“休眠芽”是植物生长的一种状态，植物在冬季或者不利生长条件下会形成休眠芽以保护自己。在英语中，休眠芽可以用“dormant bud”来表示。下面是一些关于休眠芽和dormant bud的英语短句和例句大全，帮助人们更好地了解和使用这个概念。这些短句和例句涵盖了休眠芽和dormant bud在植物学中的定义、形成原因、作用以及相关的科学研究内容，旨在向读者展示这一概念的多样性和应用场景。通过学习这些短句和例句，读者将更深入地理解休眠芽和dormant bud的含义和用法，为植物学研究提供参考和启发。
休眠芽,dormant bud
1)dormant bud休眠芽
1.Studies on germination ofdormant bud and seed of Elaeagnus mollis undertisssue culturing;翅果油树休眠芽和种子的试管萌发
2.Determination of abscisin in grapevinedormant buds by high-performance liquid chromatography;用高效液相色谱仪测定葡萄休眠芽的脱落酸含量
3.PRELIMINARY STUDIES ON THE DIFFERENTIATION AND DEVELOPEMENT OF YOUNG PANICLES OF DORMANT BUDS IN SHAN-YOU 63;汕优63休眠芽幼穗分化发育规律初步研究
英文短句/例句
1.Promotion to Dormant Bud Sprouting, Adventitious Bud Regeneration and Cuttings Propagation of Fraxinus Mandshurica Rupr.;水曲柳休眠芽及不定芽促萌研究和扦插繁殖
2.STUDIES ON ACCELERATING OF DORMANT BUD SPROUTING OF CHINESE TOONA ANDINHIBITING OFITS SHOOT GROWTH促进香椿休眠芽萌发和抑制新梢生长的研究
3.The Study of Rhythmic Change of Dormant Buds and Regulation of Secondary Flowering in Autumn of Early Pear;早熟梨休眠芽周期节律变化与秋花的调控研究
4.Study on the Mechanisms of Endodormancy Induction and Short-term Heating Releasing Dormancy in Peach (Prunus Persica) Bud;桃芽自然休眠诱导与短时间高温破眠机制研究
5.The Effect of Temperature on Peach Bud Dormancy and Flowering and Fruit Set;温度对桃树芽休眠及开花坐果的影响
6.Study on Methods of Breaking Persimmon Seeds Dormancy and Promoting Persimmon Seeds Germinatation打破柿树种子休眠和促进发芽的方法
7.Changes of SA and H_2O_2 in Nectarine Buds and Its Regulation on Endodormancy;油桃自然休眠期间芽内水杨酸、过氧化氢含量变化及对休眠的调控
8.The Study on Changes of Physiological Indexes in Dormant Floral Buds of Apricot and Methods to Break Dormancy;温室杏休眠期花芽内生理变化及打破休眠方法的研究
9.Study on Effect of Photoperiod on Dormancy Induction and Respiratory Metabolism of Nectarine Peach Buds during Dormancy Induction Period;光周期对桃芽休眠的诱导效应及休眠诱导期呼吸代谢的研究
10.Changes in Metabolism of Nucleic Acids in the Flower Buds of Apple from Dormancy to Germination苹果花芽从休眠到萌发期间核酸代谢的变化
11.HPLC assay of endogenous hormones in dormant flower buds of sweet cherry甜樱桃休眠花芽内源激素的高效液相色谱测定
12.Effects of Hydrogen Cyanamede and Garlic Juice on Breaking Dormancy and Advancing Sprout of Kyoho Grape;单氰胺、蒜汁打破巨峰葡萄休眠、早萌芽的研究
13.Studies on Cyanide-resistant Respiration of Nectarine Buds during the Dormant Period;自然休眠期油桃芽体抗氰呼吸代谢研究
14.Effect and Mechanism of Short-term Heating Treatment on Breaking Bud Dormancy in Peach Trees;短时高温打破桃花芽休眠效应及机理研究
15.The Dormancy Mechanism and Germinating Conditions of Seeds of Prunus Sargentill;大山樱种子休眠机理及催芽技术的研究
16.Study on Respiration of Dormancy Nectarine Flower Buds;油桃花芽自然休眠期间呼吸机制的研究
17.The Study on Relation of Releases from Dormancy and Active Oxygen Metabolism in Flower Buds of Pear;梨树花芽休眠解除与活性氧代谢关系的研究
18.Studies on Cyanide-resistant Respiration of Nectarine Buds during Endodormancy Induction;自然休眠诱导期油桃芽体抗氰呼吸代谢研究
相关短句/例句
dormant buds休眠芽
1.An improved method of extraction,purification and determination to four internal hormones(GA_3,IAA,ABA and ZT) indormant buds of Allium ovalifolium with Reversed-phase High Performance Liquid Chromatography has been developed.以卵叶韭休眠芽为试材,改进了提取纯化赤霉素(GA3)、生长素(IAA)、脱落酸(ABA)和玉米素(ZT)4种内源激素的处理方法和色谱条件。
2. study of apricotdormant buds preservation under the condition of super-low temperature was conducted.杏休眠芽的超低温保存的研究结果表明：杏休眠芽在０℃抗寒锻炼１０ｈ，并采用－５℃/ｈ的预冻速度，金杏和黑龙江６０６超低温保存的预备冻结温度为－３０℃，５％ＤＭＳＯ＋５％葡萄糖作为保护剂可以使预冻温度从－３０℃提高到－２０℃。
3.Obser-vation for the base parts of sample trees revealed the factors influencing the number ofdormant buds of Chinese fir.杉木萌芽更新的繁殖基础是休眠芽，其数量对更新成败关系极大。
3)resting buds休眠芽
1.Research on the fast-propagating technology of theresting buds ofdouble-petal yellow prickly rose s;重瓣黄刺玫休眠芽快繁技术的研究
4)bud dormancy芽休眠
1.This paper reviews the home and abroad advancement in study onbud dormancy, covering classification ofbud dormancy, factors involved inbud dormancy and the regulation and control of dormancy.本文从芽休眠的分类、影响休眠的因素、休眠的研究进展、休眠的调控等方面来综述了国内外在芽休眠研究方面的进展,并讨论了芽休眠研究中存在的问题,最后对今后的研究工作提出了一些建议。
5)winter buds dormancy冬芽休眠
6)resting bud休眠芽(林)
延伸阅读
休眠素(dormin)分子式：CAS号：性质：又称休眠素(dormin)。从幼期棉桃中分离得到的一种具有倍半萜结构的植物激素。天然产的为(+)-2-顺，4-反-脱落酸，存在于悬铃木、白桦、玫瑰叶中，以及圆白菜、马铃薯、柠檬、鳄梨中。无色结晶，分子量264.31。熔点160～161℃，120℃升华。溶于碳酸氢钠水溶液、氯仿、丙酮、乙酸乙酯和乙醚，微溶于苯和水。人工合成的为外消旋体，熔点188～190℃。是一种重要的植物生长激素，其浓度达0.01μg时，有加速棉花落叶的活性。
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