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Preliminary report of direct embryogenesis via thin cell layers in super sweet corn

机译:超级甜玉米中通过薄细胞层直接胚胎发生的初步报告

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The paper first studied the regeneration system via thin cell layers in super sweet corn. The preliminary results showed that Thin cell layers (TCLs) excised from node and meristematic top with strong competition of morphogenesis. Although the paper didn't get plantlets from direct embryos, but it had been confirmed that particle callus, direct buds and embryo like body can be induced from node and meristematic top; pretreatment with auxin is necessary to induce direct morphogenesis; in pretreatment stage, 1/2 MS was nutritional enough for yellow #9, while for silver #7 MS was better to get strong seedlings; whether dark or light in pretreatment, there was no difference; also no difference between MS with 2,4-D and SH with Dicamba, when 2,4-D2 and dicamba? good for particle callus, 2,4-D1 for bud and 2,4-D4 for embryo like body, but not good for embryo development; Finally, using different pretreatment time, continually culture matured embryo and testing N6 medium are next work
机译:本文首先通过超甜玉米的薄细胞层研究了再生系统。初步结果表明,薄细胞层(TCLS)从节点和共源性顶部切除,具有强烈的形态发生竞争。虽然本文没有从直接胚胎中血液,但已经证实粒子愈伤组织,直接芽和胚状物可以从节点和共源性顶部诱导;用植物蛋白预处理是诱导直接形态发生的必要条件;在预处理阶段,1/2毫秒是营养足够黄色#9,而对于银#7毫秒更好地获得强大的幼苗;无论是黑暗还是在预处理中的光线,都没有区别;当2,4-d2和dicamba时,MS与Dicamba有2,4-D和Sh之间的MS之间也没有差异?适用于粒子愈伤组织,2,4-d1芽和2,4-d4用于胚胎,但对胚胎发育不利;最后,使用不同的预处理时间,不断培养成熟的胚胎和测试N6媒体是下一步工作

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