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Membrane lipids of thylakoid 类囊体膜脂
Composition of thylakoid membrane lipids 类囊体膜脂组成
The fluidity of erythrocyte membrane lipids of venoms groups decreased. 毒液组红细胞膜流动性显著降低；
The Effects on Thylakoid Membrane Lipids of Common Bean under High Temperature Stress 高温逆境对菜豆类囊体膜脂的影响
Such membrane lipids are amphiphatic molecules. 这种膜的类脂是一种有两种亲和性的分子。
Thylakoid membrane, which is the place for photosynthetic reaction, is mainly composed of membrane lipids, membrane proteins and photosynthetic pigments. 摘要类囊体膜主要由膜脂、膜蛋白及一些光合色素等成分组成，它是植物进行光合作用的场所。
2 Changes of contents of unsaturation fatty acid andIUFA of membrane lipids of needles of Pinus sylvestris var.mongolica Litv under drought stress. 标题：图2干旱胁迫下樟子松针叶膜脂不饱和脂肪酸含量与IUFA的变化 Fig.
The polypeptide compositions of thylakoid membrane were different not in some composition but in some content. 两优培九的类囊体膜并不是某些多肽组分存在差异，而是含量差异。
Low temperature can affect photosynthesis by affecting the construction of thylakoid membrane. 低温能通过影响类囊体膜的结构而影响植物的光合作用。
Chloroplast ATP synthase is located on the membrane of thylakoid and functions to synthesize ATP. 叶绿体是植物进行光合作用的主要场所，叶绿体ATP合酶（即CF1-CF0）存在于叶绿体类囊体膜上，是植物体内进行生理活动的一个关键酶，能将光能转变为化学能，并形成ATP供给多种生命活动需要。
These stacks of thylakoids are called grana. 这些成堆的类囊体称为质体基粒。
In this paper, the function and composition of thylakoid membrane, and its change under low temperature stress are depicted. 简述了类囊体膜的组成和功能，以及低温胁迫下类囊体膜脂及其脂肪酸组成的变化。
The high temperature made more membrane lipids be peroxided,leading MDA content to increase. 高温使更多的膜脂过氧化,导致MDA含量升高。
Lipid bilayer Membrane lipids are amphipathic since they contain both hydriphilic and hydriphibic regions. 脂双层膜脂因为同时具有亲水基团和疏水基团而具有两亲性。
The widely different degrees of extractability of the plant membrane lipids indicate the heterogeneous nature of membrane structure. 植物膜类脂的可抽提性的程度有很大差异，这表明了膜结构的异质性。
Effects of Salt Stress on Membrane Lipid Peroxidation and Protective Enzymes in Leaves of Elaeagnus angustifolia L. 盐胁迫对大果沙枣膜脂过氧化和保护酶活性的影响。
The vig-or of Chinese toon seed was negatively correlated with membrane lipid peroxidation. 这表明膜脂过氧化可能是导致香椿种子衰老的主要原因之一。
Conclusion Simvastatin can effectively lower the level of blood lipid of the... 结论辛伐他汀能降低冠心病血脂水平,同时有降脂以外作用,改善血液流变性的异常。
Hsps was an important factor of thermotolerance.Increasing saturated membrane lipids enhanced thermotolerace and stability of membrane. 其中，热激蛋白是植物耐热性的重要因子，而膜脂中饱和脂类的增加将提高植物的耐热性和细胞膜的稳定性。
There is close relation betweenthe ATP_b-Pi exchange reaction andenergy transduction of thylakoid mem-brane. ATP_b-Pi 交换反应与类囊体膜的能量转换有密切的关系。