- 更多网络例句与侧芽相关的网络例句 [注：此内容来源于网络，仅供参考]
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The axillary branching process generally involves two developmental stages: the formation of axillary meristems in the leaf axils and subsequent axillary bud growth.
植物的侧枝发生一般分为两个步骤：在叶腋处形成侧芽原基，随后侧芽原基生长发育成侧枝。
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In segments of pedicels, flower buds may arise from the vascular cambium also.
主茎去顶后由侧芽发育而成的主茎也有同样的成花梯度。
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Objective: To observe the effects of colchicine solution Inducting axillary bud s of Atractylodes macrocephala in vitro, and the best condition of its induction.
目的 观察秋水仙碱对白术侧芽离体诱导的效果，以确定其最佳的诱导条件。
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Decapitation of the top bud in certain period was an important process in tabacco plantation.
优质烤烟种植过程中，打顶抹芽是一项重要的生产技术措施，烟草在一定的生长时期必须打顶，而打顶后会萌生大量的侧芽。
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The apical buds and axillary buds of Dracaena cambodiana Pierre ex Gagnep. were inoculated on MS medium containing 1 mg/L BA, 0.1 mg/L NAA, 100 mg/L PVP and 30 g/L sucrose for inducing shoots. After cultured for 40~50 d, the shoots bourgeoned. They were then transferred onto MS medium supplemented with 2 mg/L BA, 0.5 mg/L KT and 30 g/L sucrose for inducing clustered buds. After 25~10 d, the clustered buds formed. The proliferation rate of the clustered buds was 300%~500% per month.
以海南龙血树的顶芽和侧芽作为外植体，把其接种于MS+BA 1 mg/L+NAA0.1 mg/L+PVP100 mg/L+蔗糖30 g/L培养基上培养40~50 d可诱导其腋芽萌发，再把萌发后所形成的新芽切割下来接种于MS+BA 2mg/L+KT 0.5 mg/L+蔗糖30 g/L的培养基上培养25~30 d可诱导形成丛生芽，丛生芽在继代培养过程中每25~30 d可增殖3~5倍。
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the effect of different disinfection methods on explant obtaining in calathea spp was studied.
以过渡栽培植株的侧芽或顶芽为外植体，研究了不同消毒处理对竹芋组培无菌外植体获得的影响。
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Ground upside is a cervical bud death, rely on lateral bud to grow only, ministry of young Xie Quan or share die, sometimes flocculus radical ministry or complete Xie Chenggong are brown.
地上部是根颈部的芽死亡，只靠侧芽生长，幼叶全部或部分死亡，有时小叶基部或全叶呈红棕色。⒋柑橘缺钙症叶片主脉及叶缘四周褪绿，以后褪绿处产生枯斑脱落，枝条顶端向下枯死。
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The short shoot differentiation came from the lateral buds among the bud scales, in the initial stage, the lateral buds elongating, and then differentiating two "anisomerous"(one was small, the other was big) needle primordia in the elongating courses; the big one differentiating once more, and formed three needle primordia.
短枝的发育来源于长枝上芽鳞间的侧芽，在发育的初期，侧芽进行伸长生长，在伸长生长的过程中首先分化出一大一小&不对称&的两个针叶原基，大的叶原基进一步分化，形成三个针叶原基。
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Tissue culture and rapid propagation techniques for lateral bud of Broussonetia papyriferaVent;2. The indefinite bud was induced from terminal bud and lateral bud by using different hormone 6-BA/NAA and KT/IAA in the tissue culture of Gentiana rigescens Franch.
用滇龙胆的顶芽及侧芽为外植体，以MS培养基为基本培养基，以6-BA/NAA和KT/IAA两组不同浓度组合进行对比实验，研究诱导滇龙胆顶芽及侧芽萌发产生不定芽的最佳条件。
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Applying B to the 2nd node of B deficient pea plants increased the IAA concentration and export from the shoot apex, and resulted in the establishment of apical dominance.
与此相比，对缺硼的豌豆植株第2节处供硼和CPPU后明显促进了侧芽的生长，说明细胞分裂素对侧芽生长的促进作用只有在供硼的条件下才能表现出来。
- 更多网络解释与侧芽相关的网络解释 [注：此内容来源于网络，仅供参考]
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adventitious bud：不定芽
(一)芽(bud)的类型按芽在枝上发生位置是否确定,芽分为定芽(normal bud)和不定芽(adventitious bud)两类. 定芽在枝上的发生位置固定,顶芽(terminal bud)包括胚芽,只发生于枝的顶端,腋芽(axillary bud)或侧芽(lateral bud)则只发生于叶腋(叶的近轴面与茎的夹角处),
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leaf axil：叶腋
在叶柄与茎之间的所夹的锐角为叶腋(leaf axil),侧芽(axillary bud)由此而出,可分化为另一枝或花. 有些叶片具特殊功能,如保护花蕾、攀附、储藏、捕捉昆虫等. Fig.36.2c(meristem),所以一生都在不断生长. 三种分生组织负责生产三种植物体内的特定组织,
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axillary bud：腋芽
定芽又分为顶芽(terminal bud)和腋芽(axillary bud). 顶芽是生在主干或侧枝顶端的芽,腋芽是在枝的侧面叶腋内的芽,也称侧芽(lateral bad)(图5-6). 通常多年生落叶植物在叶落后,枝上的腋芽非常显著,接近枝基部的腋芽往往较小,在一个叶腋内,
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corm：球茎
4.球茎(corm)球状的地下茎,如荸荠(Eleocharistuberosa)、慈姑、芋等(图3-121,D、E),它们都是根状茎先端膨大而成. 球茎有明显的节和节间,节上具褐色膜状物,即鳞叶,为退化变形的叶. 球茎具顶芽,荸荠更有较多的侧芽,簇生在顶芽四周.
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flower bud：花芽
叶芽(leaf bud)是将来发育成营养枝的芽,如水稻的分蘖(侧芽)芽;花芽(flower bud)是将来发育为花或花序的芽,如广玉兰和小麦的顶芽;混合芽(mixed bud)则为将来同时发育为枝叶和花或花序的芽.
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latent period,latent time：潜伏期
latent learning 潜在学习 | latent period,latent time 潜伏期 | lateral bud 侧芽
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petiole：叶柄
CO2与接受阳光,宽的部份为叶片(blade),叶柄(petiole)为叶片与茎之交接处. 在叶柄与茎之间的所夹的锐角为叶腋(leaf axil),侧芽(axillary bud)由此而出,可分化为另一枝或花. 有些叶片具特殊功能,如保护花蕾、攀附、储藏、捕捉昆虫等.
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Zelkova serrata：光叶榉
光叶榉(Zelkova serrata)属于榆科榉属,为落叶乔木. 2006年6月,意大利中东部Ancona、Marche地区的几株光叶榉整株或部分枝条表现褪绿症状,叶片变红,顶端优势弱化,侧芽增生,丛枝,植株矮化. 样品检测结果表明为植原体"Candidatus Phytoplasma ulmi"侵染所致.
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Morus spp：桑
文章摘要:果桑(Morus spp)具有很高的经济价值,是目前中国农业产业结构调整的优选树种. 桑苗可通过组织培养快速繁殖. 笔者以果桑侧芽生长点为材料,研究各种消毒条件、不同浓度的培养基和不同褐化抑制剂对其组织快繁的影响.
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infrapetiolar bud, subpetiolar bud：叶柄下芽
簇生芽 fascicular bud, fascicled bud | 叶柄下芽 infrapetiolar bud, subpetiolar bud | 侧芽 lateral bud