过氧化氢诱导秋水仙碱对m2豇豆、码豆和普通豆的体内诱变

I. G. Susrama, N. L. M. Pradnyawathi
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引用次数: 2

摘要

以水为溶剂,利用秋水仙碱进行植物染色体加倍的研究已有多年。在这项研究中,进行了一项创新,尝试在过氧化氢中进行秋水仙碱处理。在体内诱变研究中,采用浸泡法将过氧化氢中的秋水仙碱作为诱变剂,分别对诱变型M2豇豆、豇豆和豇豆三种作物的种子进行诱变。本研究结果表明,豇豆三次多步突变体(M3)具有小叶形状由菱形变为卵形的突变特征。此外,本研究使用的两个码长豆品种(BLR和KTR)都显示出一种突变作物的迹象,该作物在茎上具有三片以上小叶的复叶。PTW品种的普通豆不受蚜虫的侵害,但有叶螨的侵害。最后,我们从这次研究中找到了“彩虹豆”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INDUCED IN VIVO MUTAGENESIS USING COLCHICINE IN HYDROGEN PEROXIDE ON M2 COWPEA, YARDLONG BEAN AND COMMON BEAN
Research on doubling plant chromosome using colchicine has been carried out for years with water as its solvent. In this study, an innovation was carried out by trying to do colchicine treatment in hydrogen peroxide. In this in vivo induced mutagenesis research, colchicine in hydrogen peroxide was administered as mutagen on seeds three species of crops i.e. mutan M2 cowpea, yardlong bean, and common bean by soaking method. The results of this research showed that three times multistep mutant (M3) of cowpea was having mutant characteristics that the shape of its leaflet changed from rhombus to ovate. Besides, both yardlong bean varieties used in this research (BLR and KTR) showed indication of a mutant crop that having compound leaves with more than three leaflets in a stalk. Common bean of PTW variety was not attacked by any aphid but it was attacked by leafminer. Finally, we found “rainbow common bean” from this research.
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