研究伽马辐照和 Ems(单一处理和组合处理)诱导红花(Carthamus tinctorius)野生栽培品种突变的最佳剂量

B. Mumtaz, Shaikh Tausif
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引用次数: 0

摘要

在诱导突变育种计划中,必须找到诱导突变的最佳剂量。有效剂量因植物而异,取决于种子的大小。种子大小与诱变剂浓度成反比。诱变最佳剂量的考虑参数是诱变后 50%左右种子的发芽率,这表明诱变是连续的。在这次诱变调查中,观察到在伽马射线照射 300 Gy 和 EMS 0.3 % 的处理下,种子发芽率为 50%。在 300 Gy + 0.3 和 400 Gy + 0.3 % 的组合处理中,种子发芽率大幅下降了 80%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of Optimum Dose of Gamma Irradiation and Ems (Single and Combination Treatments) to Induce Mutation in Safflower (Carthamus tinctorius) Wild Cultivar
In induced mutation breeding program, it is necessary to find the optimum dose for inducing mutation. Effective dose is vary plant to plant depends on size of seeds. There is inverse relation size of seeds and concentration of mutagen. Parameter of consideration of optimum dose for mutagenesis is germination around 50 % of seeds after mutagenesis is indication of successive mutagenesis. In this mutagenesis investigation 50% seed germination is observed in treatment of gamma irradiation 300 Gy and EMS 0.3 %. Another great decrease in seed germination of 80 % is observed in combination treatments 300 Gy + 0.3 and 400 Gy + 0.3 %.
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