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首页> 外文期刊>International Journal of Agriculture, Environment and Biotechnology >Shoot regeneration through routine method of callusing insesame (Sesamum indicum L.)
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Shoot regeneration through routine method of callusing insesame (Sesamum indicum L.)

机译:通过常规的芝麻复育方法(Sesamum indicum L.)进行芽再生

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Shoot regeneration continued to be a vital step in tissue culture attempts in sesame. Indeed, it is opined that the shoot induction via callus in sesame crop is a major bottleneck. Globally, a place, the best-achieved in vitro shoot regeneration is placed up to 46 per cent in Japan. It is sober that in India, the shoot regeneration to be very low (<2%). Hence, it was felt that at least the limit what has been reached by a Japanese scientist could be achieved in indigenous sesame genotypes. This couldbecome a crucial breakthrough to further advance the genetic improvement of sesame through biotechnological ways like transgenics or cell lines that are resistant to biotic and abiotic stresses. In the present investigation we are able to succeed up to66.66 per cent in vitro shoot regeneration was recorded in Gujarat till-II on MS supplemented with 2.2 mg/1 NAA + 3.3 mg/1 BAP and 20mM AgNo3 followed by 50.00 per cent by Tamil Nadu Local on MS media supplemented with NAA @ 2.0 mg/ It + BAP @ 3.0 mg/lt+ AgNo_3 @ 15 mM. The results have been discussed in the light of sesame improvement through biotechnological ways particularly in vitro cell line selection.
机译:芽再生仍然是芝麻组织培养尝试中至关重要的一步。实际上,据认为芝麻作物中通过愈伤组织诱导芽是主要的瓶颈。在全球范围内,在日本,达到最佳效果的离体芽再生率高达46%。在印度,芽再生非常低(<2%),这是很清醒的。因此,人们认为,至少在本土芝麻基因型上可以达到日本科学家所能达到的极限。这可能成为关键的突破,通过诸如转基因或抗生物和非生物胁迫的细胞系等生物技术方法进一步推进芝麻的遗传改良。在本研究中,我们能够成功地在古吉拉特邦(Gujarat)耕种II上,在补充有2.2 mg / 1 NAA + 3.3 mg / 1 BAP和20mM AgNo3的MS上成功记录了高达66.66%的体外芽再生,其次为50.00% Tamil Nadu Local在补充有NAA @ 2.0 mg / It + BAP @ 3.0 mg / lt + AgNo_3 @ 15 mM的MS培养基上。鉴于通过生物技术尤其是体外细胞系选择对芝麻的改善,已经对结果进行了讨论。

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