggtaaacaaa cttcaaatag 300 kaccagctct gatgatgctg cctgcatgac aagcgaagta caaatgacac tggataaagg 360 tatagtgaca ctgaagtttg tgagtctaag ttgatcggaa ttttagttgc atcccatacc 420 atattttgtt caatatgttt gatgtttctt tctgcccaat tatatttttg ttccttggga 480 cttttcccag ttctga 496 <210> 892 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 892 caaacccacc cccaaagatg aaaggcctgc atgcaagaac tgtggctact agtcaacact 60 cgaaaaattt ggcaatgaaa ggaaaaggtg tttaaaagtt tcagtaatat aggctctaga 120 atgaataatt caagtgtgta tgactttaaa cctcagaccc atccaccacc atatcccaaa 180 atatctttgt tactctccaa caaactgtag tgtgatcaag agttcaattg cgcttaaagt 240 cctccttcaa cgacaaagaa cgagctgcac caatgccttt gaaatcctca atcctctggc 300 rgttggctgt aaagatcgtg tggagcaatc tgcaccaagt actctgcaaa gctgcaaaac 360 gaaatatagt ataatccatg tccttggggc cttcttagtt tatctgtggt gggagcgttt 420 gttcatttta agaatctagg gttcatgtgc gtttgttcat tttctttggg atggctaccc 480 agtatttttt ttcttt 496 <210> 893 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 893 caaagcattt acctgttttt gaaaaaagtc gaactcatcg gagctaagag aaccatcact 60 atttgaatcc agaagttgca tcatctctcg tgcatcttct ccaggggcgc caacaccaag 120 gtcttccatg acatcgacaa gttcctcaat acttattcta ccgtctccat tcttgtcaag 180 aaggccaaat actcgacctc tttggttggt atgtatgcct ctatagttag aggatggaaa 240 atcgttaaga cgtagagcag caagttcagc tgcagccaac attttggcct tgagccgttt 300 sgcctaaaaa tattgacaaa tatccacatc aatctcaaac ttaacaagct tgtgcaaatt 360 ttatagaaca agactcaagt gtattaaaac attgaaacag atactaattg ttactaactt 420 cttctggatc tgtgagacct cccttgtata gtgaatgtga tgctgttcca ccggctgcca 480 atttgtccat ctcagt 496 <210> 894 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 894 tgctgcacct gagagacaac attccgacag atctgatttg ttcgagccgc catcttttat 60 gacattggtt gaacccaatg gtggtgggat cccaaattca gccactaccg agatccagac 120 tgcacgaaac cgagagcagc caaatcctac atccctacaa gctggctggt ttccatctta 180 tactcatgtt gcaaacgact cgcctggaag aaagaagaat gaagcaatca tcgccaaggt 240 gacaaactgg agtgcaggaa agccacacac tgctctcaag aaccttttgg atgatgctgc 300 rctcgaaaac aagcagaaat catcaccaac cccaaaagat aatttggctt ctatgattca 360 gaaagatgaa aaaccatcaa aaaaggtcga ctccattacg cagccgaaat cgcctacctc 420 acagttaata aacagggagt tcgcaaatga gtggaactct cctgcaagat atccatcaga 480 cataaggaga gaaagg 496 <210> 895 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 895 cctcggtgtg attggtagtg ctgatggccc ttctttttct gatgatactg aggaagatct 60 gttgtccatg taccttgaca tggacaaatt caattcctcg actgccacct ccacgataca 120 agttggcgag tcatcttcgg ctgttggaga agcaagatca acttctactt caacaattgg 180 agcagctacc tccaaagatg atgctgccgt tggtttgaag gagaggccga gagttagaca 240 ccagcatagc cagtccatgg atggcttgtc aaccataaag cctgagatgc tcgtctctgg 300 rtctgaagaa gcctctgcag ccgattccaa gaaagccatg tcagctacaa aactcgctga 360 gcttgcgtta attgacccca aacgtgctaa gaggtatact tcattactct tctctctttc 420 tctctctctc tctctatctc tcccctttaa acgggagaaa gaaactgata atatgttatt 480 tcatgattta tccata 496 <210> 896 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 896 tgacatcaat ggtgttggta aatggcttgc aagtagtctc tttaattcca tgatgccgat 60 gaagaagaac tttgcgaatt cgtctatctc ggcttcatat tgctcataca caaagaatgc 120 agtgaacgca aacactagtc ctacaataat taaaccatta attactataa taagtcacaa 180 taaacgagca ctacagaaaa gaaaagaaag aaagaagttc acaaggaata agcagcgctt 240 ggtgttaaaa ataaacctag tagtttctta cccatgccta acatcatagt caaggatcgt 300 kcgagtagca gcttgagaag ataaagaact gcaacagcct gtaaccagtg gaatgtgaaa 360 ttgttataga acgaaaaaac ggcaagtatg tgtacaacat tttataacca accatctact 420 agattatcaa atcaaaacct taaaatgcac aattaattat tcatttaatg tgcttaacta 480 agaagtaaaa agtgaa 496 <210> 897 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 897 catcttattc aattccccgt atatgcagtg aaaccatgac gaatagaagc caaaacaaaa 60 caaaactaac taccaaaatt ttcattattc agaacaactc acatatgtga taacatcagt 120 agctagagca ttaggttcaa ttatttcgtg ttctgaagca gcgacgttgc aagttatatt 180 ttgaaacatc tgttgttctt catctggagt atccattaat tcccacaggt cgaacattgt 240 acttgcaaga tcttgaagct gcacgaacaa agggttatca caggtccagt tcaatggcat 300 yactaagctt tagaagacca aaaaaacatc taaccttctg cattctttgt aatttgatat 360 ctcgcagttt ttcaatcatg gcagccaact gcttgataat gtggatagtt atatttgttg 420 gtccttcaaa atcacccaaa gatggatgaa cttcaacggc tatctgcttg gaatccatgc 480 ctaggactaa acagag 496 <210> 898 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 898 atgcagtgaa accatgacga atagaagcca aaacaaaaca aaactaacta ccaaaatttt 60 cattattcag aacaactcac atatgtgata acatcagtag ctagagcatt aggttcaatt 120 atttcgtgtt ctgaagcagc gacgttgcaa gttatatttt gaaacatctg ttgttcttca 180 tctggagtat ccattaattc ccacaggtcg aacattgtac ttgcaagatc ttgaagctgc 240 acgaacaaag ggttatcaca ggtccagttc aatggcatca ctaagcttta gaagaccaaa 300 raaacatcta accttctgca ttctttgtaa tttgatatct cgcagttttt caatcatggc 360 agccaactgc ttgataatgt ggatagttat atttgttggt ccttcaaaat cacccaaaga 420 tggatgaact tcaacggcta tctgcttgga atccatgcct aggactaaac agagtgaatc 480 caaagtacgc acgtgg 496 <210> 899 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 899 cagttgcaat aaccagatac gattactata aaagcaaatg catagtcata catagtttgt 60 gacataactg gcagctgcaa tatttttaac ataaccatat atgacgtgat ttgatgaact 120 tccatccatg gtgcttttct cctttttcta aattgtcaat tatttgtcgt aattgtcaga 180 tttgtgaaaa caatttaaga atgatttgga aagactcatc agatttcaaa tatgcactta 240 tgaagcttga ttaaaccgaa ttttattcaa gtgcggtttt gccttttggc acacagcctt 300 yagacgcagt ctacctgatt tggtttaatc actataccct atttgtttta acacaaagaa 360 cgtttctgtt tcaatttcca ttatggcttg gatccattta gtttttttgg ttcagtttct 420 ttcatcctaa ttgatgctgc ccgtgcagag tagagccatg aatttgtaca ccagatttgc 480 cgatttggct aatctg 496 <210> 900 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 900 tctgataatt gtagaactat atcctgtttg tttgtcccaa tatcgtgacc acaacattac 60 tcctccatac cttcgtgatc tttttatctt tggaaggatt tgtgaagtca acactcgagg 120 tggaatgtat ccacttcctg cagctcctct agctgctggc aagccaagga agatcttccc 180 cgatcccttc actaatgttg tccaacggtt ccacgatgct atgatcttat taatgttgcc 240 agcttcatac tggcatggac cattgttgta gaactgaacc caaacgtagt caaaaaggcc 300 ygtgtcaagg gctttgccaa gaaacctgtc tgggaatgga cattgaggag cagctgataa 360 gtacactcgt ttgtttggct tgtcgaaccc ttttaggtac cttgcaagaa attgccaatt 420 tgccgtggat ccgagctcga tgtcaaagtc tattccatcc aacaccgcat tgcccagcgg 480 gcgagtggat gatcgg 496 <210> 901 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 901 agcaggggaa gccagggagt agcttccgat gccacctcca atggagagaa gaactttgat 60 ccctttgctt tggcagaact ttatgttttg gctggctatc ttgcagccac catttgccgg 120 gttgcaatgt ccagagaggt tgatcgacgg ggtgcgaccg ctgccgaact tgttgagaaa 180 agcaagcata acatacttgt atcttcctgt ggaacatgct tctcttagag ttccttcagc 240 accactttgg ccccaataga tggcaatgcc acctccatag gaggttgaaa catgagccaa 300 raaaaggaga gatagaattg gaacaaagca gctttggaaa cttgaaccca tttttgcttt 360 gataaatttt atcctttgct ttcttactac ttataatgtt tagaaagctt gtgcttgaaa 420 aattcacaat gaaattgtgt tgaaggctat gtttttgata caattattgt aatatttctt 480 aactttgaag ccattg 496 <210> 902 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 902 aatttccgac tcctccgcca atggagagga ggactttgac cctcattctc tgacagaact 60 tgatgttttg gctgagcacg gtgcagcctc cagtggccgg gttgcagtgg ccggagaggt 120 tgatggaagg ggtacggccg ttgccaaagt tgttgaggaa agctaggatg acgtatttat 180 atcggccggt ggcgcatgtt tctcggagag ttccttcggc ggtgctttgg ccccagtaga 240 cggtaatgcc gccggtggcg gcttcggagg tcgacaagcg agtaagggtc agaagacaaa 300 kaagaagaga aagggtttgg agatttgagg ctgccatttt cttataatca agctatgttt 360 tccttgaatt tgcatggggg ttttggctgt tatttataat gttcattgag aaaacccctt 420 tgcttattgc atattctaag caagtaatta ttgtttctgt tttgaaatat tttagtgttt 480 acctttttct ttttct 496 <210> 903 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 903 tttaaaacta aaaaggttaa aaaatatatt gaaaaaaaga aaacctgatg atatccactg 60 gcccagttat ttccagcacc acctccatga tctgaaacaa agatgttctc gtggttgtag 120 agatttcgat attcactgtt ctggatacca ttaatgaccc ttggctccag gtcaataagt 180 aaagctcttg gtatgtagtg ctgatcatcg gcttgataga agaatacatc tttccggtca 240 cctccctgca tattatacaa tatgttcaca tccttccact aaaatgtatc tgcagcttat 300 ktatacaata tattatatat gactaaaatc aaagtcattg tcacccagtt actcctaata 360 ttcgtaatcc atgtctcagc tctccataaa acttctctca tatgataaga gctgcaatga 420 aacgaagacc agagaatctg atccaaggtc atgaaagaat tacaatagtg gactgtgcca 480 gaaactaaac acatct 496 <210> 904 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 904 gattatgaga aatctaattc cccactcgtt tgctccccaa ctctcaaata tctagcaatg 60 ttgaacaggt ggcagaatac aattatataa aagcttagac atcatatgtc ggacattttc 120 ttttacctgg tttcactgaa ggaagttcca aaagatggct gcttttgcct cactacccct 180 aacttcatct tctttacatt cagttgtcca attctcacct cttgtattct cctcaaaagt 240 tgtatatgac ccaagttcct attgcttcac agtcagatca atcggatttg gaaaccaaaa 300 wtttttctct cagaccaacc caaggagttt gataattctt ggggcagcaa caaaacaagc 360 aaaaacacca ggtattctct tctcgttgat ctaatatttt aacaggtttc ggtagaaatt 420 tcactctttt attttttaat ttactaatac aaagctgggt ttattctcgt ctatttggag 480 gattcagctg aagagg 496 <210> 905 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 905 tatatttaaa cttagatcta cgaactttga accgtcgatc ttaaactctt tgatatcaat 60 caaaatatat aattaatcaa tcaacaagga aatgtctaac aacgaccctc cacgtaagcc 120 cccatttgta gcaaaagcct ctgatttccg ccacgtgtcc tatttatttt tattgtaatt 180 attttcccat atttcgcccc ccaccatagt taatctattc caccccaccg tccaaaaatg 240 ttcgcagttc gcacggcagc gccgccactt cttcttcact tccactcttt acccttccgc 300 ytccttccat taattccact ccccaatttt ctctcagccg ctcattgccg aaggtcggtc 360 cgtttatcgg cagctatggc cggaatcctt tcccctcgtg caccatcgcc gccagtgcac 420 gtggctggca cgtggtactc cgttccggag ctccgtctcc gggaccatca cttctctgtg 480 cctctcaatt actctc 496 <210> 906 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 906 tgacaaataa caaacacaaa cctgtgttgc agtgggaaaa gaggatcaac caatgccgta 60 ccttttgtac ttacaaggtg gacctggatt tgagtgtgcc cgaccatcgg aagcgagtgg 120 atggatacaa aaagcatgtg aagaatttcg tgttatattg atggatcagg catgactttt 180 gttgacttct ctgagcaagg gcatttgaaa catgaacact gttgtcttga tcttttattc 240 tacctctgta tataaataat tgcagcgagg aacaggatta tcgactcctt tgactccatc 300 rtccatgtca caatttcgaa gtgcagagga tttagccaac tacttgaaac attttcgagc 360 tgataatata gttaatgatg ctgaatttat taggactcgt cttgtgcctg atgctgcacc 420 ttggactatt ttgggtcagg tatttacttc actttttctt tcaatagttt cagattttgc 480 aatcagtata tattaa 496 <210> 907 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 907 accaacatag ctctgcacgt tgaaaaagag actttccttg aatttgcagt gaggcaatta 60 ctacagacag gagacaacaa aaacgaataa cgtttataaa agcaaagcca ctctcagaaa 120 tcacaaagcc ttgcttcatg taaagttcaa tatatggctg attccaaaat cttaaacgac 180 aaaaagaaaa agtgaagtaa atacctgacc gaaaatggtc caaggtgcag catcattaac 240 tacgttataa gctcgaaaat gggctaaatc ctctctactt tgaaattgcg acatggacaa 300 rcggagtcga aggaattgat aatcctgttc ttcgctgcaa ttatttatat atagaggttg 360 aataaaagac ctcaacagtg gtcctcgctg gtcaaaattt aaccatacct tcgacggaac 420 catagccgcc aacctgaaca gtgcaaccta cttccgattg gtgttttcct ttcttggcca 480 cacgttgacc ataatg 496 <210> 908 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 908 caaaacagta atatagcaat agcattattt gtggatttaa ctgaaacatg gtttaattat 60 taacccaagc attaatggtg atggcttacg caatttttgt gcaattgagg ccgcctctgc 120 aacacgacta tcatcagaga ataatggtga aagctccatt aagtcaccgg ggctgccatt 180 gaattccatc aagtactgca ttgattgatt ataaggatat ttttcatttc attataatta 240 acattaaaat ggaaagggga aaaaaactaa tgcagataaa cacagaccca aaaaaagtct 300 waaagtagaa aatatattaa tattggtggc agcggcagaa attcaatcaa gcagtttcct 360 tagtccttta tagtaccttt atcaactcta ttgtttgact agcagtttcc ctttgagcat 420 ctgcactctg acaagagaca accaagaaaa ttaaaagcct tagtcccagt tccatattga 480 tggcactatt aagatt 496 <210> 909 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 909 tttgttacta ttagcatcat ttttaaatgt ttttgtattc aactccttta acagggaaag 60 gggaaagtga gcaagcctac agcaacattc ccgtctgctg ctcgaagaat ggatactctt 120 aacgatttgc ttgctgcaag tgatcttata tcacttcact gtgctctgac aaacgataca 180 gtccagatta tcaacgctga atgtctgcag catataaagc ccggtttgta ttaatttgca 240 tgaatttgga ttcagtattg tattgaaagt ttattttcct tgtgctttct gttaatgggc 300 ractatcgcg ttttacagga gcatttcttg ttaatactgg tagcagccag ttattggatg 360 attgtgctgt gaaacaactt ctaattgatg gaaccttggc tggctgtgct ctggatggtg 420 ctgaagggcc acagtggatg gaagcatggg tacgtaactt tttcacatag tcataaatca 480 aaatgttagg agtttt 496 <210> 910 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 910 aacttaaatg aaaatctaac aaggagaaaa taaggttgtt attttcctca agcagcacta 60 catacgaatc aaggaaaata taagcaacaa aagagttaca actccaaatt atataaaaat 120 ttctccctta ttcaactggg accaaacaat tcgtcaataa aattatttcc tatgaagatt 180 gcaattcaga cagatattga aacatcagga gttcattcag cataattcct gcaatctgac 240 ttctaagctc gagaaaatct aagctgggca aatgcatacg gtcataactt atgacatttt 300 raaactccaa gctgtgcaaa atgcatagga tcatgtcctt gcattaataa taccacatat 360 aagaagttga ttttgattca aaaccagaaa atttatacca tgacagaaag gatgcattta 420 caattacaag tacctcaata aaattagtag cgccaccatc taactttatg gcactgccaa 480 aaagtttttc taggat 496 <210> 911 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 911 accgagtaat atactattag atgacgactt caatgcttat ctctctgatt ttggattggc 60 ccggcttctt gggacttctg aaacccatgc taccaccggg gtggctggaa cttttggcta 120 tgttgctccc gaatatgcca tgacttgccg tgtttctgat aaagcagatg tgtatagtta 180 cggtgtggtg cttctcgagc tactttcaga caagaaagca ctagacccct cgttttcttc 240 gtatggtaat ggttttaaca tagtagcttg ggcatgtatg ctgcttcggc aggggcgtgc 300 maaggaattc ttcacggcag ggttgtggga ggtaggcccc catgatgatt tggttgaagt 360 attacacttg gcagttgttt gtacagttga ctctctgtcg actaggccga cgatgaagca 420 agttgtacga cggcttaagc agcttcaacc gccatcatgt tagcaagtga gaattcgggc 480 atttattgac atagtt 496 <210> 912 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 912 tctctatctt tgtagaaact ttcatgcata ccgttccatc aaatcttatt tggtcaattt 60 aacagtcaat acctcttcat gccctaagga accagggttc aagtttactc ggcgatgtct 120 gcgcaacaac tgcagaaagt atataacaag gttacacagt gtcctttaaa actagaggtg 180 cactaaagtg ccagccctcc atgacttaaa gcacaacaca agctctttta atgaagagca 240 caatagaaaa aatgaaaacg acattcatgc atttattcct ctgctgcctc tagagttttc 300 sctttgtatc agactctaag gtggcttcta tcggatcctc aaatacccaa tcatgcaaaa 360 cagatggaga aggcttttct gaagcagccc aaggtgtttc ttagcttgaa gaaattggag 420 aaaggaaaga ggccatgaaa cagagaaaaa ttagttctag aagagtttgg ggttcaagac 480 tctgagagac gcaatt 496 <210> 913 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 913 aaccgtttca ttttgttgat ggccgggttt cgacgttgct tccgaaacga atctctttcc 60 tctctttgtg gctttattga ccagttgcat gtcatgcatt acctccgaaa cttttcgcct 120 tcctctctat gttttcatgc atggctttgc tataacaatt gctgctctaa cttccccttg 180 cagctccaat ttccactttg acgtgctttc gttttgattc aaagggcctt caagtgacag 240 atgctacacc caaatagcat aaattgaaca aatgctacac ccaaatatca tgaattgaac 300 rgatgctaca atgaaagaga tcagtagggg cattggcaga gcacaacaag ggtggctgct 360 cttttctcca gtttgagtaa ccaataacaa ggtcctttag tggtcaatct ctttttcatt 420 tttcatatta tcatttcatt tgcatattgc ttgtttgtat atttggtttt cagatataat 480 ttttcttttt actttt 496 <210> 914 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 914 ggaacaagct gattcctact tggacttgaa tccttcaaat cattccattt gggactagaa 60 acttttgggg gtttgccagt gtatgcccat ctaattcctt taggattagc acaagctttc 120 caagcaatag actcgctgca tcgccgaacg atttgtaggt tctcagccca cggcgagagc 180 ttctcacagc ttttcaacac aactatggag tccctccatg aagaaagtac cacatagcta 240 agaaatgctt cagttttgaa aatcaaatta ccttcctcca aatcttctgt catttcaaga 300 wactcagcag cacatctaag gccagaaata ttggctgcag tcaaatcaac agctattccg 360 taacaaaatt tggctgcaag ttcaaaagcc tcagccccac caggaagatc atccaaaata 420 atcttattca aatctgggtc tctggattca tatatgcatc tgttcatctt cccacttcta 480 gaaagaagag gatact 496 <210> 915 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 915 tgaaccccga gagcgttcac ctcctgaagg aagcaagcaa tgcacagaat aaacatttcg 60 gtagtaacac agttgaactg gcatatggtc gtgttttttc ttctaacccc taactgattc 120 tgaattcatt tgcccactac ttccaccatg ggcactgaat ccagaaactg gcatggaacg 180 ctgggcaaaa tccattaaaa gcttcctctg gggttcattt gtgtggggaa gactagcacg 240 aagaagctcc acaggcattt cacggctgat ggctctggct gcctctgacc ctataacatc 300 rgtgctcgat ggcgtctgcg aaaataatga ctgcactata gtctcatatt tactcacaca 360 gtacttggta agaagactga agaattcatc aaaggatgcc tgccagagtg cacggttagg 420 catgctacag ttactagcag catgaggatc agttaatagt tcggtagctc tttcaagaat 480 ggacttcaga acaata 496 <210> 916 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 916 aaagactata tgctattttc tactacgaat agaaacagaa tcatcacgct cgtgttttct 60 ttttcagaac caaagaatcc attctctcta tttccatagg atattaccat ggagtcattc 120 aacaaatgga gacaaactcc ccccattttt aataaacaac ttccattatt cttagttctg 180 ctgttgagac catttaaaga aatatgataa ttaacagagg aataaaacta acagcagctc 240 catacttttt tctctatttc atttgtaatg ttcttattac attccacaaa atcttatcag 300 raaattgtgc atctcacttc tttccgttat ggtgttttag ctgcagcaga gcatgaatta 360 gaaacaaatt ctatcggttc aaattttctt actgacaaaa gttctagcag ttccattcct 420 atatggactg gaatcagact ttatgtcaaa attagagcta ttatctttct attgaacgaa 480 gaaaccaaac gaaaac 496 <210> 917 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 917 gtgttttttt tcaagaatct taaccaaaag ttggacttat ttttctctgt ctgtactatt 60 ctttaggaac aaggccctca tggtggaggc aggaatctta cacaaacttc caagtaatat 120 ccaagccatg gatgaatcag caaaacatga ctttgcaaga ttgctgttgt cactgtcatc 180 tctgatcaat tcccatttca caattgcctt acagacgaat gaaagaggaa tccccttcct 240 tgtggacatt cttgattcaa cctcaaattt cgagacccaa aaatgctgcc ttgaaactct 300 stataacatc tccacagtgc tagaaaatgt aggacctctg gtctcaaatg gtgtggtgca 360 catcctcttg aaaatgtcct catccaaagg cctttcggat cgagcactcg cagcattagg 420 gaacttggtg gtgacttcac agggaaaaag ggaaatggag agcagccaaa tggtcccgga 480 tagtcttata aagatt 496 <210> 918 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 918 aagtttcatc tgaagctcat ttgccacgca tatttcaaca acatcgactg aaagtgcggt 60 ttcaagagca acgtactgtg gaagaaagga agttcaagaa ttaactaaat aaatgaagaa 120 agactttaaa cagataaagt gcagctccat ttaatgactg attacttgac ttaggtgtcc 180 aatcatcact gaaggcctgc agcaaatata tggtctttgc aatgcaggta tacttctatc 240 catggaaacg agcaaaacgt ggatgtccaa ctaaagtcag gaagaatagg caaaagtcat 300 ygatgaatag aaacaataaa agattgttga gcttttaagc agcagctaaa agaggcatag 360 cagcatgcat gtgattagta ggcgagccat ttctacataa acatgtcctc agtttattcg 420 taaggaagtt tagtaacacg tcaaatagtt gtctttacct cctcctcact gacattttct 480 gagtttcgaa cataat 496 <210> 919 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 919 atcttatttt ctctttacag aataaaatga tgtggatgag agtctagtat gggtttctat 60 atcgtaaaag gtgtttggtt agtctaacaa actttctgtt caaactaaat cacttccatc 120 tacactagtt cttacgggaa ctcacattta ctgctatttc cactctaatg cagctgtcac 180 tttaattgtg attaccactt aaaatctagg tatcggtgca attattagtg agattattcc 240 acacacaagg gcaggatacg ttatcgagag gtttgtaatt aatatccggt ttcaagtaga 300 kgacagaaca agaaaaaacc ttcaggtcgc taaatgtggt agctgctgaa aaccaagaac 360 agaaatagga aaaaatactg atgaatcggc tggaggaaca acaaactcca tagacccact 420 gtcaagataa tggaacagat tagtaaacac aagcatgcaa ttaaagtgca acaacgtcta 480 gcgaagagag aatcca 496 <210> 920 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 920 ttaatgttcg aaaccgacgc tttactgtca ggcacacatt acaagtgcac gtctgcttat 60 gttttggtcc cttcccgctc ggtggttgaa tgcatactat gcatgagcat ccaggtctat 120 gtcgagggtg ctttgtggtt gcttggccag gtgtctggct tgcctcaccc tctcctaaga 180 tggctaaatt tgcaagtgtg tcaagtcctt ccagagcttc aacattatct ggttctagtt 240 tggcagcctt cattttcttg acaggagcaa ctataaatag caaaaagcag attaggatag 300 raacattgta aacaaaatac aattaaatca gtcgagattc atcatgcatg aagatacgat 360 caaagatgtg atagtttttg ttttgaacaa ttcacatctg aattacccgg ggaaagtagt 420 tcttctagct gctctgttga caactcttga ggtgctgagc aaaaagatct agtggcaaag 480 agaattctat tagtaa 496 <210> 921 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 921 aacaatcaca acgtgttcct tttaagtcat tgccatttga ttccatcatt accaaaaatc 60 aacttccgat ttaataatca attgtgtgat ctgggttttg taggttgaat cagccccagt 120 agtattgcca gagcctgagg cagctccagc agtccaacct gaggagaaag ttgtagaaga 180 gccagtggct gaagaaaccc cagctcaaga acaaaaggag gaagctgccc ctgaacctgt 240 ggaggaggta gagaaaccgg cacccgttga aactgaaccg gtagtcgaaa ccaaggaaga 300 mgttgtggaa gagaaggaga gcaagccaga ggaggcagag cctgcagccg aacccgaagc 360 accggcggag gcggaggctg aagagaagga ggaagagacc aaagaggagg cagttgagga 420 gaaagcagaa gaagaggcta aggaagtgaa aagtgaagaa gttgttgaag agagctcaga 480 agctgcagca ccagct 496 <210> 922 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 922 acccctctgt tatgctccct ttctccgacg gccgccttct tcagcggcga cagcagccgc 60 cggagcagcg attccccgtg gcggcggaaa gtaatgggtt ttcagtgccg ggggcggaat 120 tgatggaaat tgaaaatctg attgatgagg atttgagtta cgatctgcag gaattgggga 180 tggagttttc ttcgtccagt gggaatggga attacggcgg tggatacttc cattgaacag 240 ataagattaa ttaatctcgt aattaaatta agaatgcaat ttgttgtaat aatatgaaca 300 ygaacaacgt acacatttaa aagggggctt aatatgctat acagtatcta gctgcatgct 360 ctgtgtccaa atttattttg tttaatcatc tcttttgttt gttttttctg tcaattttgt 420 aacacatcag attaatgaat agattattta attctcaaat caaatttgaa agttaactta 480 tgcaatgtga acattg 496 <210> 923 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 923 tttctagcgg aaaatattca cctcaatcta tagtaagtgc acaggcaaag gcgagttact 60 ctgctggtga aaacaaagga aatgctacat ttccaataag aactctcacc ctaagaagct 120 ctaacattgg tgaagtacgt aaggaaggga cttcgaagca tttgcctgat gttaagtttc 180 aagcaagaaa gagaaggggt tgtgctttat gatgggactg aatgacccta gaactatgaa 240 ggtaaggggg aagctgcaag aagaggaagt gataatattg atagattatg gagctaccca 300 yaactttatc tctgaaatgc tagtgaagaa gctgcaatta cctaccaagt agacaaaaca 360 ttatggagta atattgggtt cgggaaccgc cattcaaggc acggaaattt gtgaagcctt 420 agaagtgtag ctgaaggacc ggactgtgag ggaatatttt ttaccgttag aattgggaga 480 agtggatatt atttta 496 <210> 924 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 924 cacatttctg ttctcttatg gggtgagcac attgcaatct tttgtaatta tcacctcagc 60 gtcgagttgt tggtaaaata ttagaagtgc aattttaatg aaatttatga aagttatgat 120 gtccttcgtt aaaatggttt aggaaaggct tcaagtactg taaaagaagc cttgcctttg 180 gtttttcaat tgtgcagctt aaaaaatact ttaagcttgg tgtgtattgg taatgaccag 240 gggttaggga aggcggaagg tgagcggcag atcgaaagtt caaggcggtg caaattagga 300 stcgtcgttt gacggtgttt gcagcagggc aaacgagggt tccgaggatc aagcagatct 360 gggcaattgg aactccacga aggaaagcgg tgtgaacagt acagatcgtc ggcacggtct 420 gggcagggca gcacagtcgg gtcagaggct gtttatggtg gcagggtgga ctgaggtagg 480 cggccgctga aacttg 496 <210> 925 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 925 ctctcttaca ttgaaggagt tgatttcttt tcctctctcc ctgagccttt atactgctca 60 ctgatgaata ccattttttt gcatcgtttc ttattgggag tggtgttgga gaaagtggta 120 caactaagaa attattgtct ttcttgtaga agaagagtcc ttgtcgaagg tggccaaagt 180 ggagatgcca tcaaatcaga tggttggagg tgtggtgccc ggatcgctgg gtataatgta 240 ccctcctcaa cctggtttag ctgcaatgca acctatgtaa gtatctacct acatttttct 300 sttccattca ctattactgc ttaacttgaa gtttttgcat cttattgtgt tatcttcagt 360 aacatgtaga gcaaaccttg ttaattttta tcaattacca tgtgaccgta gttatccttc 420 aactggacaa gcgcagccta ctgcctggcc tgttccacct cgtccccaac cttggttccc 480 cccaaattca gccgtt 496 <210> 926 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 926 gtcgttctta tcaatattat taagagaaca cttaaaatag caatctttcc ctacaagtaa 60 gatttcttct aagaggaaac ttttcattaa tgaactacag actataatgt aggattgatc 120 catgttaaat taagtgtaaa acacatatat agcatatata cactaagatc aaattattaa 180 taatcattgg tacgtaaaag tttcttaaat gaatgtgata atttgtgaag tggaagaaaa 240 ttcaatactt atccttgtct aattgcaaaa gtttccaaag ccttattttg cagcaaagaa 300 mttctcaatg ttctcattat aaccgacgtc atcttgatat tctgttgttt tgaaacttat 360 ttattaagat ctgacaacat tataataatt aatttgcatg gtagagaaca tttagtttat 420 gaaactgcct cagaatccca tattttaaca tataatttga tatttgagac aaacaaaagg 480 tctttatgtg cgagtc 496 <210> 927 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 927 cttaaatttt ctgaaatgtt actttcgtgc gttctctgta atcctactta aaattacaaa 60 gcctcaattc accgacagtc atgagcataa gcttcggaac attgtggtgg agattcttaa 120 tcggcttcca cacagtgaag ttttaaggcc ctttgtgcag gatctgttga aggtcgccat 180 gcaagtgctt accacagata acgaggagaa tggcttaatt tgtattcgca taatcttcga 240 tcttcttaga aattttagac cgactctaga aaatgaagtg cagccattcc tggacttcgt 300 rtgcaaaatt taccagaact ttaagcttac tgtaagccat ttttttgaaa atccagctgc 360 tagtgtcgaa gatgtaaagc ccatggaagt atccacttca tcggaccagt caatgaattc 420 cggatgcacg gggactgtgc aactcaatcc cagtacccgt tcatttaaga tagtaacgga 480 gagtccactg gtcgtc 496 <210> 928 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 928 cggggcaata ctttaccgat caggtatatt taaacgggtt cttaaatttt ttaatcagtt 60 ttaactataa gttatactag aattcaatag cttttagggt ttatgcgaga aacaaaaatt 120 aaatgcaagt tttttttatt attatatgta tttttctttt tctttttact ttttcatgaa 180 gtggcaatag gaaaatattg gaccgaggca cacactttaa atgagagtgc ttcgcttgaa 240 aaaagtgagg ctgcggtggt ggttggtgct taggtcttta acttgtaaag aaattttaat 300 ragatgtatt tatgtgatat ggttgtgaaa tgtgaatttt aaatgttttt gagtatcctc 360 ttctaaatgt ttaattttgt cgttagctat ttatatttaa taatcattta aaagaactga 420 accatttgta gaagaataat tgcttttgta gaagctgctg gtcatttttg ttgatgtatg 480 acaagcttat gtaaat 496 <210> 929 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 929 agtccgtccc tctccccggg attctacacg tgtcagattc cgacctccac aggccttctc 60 ctccaccgcc actgcttctt ccaccgccta cgcctccaga caggacaccg cctcccctta 120 tctcaacctt caaactatgc cttcctgcac ttccctttac gaggtccttg gtatccctac 180 cggagcttct tttcaggaga tcaagtccgc ataccgtcga cttgccagac tttgtcaccc 240 ggacgttgct gccgtcgacc ggaaagactc atctgccacc gatttcatga agatccacgc 300 ygcttattcc actctctctg atcctgagaa acgcgctgat tacgatcgga agcttctccg 360 tcggtatcgg cctgtggctt ctgcgcggat ggcttctggt ttcactggat acactcgccg 420 gaattgggag acagatcagt gctggtgacg agttgactca ctgagtgatt gaagtcgaaa 480 ctgaaacgat ttgagt 496 <210> 930 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 930 gagccacaaa ggtaaggaag aaagttgcac tgccagggag actacttgcc aacaagggaa 60 caagagagtt tggatccttc tggatgctct tgaatgttct gaacagtgca ccactcaaag 120 tgactccaat gaacacattc aacactgtga aatagaaata tttcccagaa gcagccctct 180 ctgcatgtcc ctctgaagga attccctcag atttagatag aaagagcagt aacttgggca 240 gcagagccaa gaagataatc aaagctaact gaggtaagta agcttctaaa attgccttga 300 stgcacctat gttaacaact ggctttaaaa atggcagaaa cttcttcaag ttttcaagag 360 tcgtaacagc agaaactgca gtaattggaa tcatgtagaa gaaaatcgtc agggccacaa 420 tgacatacac aacatactgt ctgacttgcc tctgtataaa atttatgtaa agattaggcc 480 agataatctg gcgggg 496 <210> 931 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 931 gaaatatttc ccagaagcag ccctctctgc atgtccctct gaaggaattc cctcagattt 60 agatagaaag agcagtaact tgggcagcag agccaagaag ataatcaaag ctaactgagg 120 taagtaagct tctaaaattg ccttgagtgc acctatgtta acaactggct ttaaaaatgg 180 cagaaacttc ttcaagtttt caagagtcgt aacagcagaa actgcagtaa ttggaatcat 240 gtagaagaaa atcgtcaggg ccacaatgac atacacaaca tactgtctga cttgcctctg 300 wataaaattt atgtaaagat taggccagat aatctggcgg ggttcaggag ctgccaggac 360 agtccactta tcaacgattt gtgcgtgtaa gttttgagct gcagaagctg ctgttgtccg 420 gttgttaaag aagactaaag cagcattctt ctgcttctct ctgagagtag ccttctgttc 480 agtttccaat tttggt 496 <210> 932 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 932 ataaataccg aagaacataa atgaaattaa gatctaagaa atcccgagtg ccaaagagga 60 tgggaggact gaccgcgagt cagtcttccc ttagagtggt agcgactcag cttacgtgtc 120 ggtaaccaag atagaactat atgctacatg tgaatttcat gaggtatttc cccctctgga 180 aataacaaag tcatcagcaa aaatataaag gtcttctttt ctttctccaa gactttcagt 240 aaaatctaat ttctcctttg ttagccaaat aggagatagc agccaagaaa atacttccat 300 raccaaataa aagatatacg gaaaccgtca gggtttcccg gtaaggaaac tactaagttc 360 cacaatggtg cttttacatt tattatcata tgcggctgcc acctcccaat caatatcact 420 tccggcaaga atggcatcgt tcaaaggctt caatgggcct ttaaagttca attcggtacg 480 gtgttatata attaat 496 <210> 933 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 933 tttcttctaa ttggatatca aatcactttc tatattcttc tttttctcat tggaaataac 60 agattacctt ctaaatgtca aagatagacc attggttggt gaatctacat tactgaatta 120 tatatgagtg tgctaaactt tacctggtat ctttgagaca ttgtcttccc taggctacct 180 ttttctgcct gataccgtct ttttcacggc tccgaccgat actaagaact ggtcaagtga 240 tgataaggtc ttcatatcat ctggtggaaa gtaactggca gccttcccca tgagtgatgc 300 raagagaata gagagtgaag gtcggttgac gtatcgctcg cccaaaaggt cgtcgagaaa 360 tccgaatgca gttaagaaat cagaactact tgcatttact ggagctgcaa agtgagcagg 420 gatgattctc ttgaacttcc aatctcggac gattctatca atccagtccc ttacctgaaa 480 gcagaattag tatgag 496 <210> 934 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 934 gtgagagctg gaaaacatgc tgagctttgg tcacagaaag gaaacccaag cccgaaacca 60 aagaacaaag acgataaaac tccgaacaag gaaccgaagc atcttaaact gacttcgttc 120 aactgtgaag atgatgaagt tgttgattgt gttgaggaag gagatgatta tgaagctgca 180 cagcttcagt tcagagatat cctcaggcag cgagcaatcg aagcgaataa tgccgggaaa 240 ggtggcattg ggatgaaccg aattcccggg cttgctgcgg gaaatggcaa gatgaacaac 300 maccaccacc taagtattaa caacaaacct ggaaatggaa agaaaataga cccgaatcag 360 ccaatgtcaa taaaaaatac cccatctgag attgacagaa aaactttggc agctctgaag 420 atgaacaatg ctcaactttt tggtaacggc cgggaaagta tcaatcttgg ggaagcgaaa 480 agagcgaaca acaacg 496 <210> 935 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 935 cagggctttg aatgctggga ttgtcaaacc attgttgaaa atgctctctg attcaaatgg 60 ttccttggtt gatgatgctc tctatataat gtcgattctt tgcggccatc cggatgcgaa 120 agctgcaatg gggaatgcaa attcactgct tgttttgact gatgttttga agacggggtc 180 acctcgcagc aaggagaatg cagcagctgt tctgcttgca ttctgcaagg gagacaggga 240 gaagctggaa tggttgacaa ggctgggcgc gatggcacca ttgatgaaac ttgcggagaa 300 yggaacgggg agagcaaggc ggaaggctgc ttcattgttg gaccaactca gaaaatcatg 360 aacaggaacc aaaccatgtt tttgactatc tacagaatag aatgttaaat agtttttttt 420 tcttcacatt caaatctgat ttgctagttt gcatattgtt tcaaacgttc agcaagaaaa 480 gttaaaaaca tcaatc 496 <210> 936 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 936 ctcctcacaa catatttttt acttttagaa acccatttga gatatccttc accaaattca 60 cctacgattt taacccatct aatccgatta aaagtcaccg taaacgtcat tgtttggttg 120 accctcgaga agaacaattt tctcggcatg accgtcatgg acactcccaa cggcgcctca 180 actatggcgg tgtaaaccga gttcgcttca cccacatttg tcactgttct tttaaacgtc 240 tgcagccctc ccaacgcaac actaaacgaa ggataattca aatccccttc tcgaatactc 300 rgtactaatc cgcaaatcac tgttctatga acaataattg aaacttcttc atctttgtac 360 aaaccacaaa gataaggaat gtaatcatca ggttgaatgt cataaaccaa tcctggatca 420 gctgcctttg atgggttgac atgtcccgca cccatcgcaa aaaagttcgc cggttgcaaa 480 tcttgatccg taattg 496 <210> 937 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 937 gtgtaaaccg agttcgcttc acccacattt gtcactgttc ttttaaacgt ctgcagccct 60 cccaacgcaa cactaaacga aggataattc aaatcccctt ctcgaatact cagtactaat 120 ccgcaaatca ctgttctatg aacaataatt gaaacttctt catctttgta caaaccacaa 180 agataaggaa tgtaatcatc aggttgaatg tcataaacca atcctggatc agctgccttt 240 gatgggttga catgtcccgc acccatcgca aaaaagttcg ccggttgcaa atcttgatcc 300 rtaattggtt ccccttgagg agtttttatg tttgcagtag tcataatggc agatttaatg 360 gcagcaggag accaattagg atgaacactc ttgatcaatg ctgcaatccc acttaaatga 420 ggacaagaca ttgatgttcc tgaaataaca ttaaatgtcg atttggtgtt cgtgtcgttg 480 tctaatggga atggcc 496 <210> 938 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 938 atgcaaatga aacatttctt ctggaacaaa aggttattga cctatacagt gaagtagaat 60 tctacaagag agaaaaggat gaattagaaa tgcatatgga acaactagca cttgactatg 120 aaatactgaa acaagaaaat catggcatgt catataaact ggagcaatgt gaactacagg 180 agaaacttga aatgaaagaa gagtgcacgc cctcagctac catagtagag ctggagacgc 240 acatagagca cttggatagg gaacttaagc agcggtccaa ggacttctct gattctttga 300 scaccataaa agagcttgaa tcccatatcc aggccttgga agaagagctg gagcagcaag 360 ctgaaaaatt cataggtgat ctagaagata tgacacgggc caaaattgag caggagcaaa 420 gagccatcct agcagaggag gacttgagaa agacaaggtg gagaaatgct aatacagccg 480 agaggcttca agaaga 496 <210> 939 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 939 atgttgaaat tattgtgtgc caaataatat aaaaaaagta gtgttaggtt ttagaaggtg 60 gaatgtctaa tgtttttttc gtaagtgata aatttaaaaa agcataaagt gacacacacc 120 tgatcgcaca caggacagat atcacttctt tccatccatt ccagaatgca tgcaagatga 180 aaatgatgtt cgcattttgt ggtaagtttt gggttctctc catcatattc tgcacaaaac 240 aacagaaagt gatgagtagg tgacttgtaa atccaagcaa ttaaaatgga acgtgcagct 300 wgagaaagca cttatgcgaa aacttgttag tttaaacaac taaaatgtcg gacattggca 360 atggacatat aagaggttta ataaaagttc aatgggttgg tgggttggta taaggcagct 420 aaacaaagtt ttgacaaaac ttcaccttcc aaacagatgg ggcaaacatc ctcttcttca 480 ataggtagga cagcag 496 <210> 940 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 940 aaactttgga acagaatcat tgatagaact ttcttgatca ttaatcccac atctgcagca 60 gaaccataat ataaatgtta tgaacatatt aacaaaggga caactccagg acttagaaaa 120 aggtaaatct gcattctagt ttgaacaatg taatttgaac ttgtaagaac tactctaagt 180 tggtacattt tagaggacta ttcaacgatc atccaacttt cttgaagaac ctaaataaat 240 tctataccag atcttatctt caatcacatc aaatatttaa aaaacaaggc tgaaagaatc 300 rtttgctgca cagcaaaact tcagaagcca gaggatttaa acatatcagc aacctgagaa 360 cagcttttct ggtttaacca gcatttttat gacattatca ctatttctgg cttttaacat 420 gaaaacccgt ttgaattata ctgaaatgaa gtagattcat tactctgcat tcggtactgg 480 aaactgcaac atctag 496 <210> 941 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 941 agttttagga cacactcaca gtttgcaggc aatgcagctg agtgtcaaaa catttccctt 60 ctcagttgta atgtgaaaat gggctgcagt gacaaagtgg tagattcagc cccccagaaa 120 cctgacatcc gttgtcatgg tgaaggtaaa ggctccagtg atgtcacaga atccatagtg 180 cttcacctgc atgaataggt tcaggtcaac tgaaatttaa tttggttaga gagagagaga 240 gaggtcatct gatgcacctt ggacctacac aagtatctac taagacacga aaagtccaat 300 scatcagcct gatattttgc atgaatcaaa accgcagcac atttgtccat tctcaccaga 360 taaataattc catcatagtt tgcataattt ctaatttatt tccgttgcca cttctaacaa 420 ttaaaacctc aaatattttc attgccatca acatttaaca tttatatgta tgcatgagtt 480 tctgacactg atgttc 496 <210> 942 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 942 aaaaataact caacaaatac attggctacc tacctcaggt gcttggagga agtgctcgga 60 gaatgaagct actctcacca aaggggttgg atgtacgacc aatgatggaa gttgtgaaag 120 gtgcagcttt tgatattttg caggttggag ttgattttaa atattagttt ctttcacttt 180 accagatcat tcgactacga ttcagagttt gtagatttct agttcaagag ctcatttggt 240 agaacatatc atatagccgt acttttcttg ggtaggtagc tgttagccat cctgtcacag 300 waaaaaatgt ctaatataat ttggaaatgc aggctgctgg cggatgtcca gcatctttaa 360 ggcctggtcg ttggttagac ttgtatagtg gtaccggatc agttggtatt gaagctatga 420 gccgtggatg ctccgaggta cgagttcatt tgacaattta gtttgggata acattttctg 480 taatttttaa aaacaa 496 <210> 943 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 943 ttcctacata atcaatttgg atattgtttg ccttaggatt ttgtgcattc aacttctcat 60 taaccaatga acttagacat ttacctgtta ggcaatggct ttgtaccatt gccattttat 120 ttctgtatgt agggtcctat gacgggctca tttagcccag tctgtggagg gacaataagt 180 ccaacatccc tgaacctcac acctgctcta ctcctcccat caatgcagtg cattttgcag 240 cagaacatcg ttcaacgggt ctgttttgct tacccttctt ctttgtattg gttggcactg 300 mgtcaaaata aatttcttat ttgtatctat tattgctgac aggaagaaat tcttaaattg 360 atcaagtgtt tggaacaaat gactggtatt tctcctcttt ttgttgttat gatatgcttt 420 ttggcacttt ttcttctact atatgtttga ctgacacagg caagaatcca gatgcatcag 480 agacggtcac caatga 496 <210> 944 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 944 ccgaacaaat tttctagtag catgctagtt ctaagatgga aacttttgga ggccgattcc 60 gacaatgttc tgttcttttg atcttattta ttttttgaac ttctagtctg tgaaatacaa 120 gtatgatact ccatttaaac tcgtattcca acaggttctt tgtccaaagg aaaacatctc 180 cgatagggga agggaaggaa tttacatcag gaggtgattt gagagtttgc agctccgttt 240 gtaccgtctc cgctttcatt tctgggctca atttaaagat cttcctcatt gtaatgtcaa 300 mggataacat gtaacgatga agatgagatg tagtatcgca gctgaatgat caattcgatt 360 cttgattctt gattctttct atgccctatc agatatttgt acatttcatc tcaaaataat 420 aattctcctt tcatcgaacc cccccagggt cccaagaaaa ctgttccaac atgaaatgat 480 aggacataaa aaaaca 496 <210> 945 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 945 ccttctccaa actcgaacaa cctaaattca tttcttaagc aacaagaaga actccataga 60 accagaactc aaagcgccaa aaaaaaaaga aagaaaaaga aaacttaccg aaaacagtgt 120 taatcgggtt catggcgacc tgattcttag ctgcatcacc gatcaagcgc tcagagtcgg 180 tgaaagcaac atacgacggc gtcgtcctgt tgccctgatc gttggcaatg atctcaactc 240 gatcatgctg ccacacacca acgcaagagt acgtggttcc aagatcaatt ccgatcgccg 300 kaccttctcc tttaccggcc atagtaagcg tggatggaaa aaagaatcta ggatgataag 360 aaatgaaagt aaaaaaattt gattggtggc tgcagaattt agggttagaa gatttcaaag 420 ttataaaagg aggaagaaga gaggaggaga atttataaaa aacctttaag gaaaaagaaa 480 aggttctaga gagttc 496 <210> 946 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 946 ggtcacaaaa gtcatagacg gaggacatac aacagacaac atcctcacca cagaggattc 60 aatgggtaag aagccatttt cagaattgat cctacagact ttcacggttt acaaattagc 120 agaattattt cactaactca atgccatctc agatgataaa tatgctaggc ctccaatcaa 180 ggtgtataag agaaggggta aaaagggaaa tacacctcag acagacaggg ctaggtggtt 240 atggtactgg tcgcgggttg tagatgcagc atgggaatgt caatatttaa tctctcgtgt 300 yggctaggga gaatccttac agaataccaa tgtaaattcc aagtagaact taccagctct 360 tcaactttgt ccttgaaagc atttccgtca gccgcagcag tggaatcaac caacaaagtt 420 gattgacagt tctttttaag gagtccaaga gttcggttta gcagatttcc tgcaagagaa 480 acatcaagaa ttatgg 496 <210> 947 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 947 acagatgcta agaggaaatt agtccttgaa gcctggggag attatcttag tgatgtaaaa 60 tgttttgaag atgctgcaga aacttatctg tgctgttcca atttggaaaa agctttgaag 120 tcatatcgtg ctagtggtaa ctggagtcag gtgtttatag tagccgggtt tcttaaaatg 180 agagaagatg agatatttca attggctcac gaactctgcg aggagcttca agccattggc 240 aaaccaggtg aagcagctaa aattgctctt gagtactgtg gggatatcaa ccgtgggatg 300 rctttgttaa ttaatgctag ggactgggaa gagggtttga gaattgcttt caggtatcag 360 agagaagatt tagtaacaga gctgaagaat gcatctgcag aatgtgcaag cttgcttatt 420 ggtgaatatg aggaaggatt ggagaaagta ggaaaatatt taactcgata tttagctgtt 480 cgacagagaa gattac 496 <210> 948 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 948 aagttactgt ctcttttgaa aaaggtggat tgggtattgt cggggttgtg gatactaact 60 ttgctttact tacaaaatgg ttgtggagac tcttgttgaa cagaaacctc tttggaagag 120 atttgttatt gttaaataca atcaagattg cattggggga attcctacaa aaagcaaata 180 tagcagcaac aaggcccttt ggaactccat cacaaaaggt attaactggt tttattctca 240 aacaaaatgg aagatcaatg atgtgcaaaa aaaaaaaatc tttttggcat gggctttggt 300 mtgacatatc tcctctagct caatacaaac ccaggttgta tggcagcatc aaagatatgt 360 ggaatcaaaa ttagccttga ttaggatctt taccctagaa gggatattag aaatttggat 420 atacaacagt ggtttgaaat aaaaccttcc ttatgaatta cgaacagaaa ccaggacccc 480 caatttactt atttgg 496 <210> 949 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 949 aggtggattg ggtattgtcg gggttgtgga tactaacttt gctttactta caaaatggtt 60 gtggagactc ttgttgaaca gaaacctctt tggaagagat ttgttattgt taaatacaat 120 caagattgca ttgggggaat tcctacaaaa agcaaatata gcagcaacaa ggccctttgg 180 aactccatca caaaaggtat taactggttt tattctcaaa caaaatggaa gatcaatgat 240 gtgcaaaaaa aaaaaatctt tttggcatgg gctttggtat gacatatctc ctctagctca 300 rtacaaaccc aggttgtatg gcagcatcaa agatatgtgg aatcaaaatt agccttgatt 360 aggatcttta ccctagaagg gatattagaa atttggatat acaacagtgg tttgaaataa 420 aaccttcctt atgaattacg aacagaaacc aggaccccca atttacttat ttggtatctc 480 tgcactaatg gccaat 496 <210> 950 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 950 aacattgaag ttcaaatcaa tccaagaatc caaaatcagc taacggcatg ctcaggagtg 60 aattagaaat agtgattttc ataccatcaa aattaatttt gaatgattaa agttatagtt 120 tggtgaattt aaccattcca aaattattcc caaaacgtga attagaagtt gaacaaattt 180 cagccccttt acaagaacag atagtaggaa tggaaaaaga aaagcggtga agttaaaatt 240 agaactgaaa acagggaact acacctggag agctgcggcc caagcaatga ggaaggaggc 300 raaccagaat ttcttgtcct tgagaagatt cttgaattcc atatccctaa aacaaaaacc 360 ctaaccctaa accaatggag attttgaaac tttcttcctt gtaaagttct atcaaccaga 420 gaaatgtgca ccagctgcct caaaatcaga aagtcgattt gtcgactcag cttcgtgatt 480 ttacaatgca gccgac 496 <210> 951 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 951 taatatagta tcagcatggc accctctaat gtcaagctat aaaaagaatt atttagttaa 60 agcaaagcac ttactttcct gattgcccga aattcccttt tgatttgtga tctttgatta 120 agtgattcct catataaaaa gcttttacga atcatctcca actcactttc tttccaaaat 180 atctgcaaag actcaaaagg gcaagagtca gagccaacat gttctctgtg agcttttcca 240 aattagtgtc gaacatcgta ttattgaaag cttagaaatt tcagcagctc attaataaaa 300 yagaaattga ttcagatgaa gaaaaataaa gaatgattca ggggaaacaa aacaaatatg 360 aaagaaacag aagaaaaata atgaccccta cgaccaaatt gctgccaaaa aaagccatga 420 tgaaactagc tgacgagctt ttttccttgt ttttggtaaa aagaattggt gagatgttat 480 gcaacctttt atgaca 496 <210> 952 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 952 aaattgctgc ccaaaaatta gatcttctgg aattttctgt tggtgagaat taaacgaaat 60 tgggaccaaa attaagaatt ttcattcgtt gttagggtaa tatcttgctc aaatgggtat 120 attaggattt agaaagcaaa gaacattcca tctaaatcct tcacagacaa gattagctgc 180 attaaatggg tatattagga tttagataga aaataaaagt tgcattgtct acttcagttc 240 tccttatcta tgtggtaaaa agagcaaatc cctatcctct cggtagcctg aagaaggaag 300 mttaggagct gcaacattcc tctaatatcc tgctaatctg aaaaaaactt tcataaccaa 360 ctttcttggg ttgcctggtt ttaagaaaga cttctcatga tttaccattt ttggtattgc 420 caaagtactg aagagttgtt tttactctat gtacatttct ttgttataaa attgcagttt 480 gttggtgtgt ggatga 496 <210> 953 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 953 aatttgtttc atttttcttg gttgtttttt gctatatgac aagatcatct actagacgac 60 aatgcagctc aactagctca agaacgatga cacttcactt aaatacatct catattaaat 120 aatcagcgaa cacaggaaaa ggataaaata tattctaatg gcctaaaaga taaattagag 180 attcaattca tacactgcaa gcagtcttca gcacagaaaa ttcgcctgtt gtgaagggaa 240 ggctcaagaa atcgttggtg ttttgtggtt tattaacaac atctgcagaa aaggaaagga 300 rataaattca tctcctggta agttcttcac aagaataatg gcagcagata agttgatcga 360 gagaaataga ttaaaaagaa aatggaaacc aagcgtgaga ctagaatatg gaagaataaa 420 gttgaaccgc cacccagaca gcaaacagat aattataaat ctatactata atataaaagt 480 ctctatatgg agaaac 496 <210> 954 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 954 aatctccctg ttccacagca tgcctctttc ccttccttca accctacatt aatcatattt 60 cacacttcaa tctcttaaat atttcacaac ataacaccta acaataatct atcatttgtt 120 accatatttc agtggattct ccattctctg tctcaggctg ctgctgaagt catagagtga 180 atatttgaac cccttcagct gtttctccaa gtcttcaaga accttcacca atctctggtt 240 gtgtacattt gcatactccg ccaactcttc caaacactct cctctctctc ctctcagccc 300 yggactgcag cccattggcg gcaaattcat gaacccgaat ttcctgccgc cgctgtcata 360 tacttgctgc cgaaattaaa caaccaaaga aaacaccttc gttcaatata aacattagac 420 tttgtatgtc tgaaaggaag tttcaagatg gcaaaagcgt actttgatgg aagttgttaa 480 gttaccaatc accaag 496 <210> 955 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 955 gtatgtggtg gaaattttgt cgacatatgt agattgttag caaaaaattt ctttctgtat 60 taacggtgta acgaagctga tcacattgtc taattgttgt agagattttc ttttggaatg 120 tgctagaaag gcaggggtgg aaggagcagc agagtttctc gagaccgctg ataatggagt 180 taaggaggta ttgatacaag ttatagcctc atatatactt tctttggttt cctagacgta 240 gatgtgttat ttttattcta caagccttag caatatcccc actttcacct atgccaacag 300 maattttttc gctgcaaaat gaagttctgt agtaattttt tgggcaataa ccaaggggag 360 tgacaatcct gtggtaatta ctgttgctgt tctcttattt tctggaattt attggaaatc 420 gagttttact gggaggatga agaagatacc agggagtata gtagttaggg aatacaaaac 480 aaattacttt gattat 496 <210> 956 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 956 agcactggaa caaatctcaa tctgaacaag aactttgaaa aaagaattca atacaagatc 60 gaacatttta tagcctactt tatgttgagt gtgaagtgga ccattagatc accgttagga 120 aaagaaccta gcatggacga ggtttgtatt ttattttggt cctactttcc gttcatatta 180 agacatttaa taattttcca actaaatcac catacaagct ccccaaaata ttactttact 240 aatcaaaatt taattgcagc aaacaaagtt cttcacgtta atatgttctg aattatctgg 300 rcaatcaagg aactaaacct ttttgtataa tctagcataa gcctcccaac gctttatttg 360 gaatgaagat cttcgatcag ccacagcttc agaagctgca agtccaaagc tcacagcaac 420 aagcagttcc cttccgtcct catccactct gcaaatacat aatcaaatgt aaacgcaact 480 tatcgaattg tttgct 496 <210> 957 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 957 ccatttgctt acctataagg caaatgaagg ggttaaaagg tgtgtgtttt gggtgtcagt 60 caaccatcat ttttattgca tactaattgg tgatcaaata tcacaaactt aacttagctt 120 gaccatttag aatgattcaa gttctttcaa tccaaaatgt gttgataaga acactctttt 180 gtgaatctga caggccaatg cagcatcagg aatggctgtg aacgatgaat gtaagttaaa 240 gtttttggag ctcaagtcga aaagaaccca tcgtttcatt gtctttaaga tcgaggagaa 300 kctgaagcaa gttgttgtgg agaaactcgg tgggcctagc cagagttatg aagattttgc 360 tgctagtctc cctgccaacg agtgtcgtta tgctgtctat gatttcgact ttgtgactga 420 agaaaattgc caaaaaagca gaatcttctt cattgcctgg taatgacaac tcctctgttt 480 cttcacttca ctcatt 496 <210> 958 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 958 caactaagaa attattgtct ttcttgtaga agaagagtcc ttgtcgaagg tggccaaagt 60 ggagatgcca tcaaatcaga tggttggagg tgtggtgccc ggatcgctgg gtataatgta 120 ccctcctcaa cctggtttag ctgcaatgca acctatgtaa gtatctacct acatttttct 180 cttccattca ctattactgc ttaacttgaa gtttttgcat cttattgtgt tatcttcagt 240 aacatgtaga gcaaaccttg ttaattttta tcaattacca tgtgaccgta gttatccttc 300 ractggacaa gcgcagccta ctgcctggcc tgttccacct cgtccccaac cttggttccc 360 cccaaattca gccgtttcaa ttcctcctcc tgccccattg ggctatgctc agcagcccct 420 atttcctgtg cagactgcaa ggcctccact tccagtatca tcaactccta tgctccagcc 480 tttacagata acgcct 496 <210> 959 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 959 caacaaaaaa tatatttttt ctaaagataa aaggcaaacc taaaaatcag cacaaaatcc 60 tttttagtgg aataaattat gtacttaaaa ttccaaccac caatgtcact tatcttatta 120 ataaccacat ataatgttta tatgaacatc tcatttctaa gcaaagaata tcgtctaaaa 180 tacttttgtg tttttgtatg agtgtttatc gttatcatta tttttcatct cattcagctt 240 ccccttattc tcctctccta tcagcagctt cttgccctta tataaaggac agccaaagac 300 ycaaaatttt gcactaaatt atcattcttt cacattcata aaaatggatg ccaagaagcc 360 ttacatagtt gcaattttca ttcaaattac ttttgccgga atgagcttat tgtcaaaggc 420 tgccttcgct accggcatga atacatatat tttcctcttc tatcgtcaag ctgctggaag 480 tctcatttta gtccca 496 <210> 960 <211> 496 <212> DNA <213> Artificial Sequence <220> <223> Cucumis melo <400> 960 acttgtaaaa ttattgagca gctttggaga aacttctttt aaagaaactt gctcgaagac 60 aaaaatattc atctacttaa atagtccaaa gttactgtct cttttgaaaa aggtggattg 120 ggtattgtcg gggttgtgga tactaacttt gctttactta caaaatggtt gtggagactc 180 ttgttgaaca gaaacctctt tggaagagat ttgttattgt taaatacaat caagattgca 240 ttgggggaat tcctacaaaa agcaaatata gcagcaacaa ggccctttgg aactccatca 300 yaaaaggtat taactggttt tattctcaaa caaaatggaa gatcaatgat gtgcaaaaaa 360 aaaaaatctt tttggcatgg gctttggtat gacatatctc ctctagctca atacaaaccc 420 aggttgtatg gcagcatcaa agatatgtgg aatcaaaatt agccttgatt aggatcttta 480 ccctagaagg gatatt 496

Claims (6)

  1. 멜론 1번 염색체의 1066595번째 염기 위치, 멜론 1번 염색체의 1173173번째 염기 위치, 멜론 1번 염색체의 1296246번째 염기 위치, 멜론 1번 염색체의 1462130번째 염기 위치, 멜론 1번 염색체의 14858123번째 염기 위치, 멜론 1번 염색체의 14897464번째 염기 위치, 멜론 1번 염색체의 1978773번째 염기 위치, 멜론 1번 염색체의 2112637번째 염기 위치, 멜론 1번 염색체의 3013958번째 염기 위치, 멜론 1번 염색체의 30163614번째 염기 위치, 멜론 1번 염색체의 30481228번째 염기 위치, 멜론 1번 염색체의 30584172번째 염기 위치, 멜론 1번 염색체의 31094861번째 염기 위치, 멜론 1번 염색체의 31143403번째 염기 위치, 멜론 1번 염색체의 31442835번째 염기 위치, 멜론 1번 염색체의 31869094번째 염기 위치, 멜론 1번 염색체의 31872750번째 염기 위치, 멜론 1번 염색체의 34458684번째 염기 위치, 멜론 1번 염색체의 4104877번째 염기 위치, 멜론 1번 염색체의 4325219번째 염기 위치, 멜론 1번 염색체의 6614453번째 염기 위치, 멜론 1번 염색체의 7977218번째 염기 위치, 멜론 1번 염색체의 8036666번째 염기 위치, 멜론 1번 염색체의 8793338번째 염기 위치, 멜론 1번 염색체의 8819586번째 염기 위치, 멜론 1번 염색체의 884520번째 염기 위치, 멜론 1번 염색체의 8896747번째 염기 위치, 멜론 1번 염색체의 9274229번째 염기 위치, 멜론 1번 염색체의 975872번째 염기 위치, 멜론 2번 염색체의 15448280번째 염기 위치, 멜론 2번 염색체의 15448306번째 염기 위치, 멜론 2번 염색체의 15556647번째 염기 위치, 멜론 2번 염색체의 1591748번째 염기 위치, 멜론 2번 염색체의 22107827번째 염기 위치, 멜론 2번 염색체의 25707021번째 염기 위치, 멜론 2번 염색체의 3245603번째 염기 위치, 멜론 3번 염색체의 2128779번째 염기 위치, 멜론 3번 염색체의 23854097번째 염기 위치, 멜론 3번 염색체의 24188878번째 염기 위치, 멜론 3번 염색체의 2499868번째 염기 위치, 멜론 3번 염색체의 2792358번째 염기 위치, 멜론 3번 염색체의 28982354번째 염기 위치, 멜론 3번 염색체의 28997081번째 염기 위치, 멜론 3번 염색체의 3417026번째 염기 위치, 멜론 3번 염색체의 5526710번째 염기 위치, 멜론 3번 염색체의 5568974번째 염기 위치, 멜론 3번 염색체의 5829995번째 염기 위치, 멜론 3번 염색체의 6312154번째 염기 위치, 멜론 3번 염색체의 86815번째 염기 위치, 멜론 4번 염색체의 10188263번째 염기 위치, 멜론 4번 염색체의 1414734번째 염기 위치, 멜론 4번 염색체의 15809728번째 염기 위치, 멜론 4번 염색체의 17312594번째 염기 위치, 멜론 4번 염색체의 18961613번째 염기 위치, 멜론 4번 염색체의 19965023번째 염기 위치, 멜론 4번 염색체의 25512401번째 염기 위치, 멜론 4번 염색체의 25562768번째 염기 위치, 멜론 4번 염색체의 26007483번째 염기 위치, 멜론 4번 염색체의 28423009번째 염기 위치, 멜론 4번 염색체의 31494012번째 염기 위치, 멜론 5번 염색체의 13951772번째 염기 위치, 멜론 5번 염색체의 16410353번째 염기 위치, 멜론 5번 염색체의 16439188번째 염기 위치, 멜론 5번 염색체의 21883219번째 염기 위치, 멜론 5번 염색체의 21890697번째 염기 위치, 멜론 5번 염색체의 23447733번째 염기 위치, 멜론 5번 염색체의 23483383번째 염기 위치, 멜론 5번 염색체의 24990216번째 염기 위치, 멜론 5번 염색체의 25221584번째 염기 위치, 멜론 5번 염색체의 26101426번째 염기 위치, 멜론 5번 염색체의 2952159번째 염기 위치, 멜론 5번 염색체의 2952186번째 염기 위치, 멜론 5번 염색체의 939780번째 염기 위치, 멜론 5번 염색체의 9478865번째 염기 위치, 멜론 5번 염색체의 9590309번째 염기 위치, 멜론 6번 염색체의 1499759번째 염기 위치, 멜론 6번 염색체의 1500067번째 염기 위치, 멜론 6번 염색체의 3279691번째 염기 위치, 멜론 6번 염색체의 3283619번째 염기 위치, 멜론 6번 염색체의 33398394번째 염기 위치, 멜론 6번 염색체의 3455972번째 염기 위치, 멜론 6번 염색체의 35453870번째 염기 위치, 멜론 6번 염색체의 5739996번째 염기 위치, 멜론 6번 염색체의 5912593번째 염기 위치, 멜론 6번 염색체의 5948331번째 염기 위치, 멜론 6번 염색체의 6063081번째 염기 위치, 멜론 6번 염색체의 6491771번째 염기 위치, 멜론 6번 염색체의 6491793번째 염기 위치, 멜론 6번 염색체의 7666126번째 염기 위치, 멜론 6번 염색체의 7753114번째 염기 위치, 멜론 6번 염색체의 7753657번째 염기 위치, 멜론 6번 염색체의 7782242번째 염기 위치, 멜론 6번 염색체의 847166번째 염기 위치, 멜론 6번 염색체의 8915637번째 염기 위치, 멜론 6번 염색체의 906984번째 염기 위치, 멜론 6번 염색체의 908493번째 염기 위치, 멜론 6번 염색체의 916580번째 염기 위치, 멜론 6번 염색체의 942409번째 염기 위치, 멜론 6번 염색체의 961076번째 염기 위치, 멜론 6번 염색체의 975951번째 염기 위치, 멜론 7번 염색체의 16499219번째 염기 위치, 멜론 7번 염색체의 16598912번째 염기 위치, , 멜론 7번 염색체의 16792727번째 염기 위치, 멜론 7번 염색체의 17296866번째 염기 위치, 멜론 7번 염색체의 20518337번째 염기 위치, 멜론 7번 염색체의 20747800번째 염기 위치, 멜론 8번 염색체의 1547556번째 염기 위치, 멜론 8번 염색체의 1851494번째 염기 위치, 멜론 8번 염색체의 2037236번째 염기 위치, 멜론 8번 염색체의 2104452번째 염기 위치, 멜론 8번 염색체의 2783072번째 염기 위치, 멜론 8번 염색체의 312457번째 염기 위치, 멜론 8번 염색체의 31361145번째 염기 위치, 멜론 8번 염색체의 329340번째 염기 위치, 멜론 8번 염색체의 336300번째 염기 위치, 멜론 8번 염색체의 503453번째 염기 위치, 멜론 8번 염색체의 6125881번째 염기 위치, 멜론 8번 염색체의 6147588번째 염기 위치, 멜론 8번 염색체의 6185860번째 염기 위치, 멜론 8번 염색체의 792252번째 염기 위치, 멜론 8번 염색체의 792406번째 염기 위치, 멜론 8번 염색체의 801642번째 염기 위치, 멜론 9번 염색체의 1788425번째 염기 위치, 멜론 9번 염색체의 19282217번째 염기 위치, 멜론 9번 염색체의 19293592번째 염기 위치, 멜론 9번 염색체의 21737950번째 염기 위치, 멜론 9번 염색체의 21738139번째 염기 위치, 멜론 9번 염색체의 22113253번째 염기 위치, 멜론 9번 염색체의 22382080번째 염기 위치, 멜론 9번 염색체의 22945752번째 염기 위치, 멜론 9번 염색체의 23765882번째 염기 위치, 멜론 9번 염색체의 2556989번째 염기 위치, 멜론 9번 염색체의 3524582번째 염기 위치, 멜론 9번 염색체의 5053846번째 염기 위치, 멜론 9번 염색체의 5057080번째 염기 위치, 멜론 9번 염색체의 5458257번째 염기 위치, 멜론 9번 염색체의 5512552번째 염기 위치, 멜론 9번 염색체의 5718064번째 염기 위치, 멜론 9번 염색체의 5718086번째 염기 위치, 멜론 9번 염색체의 5789550번째 염기 위치, 멜론 9번 염색체의 5881795번째 염기 위치, 멜론 9번 염색체의 5994548번째 염기 위치, 멜론 9번 염색체의 909592번째 염기 위치, 멜론 10번 염색체의 1291758번째 염기 위치, 멜론 10번 염색체의 1537667번째 염기 위치, 멜론 10번 염색체의 1537793번째 염기 위치, 멜론 10번 염색체의 18318803번째 염기 위치, 멜론 10번 염색체의 18383943번째 염기 위치, 멜론 10번 염색체의 18384386번째 염기 위치, 멜론 10번 염색체의 19109584번째 염기 위치, 멜론 10번 염색체의 19172671번째 염기 위치, 멜론 10번 염색체의 19174142번째 염기 위치, 멜론 10번 염색체의 19372215번째 염기 위치, 멜론 10번 염색체의 21781267번째 염기 위치, 멜론 10번 염색체의 4361263번째 염기 위치, 멜론 10번 염색체의 4736855번째 염기 위치, 멜론 11번 염색체의 18095430번째 염기 위치, 멜론 11번 염색체의 27693096번째 염기 위치, 멜론 11번 염색체의 3581140번째 염기 위치, 멜론 12번 염색체의 11236131번째 염기 위치, 멜론 12번 염색체의 11374398번째 염기 위치, 멜론 12번 염색체의 11422892번째 염기 위치, 멜론 12번 염색체의 13049747번째 염기 위치, 멜론 12번 염색체의 1557777번째 염기 위치, 멜론 12번 염색체의 15922782번째 염기 위치, 멜론 12번 염색체의 17012579번째 염기 위치, 멜론 12번 염색체의 18942955번째 염기 위치, 멜론 12번 염색체의 19163631번째 염기 위치, 멜론 12번 염색체의 20876389번째 염기 위치, 멜론 12번 염색체의 21687813번째 염기 위치, 멜론 12번 염색체의 22072754번째 염기 위치, 멜론 12번 염색체의 22234004번째 염기 위치, 멜론 12번 염색체의 22620200번째 염기 위치, 멜론 12번 염색체의 22620201번째 염기 위치, 멜론 12번 염색체의 22647941번째 염기 위치, 멜론 12번 염색체의 22820505번째 염기 위치, 멜론 12번 염색체의 22906257번째 염기 위치, 멜론 12번 염색체의 23157448번째 염기 위치, 멜론 12번 염색체의 2513136번째 염기 위치, 멜론 12번 염색체의 6385196번째 염기 위치, 멜론 12번 염색체의 9676532번째 염기 위치, 멜론 12번 염색체의 9676722번째 염기 위치, 멜론 12번 염색체의 9699659번째 염기 위치, 멜론 12번 염색체의 9699917번째 염기 위치, 멜론 12번 염색체의 9700013번째 염기 위치, 멜론 4번 염색체의 19926645번째 염기 위치, 멜론 7번 염색체의 16582421번째 염기 위치, 멜론 7번 염색체의 12036619번째 염기 위치, 멜론 8번 염색체의 336420번째 염기 위치, 멜론 8번 염색체의 29870433번째 염기 위치, 멜론 8번 염색체의 6874287번째 염기 위치 및 멜론 9번 염색체의 5717976번째 염기 위치에 존재하는 단일염기다형성(SNP)을 포함하는 폴리뉴클레오티드, 또는 이에 상보적인 폴리뉴클레오티드를 포함하는, 멜론 품종 식별용 마커 조성물로서, 상기 폴리뉴클레오티드는 서열번호 769 내지 960의 염기서열 중 301번째 염기를 SNP로서 포함하고 10 내지 496개의 연속적인 염기로 구성되는 폴리뉴클레오티드인, 멜론 품종 식별용 마커 조성물.
  2. 삭제
  3. 청구항 1의 멜론 품종 식별용 마커를 검출 또는 증폭할 수 있는 제제를 포함하는, 멜론 품종 식별용 조성물.
  4. 청구항 3에 있어서, 상기 제제는 서열번호 1 내지 4, 5 내지 8, 9 내지 12, 13 내지 16, 17 내지 20, 21 내지 24, 25 내지 28, 29 내지 32, 33 내지 36, 37 내지 40, 41 내지 44, 45 내지 48, 49 내지 52, 53 내지 56, 57 내지 60, 61 내지 64, 65 내지 68, 69 내지 72, 73 내지 76, 77 내지 80, 81 내지 84, 85 내지 88, 89 내지 92, 93 내지 96, 97 내지 100, 101 내지 104, 105 내지 108, 109 내지 112, 113 내지 116, 117 내지 120, 121 내지 124, 125 내지 128, 129 내지 132, 133 내지 136, 137 내지 140, 141 내지 144, 145 내지 148, 149 내지 152, 153 내지 156, 157 내지 160, 161 내지 164, 165 내지 168, 169 내지 172, 173 내지 176, 177 내지 180, 181 내지 184, 185 내지 188, 189 내지 192, 193 내지 196, 197 내지 200, 201 내지 204, 205 내지 208, 209 내지 212, 213 내지 216, 217 내지 220, 221 내지 224, 225 내지 228, 229 내지 232, 233 내지 236, 237 내지 240, 241 내지 244, 245 내지 248, 249 내지 252, 253 내지 256, 257 내지 260, 261 내지 264, 265 내지 268, 269 내지 272, 273 내지 276, 277 내지 280, 281 내지 284, 285 내지 288, 289 내지 292, 293 내지 296, 297 내지 300, 301 내지 304, 305 내지 308, 309 내지 312, 313 내지 316, 317 내지 320, 321 내지 324, 325 내지 328, 329 내지 332, 333 내지 336, 337 내지 340, 341 내지 344, 345 내지 348, 349 내지 352, 353 내지 356, 357 내지 360, 361 내지 364, 365 내지 368, 369 내지 372, 373 내지 376, 377 내지 380, 381 내지 384, 385 내지 388, 389 내지 392, 393 내지 396, 397 내지 400, 401 내지 404, 405 내지 408, 409 내지 412, 413 내지 416, 417 내지 420, 421 내지 424, 425 내지 428, 429 내지 432, 433 내지 436, 437 내지 440, 441 내지 444, 445 내지 448, 449 내지 452, 453 내지 456, 457 내지 460, 461 내지 464, 465 내지 468, 469 내지 472, 473 내지 476, 477 내지 480, 481 내지 484, 485 내지 488, 489 내지 492, 493 내지 496, 497 내지 500, 501 내지 504, 505 내지 508, 509 내지 512, 513 내지 516, 517 내지 520, 521 내지 524, 525 내지 528, 529 내지 532, 533 내지 536, 537 내지 540, 541 내지 544, 545 내지 548, 549 내지 552, 553 내지 556, 557 내지 560, 561 내지 564, 565 내지 568, 569 내지 572, 573 내지 576, 577 내지 580, 581 내지 584, 585 내지 588, 589 내지 592, 593 내지 596, 597 내지 600, 601 내지 604, 605 내지 608, 609 내지 612, 613 내지 616, 617 내지 620, 621 내지 624, 625 내지 628, 629 내지 632, 633 내지 636, 637 내지 640, 641 내지 644, 645 내지 648, 649 내지 652, 653 내지 656, 657 내지 660, 661 내지 664, 665 내지 668, 669 내지 672, 673 내지 676, 677 내지 680, 681 내지 684, 685 내지 688, 689 내지 692, 693 내지 696, 697 내지 700, 701 내지 704, 705 내지 708, 709 내지 712, 713 내지 716, 717 내지 720, 721 내지 724, 725 내지 728, 729 내지 732, 733 내지 736, 737 내지 740, 741 내지 744, 745 내지 748, 749 내지 752, 753 내지 756, 757 내지 760, 761 내지 764 또는 765 내지 768의 프라이머 세트인 멜론 품종 식별용 조성물.
  5. 청구항 1, 3 및 4 중 어느 한 항의 조성물을 포함하는, 멜론 품종 식별용 키트.
  6. (a) 멜론으로부터 유래된 게놈 DNA를 분리하는 단계;
    (b) 상기 분리된 게놈 DNA를 주형으로 하고, 청구항 1의 멜론 품종 식별용 SNP를 포함하는 다형성부위를 증폭하는 단계; 및
    (c) 상기 증폭된 산물을 분석하여 멜론의 품종을 식별하는 단계; 를 포함하는 멜론 품종을 식별하는 방법.
KR1020190107274A 2019-08-30 2019-08-30 멜론 품종 식별용 분자 마커 및 이를 이용한 식별 방법 KR102175443B1 (ko)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20130037512A (ko) * 2011-10-06 2013-04-16 동국대학교 산학협력단 오이의 품종을 식별하기 위한 다형성 마커
KR101423299B1 (ko) 2012-09-13 2014-07-25 대한민국 초위성체 마커를 이용한 멜론 품종 확인 방법
KR20160129967A (ko) * 2015-04-30 2016-11-10 순천대학교 산학협력단 멜론 괴저반점 바이러스 저항성 및 이병성 품종 판별용 프라이머 세트 및 이를 이용한 멜론 괴저반점 바이러스 저항성 및 이병성 품종 선별방법
KR20180077871A (ko) * 2016-12-29 2018-07-09 부산대학교 산학협력단 쥬빌리 타입 또는 크림슨 타입 수박 품종 판별용 snp 마커

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20130037512A (ko) * 2011-10-06 2013-04-16 동국대학교 산학협력단 오이의 품종을 식별하기 위한 다형성 마커
KR101423299B1 (ko) 2012-09-13 2014-07-25 대한민국 초위성체 마커를 이용한 멜론 품종 확인 방법
KR20160129967A (ko) * 2015-04-30 2016-11-10 순천대학교 산학협력단 멜론 괴저반점 바이러스 저항성 및 이병성 품종 판별용 프라이머 세트 및 이를 이용한 멜론 괴저반점 바이러스 저항성 및 이병성 품종 선별방법
KR20180077871A (ko) * 2016-12-29 2018-07-09 부산대학교 산학협력단 쥬빌리 타입 또는 크림슨 타입 수박 품종 판별용 snp 마커

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