1) physiological and biochemical mechanism
生理生化机制
1.
repens under different concentrations on the germination rate, physiological and biochemical mechanism of germinating seeds of Abutilon theophrasti Medic.
为进一步明确白三叶草对杂草的化感作用,研究了不同浓度的白三叶草地上部分水浸液和根部水浸液对茼麻和稗草种子发芽率和种子萌发过程中生理生化机制的影响。
2.
According to the studies of pomifruit softening and senescence at home and abroad,the physiological and biochemical mechanism of fruit softening and senescence were analysed,especially in the following three aspects:structral variation of cell wall, changes of pulp contents and biological synthesis of ethene.
根据国内外有关果树果实软化衰老的研究现状 ,从细胞壁结构的变化 ,内容物含量的改变以及乙烯生物合成作用等 3个方面综述了果实软化衰老的生理生化机
3.
It is helpful to study the physiological and biochemical mechanism underlying cold tolerance in wild rice in order to keep the grain yield and quality of rice cultivars by take effective measures as breeding and cultivation.
探讨野生稻耐冷的生理生化机制,有助于从育种、栽培等方面采取有效措施以提高栽培稻的耐冷性。
2) physiological mechanism
生理机制
1.
Regulation effects of nitrogen application methods on wheat grain filling and corresponding physiological mechanisms;
春季施氮方式对小麦子粒灌浆的调控及其生理机制
2.
Progress in Physiological Mechanism of Nitrate Accumulation in Vegetable;
蔬菜硝酸盐积累生理机制研究进展
3.
Review on physiological mechanism of alternate bearing in Citrus;
柑桔隔年结果的生理机制研究进展
3) physiological mechanisms
生理机制
1.
Seasonal changes in cold tolerance of desert beetle Anatolica polita borealis(Coleoptera:Tenebrionidae)and their physiological mechanisms
荒漠昆虫光滑鳖甲的耐寒性季节变化及其生理机制
2.
According to the study on the agronomic characteristics such as plant height,technical length,fiber percentage,the content of MDA and activity of POD between different varieties of flax in waterlogging stress,the physiological mechanisms of resistance to waterlogging of flax was opened out primarily.
通过研究渍涝胁迫下,不同耐渍型亚麻品种的株高、工艺长度、出麻率等农艺性状以及植株丙二醛(MDA)含量、过氧化物酶(POD)活性的变化,初步揭示了亚麻耐渍的生理机制。
3.
By using the literature,briefly analyzing the characteristics of high altitude training,physiological mechanisms,the diversity and so on,this paper insists that only by training scientifically can the function of improving capacity be achieved.
采用文献资料法,分析高原训练的特点、生理机制、多样性等等,阐明只有科学地把握高原训练,才能使高原训练起到增强运动能力的作用。
4) biochemical mechanism
生化机制
1.
Pharmacodynamics and its biochemical mechanism of Uncaria-stem Mistura for Hyperactivity Syndrome by metabonomic method;
钩藤多动合剂的药效作用及用代谢物组学方法研究其生化机制
2.
A primary study on the biochemical mechanism of degrading keratins by Stenotrophomonas maltophilia DHHJ;
嗜麦芽窄食单胞菌(Stenotrophomonas maltophilia)DHHJ分解角蛋白的生化机制初探
3.
Studies on the Biochemical Mechanism of Keratin Decomposed by Streptomyces Ⅲ Primary study on the effects of thio compounds on the mechanism of keratinase and biochemical mechanism of keratinase in the course of keratinolysis;
链霉菌分解角蛋白的生化机制研究 Ⅲ含硫化合物对角蛋白酶作用机理和角蛋白降解的生化机制初步研究
5) biochemical mechanism
生化机理
1.
Researches on the Biochemical Mechanism of Radix Isatidis Against Influenza Virus;
板蓝根抗流感病毒的生化机理研究
2.
Progress of research on biochemical mechanisms of bacterial antibiotic resistance
细菌耐药的生化机理研究进展
6) Physiological and biochemical mechanism
生理生化机理
1.
Endogenous phytohormones levels and other parameters of three calli of Jolanba with observably different redifferentiative behaviors were investigated to discuss physiological and biochemical mechanism of redifferentiation in anthurium.
以‘Jolanba’再分化差异显著的三种愈伤组织为材料，从内源激素的协同调节等方面探讨了花烛再分化的有关生理生化机理。
2.
Physiological and biochemical mechanisms of 6 different cool-season turfgrass cultivars( Baron, Node, Sabre, Barlexas, Houndog and Alligator ) under h.
本文以巴润、诺德，塞博、凌志、猎狗和鳄鱼等6种冷季型草坪草(分属三属，四类)为材料，研究了它们的抗热抗旱生理生化机理。
补充资料：生理生化特征
分子式：
CAS号：
性质：生理学和生化学都是研究生物体功能活动即生命活动规律的科学，生理生化特征即生物体生命活动的基本特征包括：（1）新陈代谢，生物霉不断从环境摄取营养物质或用于构成组织或分解供能并将分解废物排出体外（物质代谢、能量代谢），生的体只有不断与环境进行物质和能量的交换，才能实现自我更新；（2）对环境刺激的应答反应，生物主动适应生存环境是否有利其生存，并作出相应的反应；（3）自我复制（生殖），其核心是生物体的遗传信息载体（DNA或RNA），通过复制将亲代的遗传信息忠实地传递给子代，以保持种系的纯一性和延续性；（4）突变，使生物在自然选择过程中获得物种生存优势。
CAS号：
性质：生理学和生化学都是研究生物体功能活动即生命活动规律的科学，生理生化特征即生物体生命活动的基本特征包括：（1）新陈代谢，生物霉不断从环境摄取营养物质或用于构成组织或分解供能并将分解废物排出体外（物质代谢、能量代谢），生的体只有不断与环境进行物质和能量的交换，才能实现自我更新；（2）对环境刺激的应答反应，生物主动适应生存环境是否有利其生存，并作出相应的反应；（3）自我复制（生殖），其核心是生物体的遗传信息载体（DNA或RNA），通过复制将亲代的遗传信息忠实地传递给子代，以保持种系的纯一性和延续性；（4）突变，使生物在自然选择过程中获得物种生存优势。
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参考词条