Plant Molecular & Cellular Genetics, Bose Institute, P1/12, C.I.T. Scheme VII-M, 700 054, Calcutta, India.
Theor Appl Genet. 1990 Apr;79(4):561-7. doi: 10.1007/BF00226168.
Hypocotyl calli-derived protoplasts of two cultivars of Brassica juncea (2n=36), a major oil-seed crop, were fused with normal as well as γ-irradiated mesophyll protoplasts of Eruca sativa (2n=22). The irradiation of the Eruca fusion partner increased the plating efficiency as well as the morphogenic potentiality of the fusion products over the normal fusion. Fertile plants could be regenerated from such fusion products. Analysis of 63 out of 181 plants regenerated showed that, indeed, 11 somatic hybrids (2n=58) and 10 partial somatic hybrids (chromosome number ranged between 50 and 56) had been obtained. Pollen viability (0%-82.9%) and seed set (0%-50%) of the hybrids indicated them to be useful for future studies.
两品种芥菜型油菜(2n=36)下胚轴愈伤组织原生质体与萝卜(2n=22)正常及γ射线辐照叶肉原生质体融合。Eruca 融合伙伴的辐照增加了平板效率以及融合产物的形态发生潜能,超过了正常融合。可从这些融合产物中再生出可育植株。对 181 株再生植株中的 63 株进行分析表明,实际上获得了 11 个体细胞杂种(2n=58)和 10 个部分体细胞杂种(染色体数在 50 到 56 之间)。杂种的花粉活力(0%-82.9%)和结实率(0%-50%)表明它们可用于未来的研究。