A.D.A.R., Laboratoire d'Amélioration des plantes, Université Paris-Sud, F-91405, Orsay, France.
Plant Cell Rep. 1985 Dec;4(6):307-10. doi: 10.1007/BF00269885.
Using two varieties, their reciprocal hybrids, F8 lines and doubled haploids, results confirmed that three genetic components are involved in wheat anther culture ability, viz embryo induction frequency, regeneration ability and the frequency of albinism. In these experiments, no significant maternal effects were noticed. For embryo yields, transgressive lines were obtained from hybrids between distant genotypes. Regeneration of green plants depended upon two independent traits: regeneration ability and the frequency of albinos. F8 lines and two doubled haploids equaled the 50% regeneration rate of the hybrids, but they only regenerated green plants. Based upon cytological examination and gliadin patterns, it is suggested that genes favoring regeneration ability could be linked to the 1BL-1RS translocated chromosome from Aurora.
利用两个品种、它们的正反交杂种、F8 系和加倍单倍体,结果证实小麦花药培养能力涉及三个遗传成分,即胚状体诱导频率、再生能力和白化频率。在这些实验中,未观察到明显的母体效应。对于胚状体产量,来自远缘基因型杂种的超亲系获得了。绿色植物的再生取决于两个独立的性状:再生能力和白化频率。F8 系和两个加倍单倍体与杂种的 50%再生率相当,但它们只再生出白化苗。基于细胞学检查和醇溶蛋白模式,表明有利于再生能力的基因可能与 Aurora 的 1BL-1RS 易位染色体相连。