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Callus induction and plant regeneration from immature and mature embryos and immature inflorescences of eight Croatian winter wheat cultivars (Triticum aestivum L.)

机译:八个克罗地亚冬小麦品种(Triticum aestivum L.)的未成熟和成熟胚以及未成熟花序的愈伤组织诱导和植物再生

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摘要

Eight Croatian winter wheat cultivars ( Triticum aestivum L.) were evaluated for their ability to produce callus and to regenerate whole plants from immature and mature embryos and immature inflorescences. The highest mean percentage regeneration across cultivars (21.6%) was obtained when immature embryos were used as explant with the highest regeneration of cultivar Zitarka (57%) and Edita (54%). However, some cultivars regenerated equally efficiently (Edita) or better (Lipa) when immature inflorescences were used. The highest regeneration capacity from mature embryos (26% for cultivar Magdalen) was much below the best regeneration capacities from the immature embryo or inflorescence culture. As far as the media provided with 2,4-D were used for callus induction from immature embryos, plant regeneration was significantly better than in a medium with picloram. With immature inflorescences, on the contrary, the best culture response was obtained using medium containing picloram.
机译:评价了八个克罗地亚冬小麦品种(Triticum aestivum L.)的产生愈伤组织以及从未成熟和成熟的胚以及未成熟的花序再生完整植物的能力。当使用未成熟胚作为外植体时,所有品种的平均再生率最高(21.6%),其中品种Zitarka(57%)和Edita(54%)的再生率最高。然而,当使用不成熟的花序时,一些品种的再生效率相同(Edita)或更好(Lipa)。成熟胚的最高再生能力(玛格达琳品种为26%)远低于未成熟胚或花序培养的最佳再生能力。就提供2,4-D的培养基用于从未成熟胚中诱导愈伤组织而言,植物再生显着优于含吡咯烷的培养基。相反,对于未成熟的花序,使用含吡咯烷的培养基可获得最佳的培养反应。

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