- 更多网络例句与花药相关的网络例句 [注：此内容来源于网络，仅供参考]
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The results were as follows. Pollen pretreated with 0-4 ℃ low temperature could abort the inducing stage that androgenesis needed, but most pretreated pollen (93.6%) still kept vigor when abortion occurred, and the frequency of callus differentiation reached 1.33%. On the contrary, most unpretreated pollen degenerated and died.
结果表明：0~4℃的低温预处理花药1d，花粉可以完成其进行雄核发育所需要的诱导过程，而且绝大部分花粉(93.6%)仍然保持存活，花药分化率达到1.33%；而未经预处理的花药在诱导过程完成时，大多数退化死亡。
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We used potassium antimonate to precipitate exchangeable cellular Ca(superscript 2+)-calcium that is sufficiently loosely bound to combine with antimonite, to investigate the feature of calcium distribution during anther development of Lycium barbarurn L.
摘要在枸杞花药发育过程中，用焦锑酸钾沉淀的钙颗粒显示出了一个与花药发育事件有关的分布特征：在孢原细胞时期的花药中钙颗粒很少。你知道它的英文吗？· a。过于纤弱的，过于微妙的
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Subsequently, the tapetum cell began to disorganize, and it kept the strongest Ca^2＋ fluorescence intensity from microspore to pollen maturity until the tapetum was disappeared completely.
在花药壁组织内Ca^2＋分布也呈现规律性的变化：造孢组织时期，花药壁组织Ca^2＋荧光强度在不同壁层组织中分布均匀；小孢子母细胞时期，药壁中层细胞Ca^2＋荧光最强，绒毡层细胞次之；单核小孢子时期，绒毡层细胞呈解体状态，Ca^2＋荧光最强，并保持到二核花粉时期直至绒毡层完全消失，但此时花药纤维层发育形成，表现出较强的Ca^2＋荧光。
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The intine of pollen wall was constructed dur-ing the stage of 2-cellular pollen and consisted ofcellulose material coming from vegetative cell ofpollen.
邓继新等(1990)用生理学方法研究了光敏核不育水稻可育花药和不育花药中的ATP酶含量，发现两种花药有差异。
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The results show that: Each anther has four pollen sac, anthers from the epidermis, medicine room wall, the middle, composed of the tapetum, Mature middle and all the disintegration of tapetum; is symmetrical tetrad type, pollen is a 2 - cell-type pollen; in anther culture lei check standards should be time for about 3-4mm.
研究结果表明：每个花药具备4个花粉囊，花药由表皮、药室内壁、中层、绒毡层组成，成熟后中层和绒毡层都解体；四分体属左右对称型，花粉属2-细胞型花粉粒；在进行花药培养时取蕾标准应为3-4mm左右。关键词：铃兰；花药；解剖
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Howevr,the time of plantlet induction was delayed and the percentage of responding anthers as well as the number of plantlets induced per anther significantly decreased after 3kR of 60Co γ-ray radiation which was considered as a semilethal exposure.
结果表明，1kR左右的γ射线对花粉的出苗率有促进效应；3kR时，花药出苗时间延长，出苗花药率和花药产苗率明显降低，视为半致死剂量；6kR时，虽有部分花药可以出苗，但花药产苗率极低。
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The results showed that all contents were lower in male sterilie anthers than in fertilisable ones.With anther developing,the contents of soluble starch,protein and free proline increased obviously in male fertilizable anthers,but not in sterile ones.
结果表明：太空诱变处理玉米核不育材料的可育株花药中的可溶性糖、淀粉、蛋白质以及游离脯氨酸含量均高于不育株花药的，且可育株花药中的可溶性淀粉、蛋白质和脯氨酸含量都随着花药的发育逐渐累积，在不育株花药中这些指标的变化不明显。
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The result is consistent with previous studies. Whereas, tapetal cells of sterile anthers were disintegrated since tetrad cells were disjoined, indicating that disintegration of tapetal cells is earlier occurred in sterile anther than that in fertile anther. DNA ladder revealed that the cleavage of nuclear DNA into oligonucleosome-sized fragments to
结果表明，在花粉母细胞减数分裂后的四分体解离时期，不育花药的绒粘层细胞较可育花药提前开始裂解；在不育系S-Mo17rf3rf3花药和花粉S-(rf3)中均明显出现PCD过程的DNA片段化以及线粒体细胞色素C外渗的现象，证明了玉米CMS-S的花粉败育与花药绒粘层细胞的提前凋亡和小孢子细胞的细胞程序性死亡有关。
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The results shows that the tapetal expanding abnormally occurs in dyadphase stage, microspore abortion occurs in the early of monokaryon stage, disaggregation in the end of monokaryon stage, only some spall of microspore is observed in monokaryon stage, the four cell walls also exist, the tapetal cells became completely vacuolated, almost filled the whole locule. vascular bundle of male sterile line anther vanish at mature pollen stage.
结果发现花药绒粘层在二分体时期发生异常，小孢子在单核前期开始败育，至单核后期完全解体，花药发育后期不育系药腔中只观察到少量的小孢子残体，花药壁的四层细胞依然存在，绒粘层细胞已经彻底液泡化，占据了药腔的整个空间，花粉成熟期不育系花药维管束消失。
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The proliferation of the anthers and pollens were distinctly dysplastic. During the prophase of abortive pollens, the tapetums and middle layers of quadrants separated; during metaphase, the microspores were development arrest; during anaphase, the tapetums and microspores gradually disappeared after combination, the anthers finally turned into drying and shriveling to be unable to form pollens.
如主茎开花初期提前1~2d，花萼和雄蕊个数为4~6个，花药室数为2~4个，开花后花药呈白色或淡绿色，表面无皱纹，并延迟脱落；其花药和花粉发育明显异常，败育初期在四分体期绒毡层与中层分离，中期小孢子形成时期发育停滞，后期绒毡层与小孢子粘连后逐渐消失，终期花药干瘪，不能形成花粉。
- 更多网络解释与花药相关的网络解释 [注：此内容来源于网络，仅供参考]
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anther：花药
為植物之雄性生殖器官,包括花丝(Filaments)及花药(anther)两部份,花药包含花粉粒,它们能被释放到空气中然后和其它花朵的柱头授粉. 花药位于花丝顶端,花丝迅速伸出,将花药推出花朵,使它们很好地悬垂下来与柱头分开,并在风中开裂.
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anther：花粉囊,花药
annual 一年生植物,一季生植物 | anther 花粉囊,花药 | anthocyanin [植]炭疽病
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antheral：花药的
anther 花粉囊 | antheral 花药的 | antheridium 雄器的
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clinandrium：(兰科植物的)花药床
多来性浮游生物 climopelagic plankton | (兰科植物的)花药床 clinandrium | (菊科头状花的)花托 clinandrium
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locule：[生物]小腔,小室,心室,室(指子房,花药等)
lobe 圆片 | locule [生物]小腔,小室,心室,室(指子房,花药等) | longitudinal angel 纵向角度
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Persian oak;Rumanian oak：大花药栎
琴叶栎 overcup oak;American white oak | 大花药栎 Persian oak;Rumanian oak | 大果栎 bur oak;mossy cup oak;mossy oak
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tailed：(花药)有尾的
(花药)有尾的 tailed | 葵叶兰属(兰科) Tainia | 葵叶兰 Tainia cordifolia Hook.f.
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valvate anther：片裂花药
摄合花(叶)襞 valvate aestivation | 片裂花药 valvate anther | (硅藻的)壳;菌被;裂片 valve
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anantherous：无花药的
anangian 无脉管的 | anantherous 无花药的 | ananthous 无花的
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antheriferous：有花药的
"藏精器;造精器;雄器;精胞","antheridium" | "有花药的","antheriferous" | "游动精子","antherozoid"