完整的花的具有全部基本器官的，即：花萼、花瓣、雄蕊和雌蕊。用于花卉。
Having all principal parts, namely, the sepals, petals, stamens, and pistil or pistils. Used of a flower.
对桔梗不同器官总皂苷含量的测定结果表明：总皂苷含量从高到低的顺序依次为；花、子房、叶、侧根、芦头、根皮、芦头下、主根、茎。
The platycodoside contents in different organs showed that the order from high to low was flower, ovary, top of reed, root leather, below top of reed, taproot and stem.
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。
The molecular mechanism of floral organ development is a hotspot in plant developmental biology researches.
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.
裸粒水稻小穗内的花器官数日也有较大的变异。
The variable number of floral organs was observed in nsr spikelets.
花器官高表达转录因子的克隆将为研究t CP基因调控植物花发育和花形态建成提供新的物质基础。
The cloning of the new member of TCP transcription factor family will provide new base of material for the research of plant flower development regulation and flower tissue forming.
SEPALLATA基因被认为是花的特异因子，参与了花的四轮花器官的决定过程。
SEPALLATA genes are considered the "flower-specific" factors, which involve in the determine of all four whirl flower organs.
阐述了近年来有关植物花器官包括花瓣、雄蕊和雌蕊发育的特异性基因研究的现状与展望。
The present status and prospect of studies on specific genes for development of androecium, pistil and petals of higher plants are reviewed in this paper.
通过对西瓜地上和地下部分生长量的研究表明：在播种-开花期内，经过2/3 标准水量亏水后复水，能够使西瓜的主蔓、根、叶片和花等器官存在着补偿生长效应；
According to the research about biomass of watermelon, the compensatory effect was occurred in caudexes, root, leaves , flowers and so on, watering again after 2/3 deficit.
特定数目不超过二十的，如某些花的器官，尤指雄蕊。
Of a specified number not exceeding 20, as certain floral organs, especially stamens.
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.
近年来，对植物繁殖生态学的研究己成为生态学领域的热门之一，而对植物繁殖器官—花的研究成为繁殖生态学研究的基础。
Recently, the study on plant reproduction has become one of the most important in ecology, and the study on flowers, the reproductive organs of plant is the basic of plant reproductive ecology.
这个未完全分化的器官既不是雄蕊也不是心皮，但具有部分花器官的属性。
These incompletely differentiated organs are neither stamens nor carpels, but have partial floral identity.
完整的花的具有全部基本器官的，即：花萼、花瓣、雄蕊和雌蕊。
Having all principal parts, namely, the sepals, petals, stamens, and pistil or pistils.
源限制下的可获取碳源取决于花后光合器官生产的即时光合产物和营养器官向籽粒转运的储存光合产物。
Carbon availability in grains restricted by source was the sum of carbon assimilation from the photosynthetic organs and remobilization from the vegetative organs after anthesis.
现蕾期和开花期的花器官对低温的敏感性不同。
The chilling sensitivity of stamen, pistil and fertilization of pepper at different stages was studied.
现蕾期和开花期的花器官对低温的敏感性不同。
The chilling sensitivity of stamen, pistil and fertilization of pepper at different stages was studied.
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