It is very important to study further mechanism of floral development and male sterile line of HGMS as well as its practicality.
这对进一步深入研究同源异型突变的花发育机理、雄性不育机理以及应用价值有着十分重要的意义。
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。
AP plays important roles in floral development. As a B class gene of "ABC" model, AP or PI and AG control the development of stamen together.
AP基因在植物的花发育过程中具有重要作用，作为“ABC”模型的B类基因，ap或pi与AG的作用决定雄蕊的特征。
AP3 plays important roles in floral development. As a B class gene of "ABC" model, AP3 or PI and AG control the development of stamen together.
AP3基因在植物的花发育过程中具有重要作用，作为“ABC”模型的B类基因，AP3或PI与AG的作用决定雄蕊的特征。
It's important to study the mechanisms of the rice floral development, because the rice floral organs provides the basis of the rice grain formation.
水稻的花发育是形成粮食的基础，研究水稻花发育的机制具有十分重要的作用。
The molecular mechanism of floral organ development is a hotspot in plant developmental biology researches.
花器官发育的分子遗传机制是目前植物发育生物学的研究热点之一。
During floral organogenesis and development, the two collateral flowers were synchronous.
花器官发生过程中，两并生花的发生发育进程具同步性。
At the same time, it will be used to support the Arboretum's research programs in the development of new and improved ornamental and floral plants.
在同一时间，将主要用于支持该植物园的科技攻关计划，在开发新的和改进的观赏花卉和植物。
Here, we report the identification of the SUPERNUMERARY BRACT (SNB) gene controlling the transition from spikelet meristem to floral meristem and the floral organ development.
本文我们分离到了一个控制小穗分生组织向花分生组织转变以及花器官发育的基因SUPERNUMERARYBRACT (SNB)。
The important roles of homeotic genes in the floral organ development were summarized.
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 SBP transcription factors exist extensively in plants, and they involve in growth, development, for instance: floral organogenesis, and so on.
含有SBP结合域的转录因子在植物中广泛存在，并且参与植物生长、发育的多个方面，比如花器官的形成等。
Along with the floral meristem development, Ljcyc2 expression increases into the whole dorsal region without carpel primordia.
随着花分生组织的发育，基因表达的区域也在扩大，涵盖了整个的背部区域，但并不包括心皮原基。
The vernalized plants can finish the development stages of floral organ and floral stalk, no matter long-day or short-day.
经春化诱导的植株，无论给予长日还是在短日条件，花器和花茎均能正常完成发育。
But improper cultivation practices always pose series of setbacks, simply because physiological information on floral bud development and flowering mechanism is largely lacking.
因缺乏对牡丹花芽发育及开花生理机制的深入研究，许多的栽培实践总是受到挫折。
A full, floral nose with accents of resin. Well balanced, good structure; a grappa with a good line of development, from the nose to its intense finish.
饱满的花香略带淡淡的树脂清香，酒体平衡，结构精致，其香气与浓郁的回味令此款果渣酒耐人寻味。
The time for flower bud differentiation and the process of floral bud development in Actinidia in Hefei district were studied in this paper.
本文研究了中华猕猴桃在合肥地区花芽分化的时期及花器形态分化的过程。
This indicates that additional gene (s) participate in the development of branch and floral meristems.
这表明存在其它的基因参与穗分枝和花生分生组织的发育。
The stasis phenomenon of gynoecium development occurred in floral organogenesis of Reineckia and the abortion of microspore and ovule may be the important causes of its low seed bearing ratio.
吉祥草花器官发生发育过程中出现雌蕊群发育停滞现象，以及吉祥草在小孢子及胚珠发育过程中出现败育情况，可能是吉祥草属结实率低的重要原因。
The stasis phenomenon of gynoecium development occurred in floral organogenesis of Reineckia and the abortion of microspore and ovule may be the important causes of its low seed bearing ratio.
吉祥草花器官发生发育过程中出现雌蕊群发育停滞现象，以及吉祥草在小孢子及胚珠发育过程中出现败育情况，可能是吉祥草属结实率低的重要原因。
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