KR100835024B1 - producing method of tissue calture and changing botanically make use to silver NANO. - Google Patents
producing method of tissue calture and changing botanically make use to silver NANO. Download PDFInfo
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Abstract
본 발명은 MS Media(엠에스 배지)에 은나노실버용액50㎖/ℓ와 π Water(파이워터) 1㎖/ℓ, 활성탄 3g/ℓ, NAA 1.0㎎/ℓ, Kinetin 0.1㎎/ℓ을 첨가하여, 2주간 암 배양 하며, 은나노실버용액을 첨가한 메디아에서는 92% 의 오염율을 줄이고, π Water(파이워터) 1㎖/ℓ를 첨가한 MS Media(엠에스 배지)에서 식물 생장속도를 63% 증가시키며. 이후 콜히친(Colchicine)용액에 5일 동안 회전(진탕)배양 후, 식물체를 2배체에서 4배체의 식물로 전환 시킨 후, p-Dimethylaminobenzaldehyde[(CH3)2NC6H4CHO]을 0.15%의 농도로 증식용 배지에 첨가하여 20일 동안 배양한 후, 다양한 색깔의 PLB가 생성 되도록 하고, 여기에서 생성된 PLB를 선별하여 각각의 다양하고 우수한 유전자 변형식물체를 얻을 수 있는 방법이다.
은나노입자 ; 나노(nano) 10억 분의1의 입자. 시 약 ; p-Dimethylaminobenzaldehyde[(CH3)2NC6H4CHO]. π Water(파이워터). 콜히친(Colchicine). MS Media(엠에스 배지)
In the present invention, 50 ml / l of silver nano silver solution and 1 ml / l of π Water (piwater), 3 g / l of activated carbon, 1.0 mg / l of NAA, and 0.1 mg / l of Kinetin were added to MS Media. During the weekly cancer cultivation, the median with silver nano-silver solution reduced the contamination rate by 92%, and the plant growth rate was increased by 63% in MS Media with 1 ml / l of π Water. After 5 days of rotation (shaking) incubated in Colchicine solution, the plant was converted from diploid to tetraploid, and then p-Dimethylaminobenzaldehyde [(CH3) 2NC6H4CHO] was added to the growth medium at a concentration of 0.15%. After 20 days of incubation, PLBs of various colors are produced, and the generated PLBs are selected to obtain various and excellent genetically modified plants.
Silver nanoparticles; One billionth of nanoparticles. Reagent; p-Dimethylaminobenzaldehyde [(CH3) 2NC6H4CHO]. π Water. Colchicine. MS Media
Description
도 1 : 증식용 배지에서의 PLB생산 단계1: PLB production step in the growth medium
도 2 : 0.15% 농도의 p-Dimethylaminobenzaldehyde[(CH3)2NC6H4CHO]를 증식용 배지에 첨가하여, 다양한 색깔의 PLB를 생산하는 단계.FIG. 2: Adding p-Dimethylaminobenzaldehyde [(CH 3 ) 2 NC 6 H 4 CHO] at a concentration of 0.15% to the growth medium to produce PLBs of various colors.
도 3 : 잎에 키메라 현상을 띤 소형종(단엽성)의 변이식물체.Figure 3: Mutant plants of small species (monolitic) with chimera on the leaves.
도 4 : 잎에 키메라 현상을 띤 대형종의 변이식물체.Figure 4: Mutant plants of large species with chimera on the leaves.
◎ 1단계 : 배양에 의한 PLB생산단계◎ Stage 1: PLB production stage by cultivation
기내의 대량번식은 종자의 무균발아와 조직배양 등에 의하여 행하여져 왔으나 어떻게 하면 오염율을 줄이고 생존율을 높이며, 백화 현상을 줄일 수 있는가 하는 것이 과제다.In-flight mass breeding has been carried out by aseptic germination and tissue culture of seeds, but the challenge is how to reduce contamination rate, increase survival rate, and reduce whitening.
이런 단점을 보완하기 위하여, MS Media(엠에스 배지)에 은나노실버용액50㎖/ℓ와 π Water(파이워터) 1㎖/ℓ, 활성탄 3g/ℓ, NAA 1.0㎎/ℓ, Kinetin 0.1㎎/ℓ 을 첨가하여, 2주간 암 배양 하였으며, 은나노실버용액을 첨가한 메디아에서는 92% 의 오염율을 줄일 수 있었으며, π Water(파이워터) 1㎖/ℓ를 첨가한 MS Media(엠에스 배지)에서는 식물 생장속도가 63% 증가되고 백화현상은 50%이상 감소되었다.To compensate for this drawback, 50 ml / l of silver nanosilver solution and 1 ml / l of π Water (piwater), activated carbon 3g / l, NAA 1.0mg / l and Kinetin 0.1mg / l were added to MS Media. After 2 weeks of cancer cultivation, the rate of contamination was reduced by 92% in the media containing silver nanosilver solution, and the growth rate of plants in MS Media with 1 ml / l of π Water was added. Was increased by 63% and bleaching was reduced by more than 50%.
◎ 2단계 : 변이식물체 생산단계.◎ Stage 2: Mutant Plant Production Stage.
변이 식물체의 발현은 측아를 사용하는 것 보다 부정아를 사용하는 것이 30%정도 높으므로 부정아를 선택하여, 다시 조직(Tissu)을 5㎣크기로 전편조직을 만들어 20,000배 희석된 콜히친(Colchicine)용액 5㎖에 MS Media(엠에스 배지)45㎖를 섞어, 5일 동안 회전(진탕)배양 후, 식물체를 2배체에서 4배체의 식물로 전환 시키고, 이 조직을 콜히친(Colchicine)용액이 남아 있지 않도록 잘 세척한 후 0.01-0.5%의 p-Dimethylaminobenzaldehyde[(CH3)2NC6H4CHO]를 증식용 배지에 첨가하여 20일 동안 배양하였으나, 0.15%의 농도에서 가장 많은 다양한 색깔의 PLB가 출현됨을 확인 할 수 있었다.Since the expression of mutant plants is about 30% higher than the use of side eggs, choose a negative child, and then make a whole piece tissue of 5㎣ size with Tissu again and dilute 20,000-fold colchicine solution 5 45 ml of MS Media (MS medium) was mixed, and after 5 days of rotation (shaking), the plants were converted from diploid to tetraploid, and the tissue was washed well so that no colchicine solution remained. After 0.01-0.5% of p-Dimethylaminobenzaldehyde [(CH 3 ) 2 NC 6 H 4 CHO] was added to the growth medium and incubated for 20 days, the most diverse color of PLB appeared at 0.15% concentration. Could.
◎ 3단계 : 조직세포의 배양.◎ Step 3: Cultivation of tissue cells.
다양한 색깔의 조직(Tissu)에서 엽록소가 짙고 성장이 더딘 PLB는 증식용 고체배지에서 계대배양하여 완전한 식물체로 성장시킨 결과, 모든 조직이 두껍고 식물체가 왜소하여(일명;단엽종) 소형품종으로 개량가능하며,The chlorophyll-rich and slow-growing PLB in various colored tissues (Tissu) was grown in solid medium for growth and grown as a complete plant. As a result, all the tissues are thick and the plant is dwarfed (aka monofoliate). ,
엽록소가 옅고 성장이 빠른 PLB는 증식용 고체배지에서 계대배양하여 완전한 식물체로 성장시킨 결과, 줄기가 굵고 잎의 폭이 넓으며, 식물체가 크고, 꽃잎이 큰 꽃을 피움으로서 대형종의 식물체로 개량가능하며,Chlorophyll-free and fast-growing PLBs were subcultured in growth medium to grow into complete plants. As a result, thick stems, wide leaves, large plants, and large petals blossomed into large plants. Is possible,
색소변이 된 PLB는 증식용 고체배지에서 계대배양하여 완전한 식물체로 성장시킨 결과 다양한 형태와 색상의 잎 변이 식물을 얻을 수 있었다.The pigmented PLB was subcultured in a growth medium and grown as a complete plant, resulting in leaf-transformed plants of various shapes and colors.
우수한 잎 변이 식물은 관상가치와 상품화가 뛰어나며, 품종개량이 가능하다.Excellent leaf mutant plants have excellent ornamental value and commercialization, and can be bred.
이상에서 관찰된 바에 의하면, 0.15% 농도의 p-Dimethylaminobenzaldehyde[(CH3)2NC6H4CHO]는 체세포변이를 가장 많이 유발시키고, 색소체를 상실하게 하여 색소체 돌연변이가 일어나며, 잎과 줄기 그리고 꽃잎에도 키메라 현상이 나타게 한다.As observed above, the concentration of 0.15% p-Dimethylaminobenzaldehyde [(CH 3 ) 2 NC 6 H 4 CHO] causes the most somatic mutation, the loss of the plastid, resulting in the chromosomal mutation, leaves, stems and petals The chimera phenomenon also appears.
종래의 조직배양은 식물체로부터 기관, 조직 및 세포를 적출하여 기내(Tube또는Bottle)에서 영양분이 함유 되여 있는 배지에 무균적으로 배양함으로서 캘러스나 단세포집단을 유기시키거나 완전한 기능을 가진 식물체를 재생시키는 기술을 의미한다.Conventional tissue culture removes organs, tissues and cells from plants and aseptically incubates in a nutrient-containing medium in the cabin (Tube or Bottle) to induce callus or single cell populations or to regenerate a fully functional plant. Means technology.
조직배양의 이론적 근거는 전형성능(totilotency)와 적응력(plasticity)로 집약할 수 있다. 전형성능(totilotency)은 Schleiden(1838)과 Schwann(1839)이 발표한 것으로 세포는 생명체의 기본단위이며, 유기체의 모든 살아있는 세포는 적절한 환경이 주어진다면 독립적으로 발육 할 수 있는 능력이 있다는 것이며 이 능력을 전형성능(totilotency)이라 한다. 식물세포는 식물체의 생육과 연관 되여 극한 환경에 견디는 능력이 동물의 세포보다 강하며, 식물체는 환경에 적응하기 위하여 식물체의 대사 작용이나 생육과정을 변화 시킨다. 식물체가 환경에 반응하여 자신의 생육 및 대사 작용을 변화시키는 것을 적응력(plasticity)이라 하며 전형성능(totilotency)와 적응력(plasticity)이 식물조직배양을 시작하게 된 근거이다.The rationale for tissue culture can be aggregated into totilotency and plasticity. Totilotency, published by Schleiden (1838) and Schwann (1839), is that cells are the basic units of life, and all living cells in an organism have the ability to develop independently given the appropriate circumstances. Is called totilotency. Plant cells are associated with the growth of plants and have a greater ability to withstand extreme environments than animals' cells, and plants change their metabolism or growth processes to adapt to the environment. The ability of plants to change their growth and metabolism in response to the environment is called plasticity. Totilotency and plasticity are the reasons for the start of plant tissue culture.
지금은 세계적으로 동일 품종의 대량생산을 목적으로 조직배양이 보편화 되었으며, 그 기술 또한 한층 선진화 되어 많은 농가와 실험실에서 조직배양을 실시하고 있으나,Nowadays, tissue culture has been universalized for the purpose of mass production of the same varieties all over the world.
식물조직배양 중에 발생되는 변이식물체는 식물에 따라 다르지만 계대배양 횟수, 기간, 그리고 절편체나 모본에서 변이 발생과 기형, 생리적 변형을 유발시켜, 우수한 품종이 간혹 발생되어지나, 특수하게 육종을 목적으로 하지 않은 생산업체에서 폐기처리 함으로서 막대한 경제적 손실이 발생 되였다.Variant plants that occur during plant tissue culture vary depending on the plant, but the number, duration, and number of subcultures, variances, malformations, and physiological alterations in the explants or mothers are often caused, resulting in good varieties. Disposal at unprofitable companies resulted in huge economic losses.
본 발명은 식물조직배양 중에 발생되는 우수한 변이식물체를 체계적으로 생산, 육종을 개량하고, 대량생산의 길을 열어 수입에 의존하는 화훼산업과 종묘산업의 자생력을 키우고, 고부가 농산물 생산에 따른 국가경쟁력을 향상시키고자 함에 있다.The present invention is to systematically produce and improve breeding of excellent mutant plants generated during plant tissue culture, to open the way of mass production, to increase the self-sustainability of the flower industry and seedling industry, which depend on imports, It is to improve.
상기한 과제를 실현하기 위한 본 고안의 내용은 다음과 같이 이루어진다.The contents of the present invention for realizing the above object is made as follows.
식물체로부터 기관, 조직 및 세포를 적출하여 기내(Tube또는Bottle)에서 콜히친(Colchicine)용액을 이용하여 식물체를 2배체에서 4배체의 식물로 전환 시킨 후
은나노입자(순도 99.99%이상의 은을 나노크기의 아주 미세한 입자)와 π-Water( 2가3가 철염(Fe2Fe3Cl5) 지질복합체가 구성되어 있는 물)에서 무균적으로 배양함으로서 성장속도 증가와 백화현상을 감소 시키면서, 캘러스나 단세포 집단을 유기 시키고,After organs, tissues and cells are removed from the plant, the plant is converted from diploid to tetraploid using colchicine solution in the cabin (Tube or Bottle).
Growth rate by sterile incubation of silver nanoparticles (silver of more than 99.99% pure silver with nano-sized fine particles) and π-Water (water containing bivalent trivalent iron salt (Fe 2 Fe 3 Cl 5 ) lipid complex) Abolish callus or unicellular populations, increase and decrease bleaching,
0.15%의 p-Dimethylaminobenzaldehyde[(CH3)2NC6H4CHO]를 증식용 배지에 첨가하여 20일 동안 배양하여 유전자가 변형된 다양한 색깔의 PLB를 생산하며,0.15% of p-Dimethylaminobenzaldehyde [(CH 3 ) 2 NC 6 H 4 CHO] was added to the growth medium and cultured for 20 days to produce PLBs of various colors with genetic modification.
변이된 PLB를 모양과 형태에 따라 각각의 식물체로 계대 배양하고, 완전한 성체의 신품종변이식물체로 완성시키는 발명이다.According to the shape and shape of the mutated PLB subcultured to each plant, it is an invention to complete the new adult mutant plants.
식물체의 대소(大小)와 꽃의 대소(大小), 그리고 화형(花形)과 화색(化色)의 의미는 매우 크며, 본 발명을 적용하여, 조직배양 시 오염율과 백화현상을 줄이고, 우량식물을 육성 개량하고 대량번식 시켜 우리꽃과 우리나무가 생물자원으로써 가지는 우수한 가치를 알게 하며, 신품종 개발사업을 활용한다면 오히려 세계를 우리의 시장으로 만들 수 있다는 강한 자부심과 화훼산업이 국내 수출에 크게 이바지 할 수 있는 산업의 한 축임을 인식해야 할 것임.Large and small flowers, large and small flowers, and the meaning of flower and flower colors are very large, and by applying the present invention, it is possible to reduce contamination rate and bleaching during tissue culture, and to improve plants. Its strong pride and the flower industry contribute to domestic exports by developing and mass-producing and breeding them to realize the excellent value that our flowers and our trees have as biological resources. It should be recognized as one of the industries that can be done.
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US20050079977A1 (en) | 2002-01-15 | 2005-04-14 | Kwang-Soo Choi | Liquid composition for promoting plant growth, which includes nano-particle titanium dioxide |
US20040101572A1 (en) | 2002-03-06 | 2004-05-27 | Kepner Bryan E. | Microbial control system |
US20040091417A1 (en) | 2002-11-07 | 2004-05-13 | Nanoproducts Corporation | Nanotechnology for agriculture, horticulture, and pet care |
KR20050123024A (en) * | 2004-06-25 | 2005-12-29 | 요시마사 기지마 | A supporting agent for plant growth |
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