TR201810530T4 - Genomik kopya sayısı bilgisi elde etmek için nükleik asitlerin varyete sayımı. - Google Patents
Genomik kopya sayısı bilgisi elde etmek için nükleik asitlerin varyete sayımı. Download PDFInfo
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- TR201810530T4 TR201810530T4 TR2018/10530T TR201810530T TR201810530T4 TR 201810530 T4 TR201810530 T4 TR 201810530T4 TR 2018/10530 T TR2018/10530 T TR 2018/10530T TR 201810530 T TR201810530 T TR 201810530T TR 201810530 T4 TR201810530 T4 TR 201810530T4
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- 102000039446 nucleic acids Human genes 0.000 title claims abstract description 40
- 108020004707 nucleic acids Proteins 0.000 title claims abstract description 40
- 150000007523 nucleic acids Chemical class 0.000 title claims abstract description 40
- 238000000034 method Methods 0.000 claims abstract description 22
- 238000003752 polymerase chain reaction Methods 0.000 claims abstract description 9
- 238000012163 sequencing technique Methods 0.000 claims abstract description 9
- 230000003321 amplification Effects 0.000 claims abstract description 8
- 238000003199 nucleic acid amplification method Methods 0.000 claims abstract description 8
- 239000000463 material Substances 0.000 claims abstract 13
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- 108010008286 DNA nucleotidylexotransferase Proteins 0.000 claims description 3
- 102100029764 DNA-directed DNA/RNA polymerase mu Human genes 0.000 claims description 3
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- 238000012408 PCR amplification Methods 0.000 claims description 2
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- 108020004999 messenger RNA Proteins 0.000 claims 6
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- 208000037051 Chromosomal Instability Diseases 0.000 description 1
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- MYWUZJCMWCOHBA-VIFPVBQESA-N methamphetamine Chemical compound CN[C@@H](C)CC1=CC=CC=C1 MYWUZJCMWCOHBA-VIFPVBQESA-N 0.000 description 1
- 102000031635 methyl-CpG binding proteins Human genes 0.000 description 1
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Abstract
Genomik materyalden, amplifikasyon bozulmasından etkilenmemiş genomik kopya sayısı bilgisi elde etmek için bir yöntem olup, genomik materyalden segmentlerin elde edilmesini, etiketlenmiş nükleik asit molekülleri oluşturmak için segmentlerin büyük ölçüde eşsiz nükleik asit etiketleriyle etiketlenmesini, öyle ki, eşsiz etiketlenmiş her bir nükleik asit molekülünün genomik materyalden bir segmenti ve bir etiketi içermesini, etiketlenmiş nükleik asit moleküllerinin polimeraz zincir reaksiyonuyla (PCR) amplifikasyona tabi tutulmasını, PCR reaksiyonunun ürününü sekanslamak suretiyle etiketle bağlantılı sekans okumalarının oluşturulmasını; genomik materyalin bir segmentine karşılık gelen her bir etiket bağlantılı sekans okumasının alt-sekansını genomdaki bir konuma haritalamak suretiyle, etiketlenmiş her bir nükleik asit molekülünün genomik materyalle bağlantılı bir genom üzerindeki bir konuma atanmasını ve genom üzerinde aynı konuma atanmış olan farklı bir etikete sahip etiketlenmiş nükleik asit moleküllerinin sayısının hesaplanmasını, böylece amplifikasyon bozulmasından etkilenmemiş genomik kopya sayısı bilgisinin elde edilmesini içerir.
Description
Tarifname içerisinde atifta bulunulan patent dökümanlari:
Tarifnamede belirtilen patentlestirilmemis literatür:
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SEKILLERDEKI YAZILARIN ANLAMLARI
A = Hücre Lizi
B : Phi 29 Budamasi
C = Primer Baglama
D = Genomik Sekanslama
E = Polimerlesme
F = Sl nükleaz sindirimi
G = Tek Hücre
H = Milyon Hücre
L : chr19 metile edilmemis 86
M : SSTR4 Soniatostin Reseptörü
N = Sekans sayiinina (turuncu) kiyasla mikrodizi (gri)
O : segment
P = solexa kutu orani
R = solexa segmenti
T : Mutlak Konum
U = Seri DNA
V : eslenmis okumaya uzaklik
Y = okuma derinligi
Z = DNA fragmantasyonu ve amplifikasyonu
Al = Restriksiyon sindirimi
Bl = PCR Adaptör Barkod l”i Ligate Et
Cl = PCR Amplifikasyonu
Dl = Barkodlu Tümör Hücresini Havuzla
El = SOLEXA Sekanslama
Fl = birçok tek tümör hücresinin tam genom kopya sayisi analizi
Gl = RepSeq Barkodlama
Hl = RepSeq Barkod Kutu Verileri
11 = Kutu
J 1 = Barkod l Ana Kopya Numarasi
Kl = Barkod 2 Ana Kopya Numarasi
Ll = Barkod 3 Ana Kopya Numarasi
M1 = Barkod
Nl = Kroinozom
01 = Moleküler Varyete Etiket Sayimi
Rl = Terminal Transferaz
Sl = Erit, Primer Ekle, Tavla
Tl = Polimeraz
Ul = Havuzla, Temizle, Terminal Transferaz
Vl : Primer Ekle, Tavla
Yl : PrA, PrB Ekle
Zl = Sekansla
A2 = O-inci dereceden türev zincirler
B2 = l-inci dereceden türev zincirler
C2 : 2-inci dereceden türev zincirler
D2 = Restriksiyon enzimiyle kes
F2 : primer A Ekle, anneal
G2 = DNA ligazla Etiketle
H2 = Numunelerin havuzlanmasi
12 = primer B Ekle, denatüre et, tavla
J2 : 3°-5° düzeltmeyle birlikte polimeraz
K2 : Temizleme
L2 = PrA ve PrB Ekle, denatüre, tavla
M2 = Kütüphane hazirlama
N2 = Kütüphane
02 : Sekanslama
P2 = Urün
R2 = Adim
82 : Ileri primer ekle, denatüre et, tavla
TZ = DNA Polimeraz (seçenek: numunelerin havuzlanmasi)
U2 = Serbest ileri primerleri uzaklastirmak için ekzonükleaz I islemi,
ters primer ekle, denatüre et, tavla
V2 : DNA Polimeraz
Y2 : Serbest ters primerleri uzaklastirmak için ekzonükleaz I islemi,
evrensel primerler ekle, denatüre et, tavla
ZZ : kutu etiket orani
A3 = kutu okuma orani
B3 = kutu etiket segmenti
C3 = kutu okuma segmenti
N 155%
M1 IN.
Claims (16)
- l. Genomik materyalden, amplifikasyon bozulmasindan etkilenmeinis genoinik kopya sayisi bilgisi elde etmek için bir yöntem olup, bu yöntem su adimlari içerir: a) genoinik materyalden segmentlerin elde edilmesi; b) essiz etiketlenmis nükleik asit molekülleri olusturmak için segmentlerin nükleik asit etiketleriyle etiketlenmesi, öyle ki, essiz etiketlenmis her bir nükleik asit molekülünün (a) adimindaki genomik materyalden bir segmenti ve bir etiketi içermesi; c) etiketlenmis nükleik asit moleküllerinin polimeraz zincir reaksiyonuyla (PCR) amplifikasyona tabi tutulmasi; d) adim (c) ürününü sekanslamak suretiyle etiketle baglantili sekans okumalarinin olusturulmasi; e) genomik materyalin bir segmentine karsilik gelen her bir etiket baglantili sekans okumasinin alt-sekansini genomdaki bir konuma haritalamak suretiyle, etiketlenmis her bir nükleik asit molekülünün genomik materyalle baglantili bir genom üzerindeki bir konuma atanmasi ve f) genom üzerinde ayni konuma atanmis olan farkli bir etikete sahip etiketlenmis nükleik asit moleküllerinin sayisinin hesaplanmasi, böylece amplifikasyon bozulmasindan etkileninemis genoinik kopya sayisi bilgisinin elde edilmesi.
- 2. Istem l°in yöntemi olup, ilaveten, genom üzerinde birden çok konum içeren bir genom bölgesinin genoinik kopya sayisinin, (f) adiminda o bölge için elde edilen en yüksek konum sayisinin bölgenin k0pya sayisi olarak atanmasi suretiyle tahmin edilmesini içerir.
- 3. Istem l°in yöntemi olup, ilaveten, (f) adiminda genomdaki bir konum için elde edilen sayim degerinin, ayni konum için bir referans numuneden elde edilen sayim degeriyle karsilastirilmasini, böylece konum için bir bagi] genoinik kopya sayisinin tahmin edilmesini
- 4. Istem l”in yöntemi olup, ilaveten sunlari içerir: g) genom üzerinde genomun bir birinci bölgesini içeren konumlar için (f) adiminda elde edilen sayim degerlerinin toplanmasi ve bu durumda birinci bölgenin birden çok konum içermesi; h) genom üzerinde genomuii bir ikinci bölgesini içeren konumlar için (f) adiminda elde edilen sayim degerlerinin toplanmasi ve bu durumda ikinci bölgenin, birinci bölgenin konum sayisina benzer sayida konum içermesi; i) (g) adiminda elde edilen degerin (h) adiminda elde edilen degerle karsilastirilmasi, böylece genomun ikinci bölgesinin geiiomik kopya sayisina göre genomun birinci bölgesinin bagi] genomik kopya sayisinin tahmin edilmesi.
- 5. Istem 4”ün yöntemi olup, buradaki (h) adimi ilaveten sunlari içerir: j) genom üzerinde genomun bir üçüncü bölgesini içeren konumlar için (f) adiminda elde edilen sayim degerlerinin toplanmasi ve bu durumda üçüncü bölgenin, birinci bölgenin konum sayisina benzer sayida konum içermesi ve k) ikinci bölgeyi olusturan konumlar için (f) adiminda elde edilen sayim degerleri toplami ve üçüncü bölgeyi içeren konumlar için (f) adiminda elde edilen sayim degerleri toplami için bir ortalamanin elde edilmesi.
- 6. Istein 4°ün yöntemi olup, burada genomun ikinci bölgesi bir sentromer içerir.
- 7. Istem l°in yönteini olup, ilaveten, genomun bir bölgesini içeren konuinlar için (f) adiminda elde edilen sayim degerlerinin toplanmasini ve toplamin, genomun ayni bölgesi için bir referans numuneden elde edilen bir toplamla karsilastirilmasini, böylece genoinun bölgesi için bir bagil genomik kopya sayisinin tahmin edilmesini içerir.
- 8. mRNA transkriptlerinden amplifikasyon bozulmasindan etkileninemis mRNA kopya sayisi bilgisi elde etmek için bir yöntem olup, bu yöntem su adimlari içerir: a) asagidakileri içeren adiinlarda essiz etiketleninis nükleik asit moleküllerinin olusturulmasi: i) mRNA transkriptlerinin, sadece bir bütünleyen olusumunu destekleyen sartlar altinda bir polimeraz reaksiyonuna tabi tutulmasi, böylece birinci dereceden türev zincirlerin olusturulmasi; ii) birinci dereceden türev zincirlere bir polinükleotid kuyrugunun eklenmesi ve iii) birinci dereceden türev zincirlerin, sadece bir bütünleyen olusumunu destekleyen sartlar altinda adim (ii)”de eklenmis polinükleotid kuyruguna hibritlesme kabiliyetine sahip primerlerin varligiiida bir polimeraz reaksiyonuna tabi tutulmasi, böylece ikinci dereceden türev zincirlerin olusturulmasi; ve bu noktada (i) ve (iii) adimlarindan en az birindeki primerlerin, etiketlenmis her bir nükleik asit molekülü essiz olacak sekilde nükleik asit etiketleri içermesi, böylece essiz etiketlenmis nükleik asit moleküllerinin olusturulmasi; b) etiketlenmis nükleik asit moleküllerinin polimeraz Zincir reaksiyonu (PCR) amplifikasyonuna tabi tutulmasi; c) adiin (b) ürününü sekanslainak suretiyle etiketle baglantili sekans okuinalarinin olusturulmasi; (1) bir mRNA transkriptine karsilik gelen her bir etiket baglantili sekans okumasinin alt-sekansini cDNA kütüphanesindeki bir konuma haritalamak suretiyle, etiketlenmis her bir nükleik asit molekülünün, mRNA transkriptleriyle baglantili bir cDNA kütüphanesindeki bir koiiunia atanmasi ve e) cDNA kütüphanesinde ayni konuma atanmis olan farkli bir etikete sahip etiketlenmis nükleik asit inoleküllerinin sayisinin hesaplanmasi, böylece amplifikasyon bozulmasindan etkilenineinis mRNA kopya sayisi bilgisinin elde edilmesi.
- 9. Istein 1-7°den herhangi birinin yöntemi olup, burada etiketlenmis nükleik asit molekülleri olusturmak için segmentlerin etiketlenniesi sunlari içerir: i) sifirinci dereceden türev zincirler olusturmak için genomik materyal segmentlerinin uçlarina bir polinükleotid kuyrugunun eklenmesi; ii) adiin (i)°nin sifirinci dereceden türev zincirlerinin, sadece bir bütünleyen olusumunu destekleyen sartlar altinda, sifirinci dereceden zincirlerin polinükleotid kuyruguna hibritlesme kabiliyetine sahip primerlerin varliginda bir polimeraz reaksiyonuna tabi tutulmasi, böylece birinci dereceden türev zincirlerin olusturulmasi; iii) birinci dereceden türev zincirlere bir polinükleotid kuyrugunun eklenmesi; iv) birinci dereceden türev zincirlerin, sadece bir bütünleyen olusumunu destekleyen sartlar altinda, birinci dereceden türev zincirlerin polinükleotid kuyruguna hibritlesine kabiliyetine sahip primerlerin varliginda bir polimeraz reaksiyonuna tabi tutulmasi, böylece ikinci dereceden türev zincirlerin olusturulmasi, bu durumda (ii) ve (iv) adimlarindan en az birine ait primerlerin nükleik asit etiketleri içermesi, 'öyle ki, etiketlenmis her bir nükleik asit molekülü essizdir, böylece essiz etiketlenmis nükleik asit moleküllerin olusturulmasi.
- 10. Istem l-7”den herhangi birinin yöntemi olup, burada etiketlenmis nükleik asit molekülleri olusturmak için segmentlerin etiketlenmesi sunlari içerir: i) sifirinci dereceden türev zincirler olusturmak için genomik materyal segmentlerinin uçlarina bir polinükleotid kuyrugunun eklenmesi, ii) adim (i)”in sifirinci dereceden türev Zincirlerinin, bir primerin sifirinci dereceden türev zincirlerin 5' ucuna ligasyonunu destekleyen sartlar altinda, (i) adiminda eklenen sifirinci dereceden zincirlerin polinükleotid kuyruguna hibritlesme kabiliyetine sahip primerlerin varliginda bir ligasyon reaksiyonuna tabi tutulmasi; iii) adim (ii) ürününün, sadece bir bütünleyen olusumunu destekleyen sartlar altinda, (i) adiminda eklenmis polinükleotid kuyruguna hibritlesme kabiliyetine sahip primerlerin varliginda bir polimeraz reaksiyonuna tabi tutulinasi ve bu durumda (iii) adiminin primerlerinin (ii) adiminin primerlerinden farkli nükleotid sekanslarina sahip olmasi ve bu durumda polimerazin 3'-5' düzeltme aktivitesine sahip olmasi, bu durumda (ii) ve (iii) adimlarindan en az birine ait primerlerin nükleik asit etiketleri içermesi, öyle ki, etiketlenmis her bir nükleik asit molekülü essizdir, böylece essiz etiketlenmis nükleik asit moleküllerin olusturulmasi.
- 11. Istem 10”un yöntemi olup, burada bir polinükleotid kuyrugunun eklenmesi terminal transferaz kullanimini içerir.
- 12. Istem l-l 1 ”den herhangi biriniii yöntemi Olup, burada etiketlenmis nükleik asit molekülleri, PCR'den önce veya sekanslamadan önce hibrit yakalamaya tabi tutulurlar, burada etiketlenmis nükleik asit molekülleri tek bir türden olusturulurlar, burada etiketlenmis nükleik asit molekülleri tek bir hücreden olusturulurlar, burada etiketlenmis nükleik asit molekülleri iki veya daha fazla organizmadan olusturulurlar veya burada etiketlenmis nükleik asit molekülleri iki veya daha fazla türden olusturulurlar, bu durumda etiketlenmis nükleik asit molekülleri bir mikrop popülasyonundan olusturulurlar ve burada popülasyonun farkli türleri için elde edilen genomik kopya sayisi bilgisi, popülasyondaki bu farkli türlerin bagi] sayimini belirlemek için karsilastirilir.
- 13. Istem 1-12”den herhangi birinin yöntemi olup, buradaki etiket sekanslari ilaveten bir numune etiketi içerirler.
- 14. Istem 13”ün yöntemi olup, burada etiketlenmis nükleik asit molekülleri, PCR amplifikasyonundan önce veya sekanslainadan önce, farkli bir numune etiketine sahip birden çok etiketlenmis nükleik asit molekülüyle havuzlanir.
- 15. Istem l4”ün yöntemi olup, ilaveten, etiketle baglantili sekans okumalarinin numune etikete göre gruplandirilmasi yoluyla etiketle baglantili sekans okumalarinin tasnif edilmesini içerir.
- 16. Istem l'in yöntemi olup, burada genomik materyalle baglantili bir genom üzerindeki konum, bir nükleik asit inolekülü türüne karsilik gelen bir etiket baglantili sekans okumasinin alt-sekansiyla özdestir.
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2016
- 2016-03-07 US US15/063,278 patent/US10947589B2/en active Active
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2019
- 2019-02-07 US US16/269,818 patent/US20190153535A1/en active Pending
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