本研究还证明了禾本科植物的浆片和双子叶植物中花瓣是同源器官的观点。
Our findings corroborate the view that the lodicules of grasses are homologous to eudicot petals.
此外，本研究还证明了前人禾本科植物的浆片和双子叶植物中花瓣是同源器官的观点。
Moreover, our findings corroborate the view that the lodicules of grasses are homologous to eudicot petals.
不结球白菜同源异型突变雄性不育系hgms由于花器官开裂滞后，雌蕊损伤、柱头老化致使自然结实性较差。
Because blooming hysteresis of the floral organs of HGMS and the lesion of its pistil and aging stigma resulted in bad natural fecundity.
这些器官的性质由花的“同源异型基因”决定，决定花的器官数和对称性等的基因族也在起作用。
These floral organs are specified by floral homeotic genes, as well as genes which specify the number and symmetry of floral organ.
主要论述了花发育过程中花器官同源异形基因及其相关基因的调控机理。
The important roles of homeotic genes in the floral organ development were summarized.
经典的ABC模型有效地解释了花器官发育的分子机制，可以广泛地解释因同源异型基因的突变而引起的植物花器官变异。
The classical ABC model illustrated the molecular mechanism of floral development, and explained the floral organ mutants of homeotic gene.
经典的ABC模型有效地解释了花器官发育的分子机制，可以广泛地解释因同源异型基因的突变而引起的植物花器官变异。
The classical ABC model illustrated the molecular mechanism of floral development, and explained the floral organ mutants of homeotic gene.
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