首页> 外文期刊>Cytologia : International journal of cytology >EMS Induced Mutagenesis in Poshita and Jawahar 22 of Withania somnifera (L.) Dunal (Solanaceae)
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EMS Induced Mutagenesis in Poshita and Jawahar 22 of Withania somnifera (L.) Dunal (Solanaceae)

机译:EMS诱导了Withania somnifera(L.)Dunal(茄科)的Poshita和Jawahar 22中的诱变。

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Eight macromutants (albino, xantha, chloroxantha, bushy, thick leaf, dwarf, early flowering and synchronous flowering) were induced in Poshita and Jawahar 22 (recommended varieties) of Withania somnifera (L.) Dunal; (Family: Solanaceae) at M, following EMS treatments (0.25, 0.50, 1.00% for 2 h and 4 h durations) to dry seeds. Albino and Xantha in both varieties and chloroxantha in Poshita were non-viable. Viable imitation frequency was recorded to be 0.00% to 3.00% in Poshita and 0.00% to 2.31% in Jawahar 22; however, estimated mutation frequency over M, population was 2.54%. Meiosis was nearly normal in mutants as control (2n=48), except chloroxantha of Jawahar 22 (22.58II+2.841/cell at MI, 57.0% cells with 24/24 separation at Al, 39.27% pollen fertility; control: 23.69II+0.62I/cell at MI, 90.0% cells with 24/24 Al separation, 71.05% pollen fertility). The mutant trait(s) were monogenic recessive to normal. Analysis of morphological parameters (root and shoot attributes including seed yield), secondary metabolites (total alkaloid and withanolides; withaferin A and withanolide A by HPLC) and fibre content of the roots (withaferin A was analyzed also from leaf) of M-3 plants revealed that bushy and thick leaf were noteworthy mutants.
机译:在Withania somnifera(L.)Dunal的Poshita和Jawahar 22(推荐品种)中诱导了8个大突变体(白化病,xantha,chloroxantha,浓密,厚实的叶子,矮人,早花和同步开花); (家庭:茄科)在经过EMS处理(0.25%,0.50%,1.00%的2小时和4小时持续时间)后干燥种子。这两个品种的白化病和Xantha以及波希塔的chloroxantha都不可行。在波希塔(Poshita)和贾瓦哈尔22(Jawahar 22)中,活着的模仿频率分别为0.00%至3.00%和0.00%至2.31%。然而,估计的突变频率超过M种群为2.54%。减数分裂在突变体中作为对照(2n = 48)几乎是正常的,除了Jawahar 22的叶黄质(MI时为22.58II + 2.841 / cell,Al时为57.0%细胞,A / 24分离为24.24,花粉育性为39.27%);对照:23.69II +在MI下为0.62 I /细胞,在24/24 Al分离下为90.0%细胞,花粉受精率为71.05%。突变特征是单基因隐性的,对正常的。 M-3植物的形态参数(包括种子产量的根和芽属性),次生代谢产物(总生物碱和withanolides;通过HPLC测定withaferin A和withanolide A)和根的纤维含量(也从叶片中分析withaferin A)揭示了浓密的叶子是值得注意的突变体。

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