脱水蛋白结构特征决定了其在保护细胞生物膜和蛋白质结构的完整性和稳定性方面具有重要作用。
The structure of dehydrin maintains the stability and integrality of cell membranes and proteins. In this paper, we used wheat Zhengyin NO. 1. as the materials.
脱水也是吃太多蛋白质的一个风险。
如果一种给出的蛋白质在体内存留数月或数年，其Amadori 产物会慢慢脱水并重新排列，形成新的葡萄糖衍生结构。
If a given protein persists in the body for months or years, some of its Amadori products slowly dehydrate and rearrange themselves yet again, into new glucose-derived structures.
脱水或水合过多会极大地影响测定的血红蛋白水平。
Dehydration or hyperhydration can greatly influence measured hemoglobin levels.
因此，在干旱胁迫下小麦新产生的蛋白可能与干旱胁迫前期的抗旱性无关，而与后期的抗严重脱水能力有关。
Therefore the new protein was possibly only related to the wheat tolerance to severe dehydration at the late stage of stress, but not related to the resistance to drought at the early stage of stress.
由于LEA基因的蛋白质产物具有高亲水性和高的热稳定性，人们认为LEA蛋白具有保护植物细胞免受脱水影响的作用。
Due to the high hydrophilia and heat stability of die protein products, people thought that LEA proteins could protect cells from the affection of dehydration and salinity.
DREB是一类和植物脱水条件下的抗逆性反应有关的调节因子蛋白，是可以同时调控多个逆境诱导基因表达的转录因子。
DREB is a kind of regulator protein which is relatived with the resistance under the dehydration condition, and this transcription factor can control the expression of many inducible stress genes.
例如，严重脱水会造成晶状蛋白质沉淀，促使细胞碎成一堆，这便是白内障。
For example, severe dehydration can cause crystallin proteins to precipitate, prompting their cells to crumble into a clump-a cataract.
脱水耐性的影响因子主要有aba、寡糖和LEA蛋白等。
Factors affecting desiccation tolerance were mainly ABA, soluble oligosaccharides and LEA proteins etc.
制品的红外光谱分析表明聚合反应的产物，即铝硅酸盐凝胶相脱水固化而形成的基体相，很可能具有与蛋白石相类似的微观结构。
The IR spectra indicate that the matrix formed by aluminosilicate gel phase due to the polymerization has possibly the microstructures similar to that of opal.
高温下迅速脱水的人工草粉是一种廉价的蛋白质和维生素源。
The grass meal quickly dehydrated in high temperature is a low-cost source of proteins and vitamins.
EPS总量高的污泥脱水性能差，EPS中蛋白质含量高的污泥其表面电荷也较高。
As same as the conclusion of literature, the protein component in EPS could improve the negative surface charge of sludge flocs.
EPS总量高的污泥脱水性能差，EPS中蛋白质含量高的污泥其表面电荷也较高。
As same as the conclusion of literature, the protein component in EPS could improve the negative surface charge of sludge flocs.
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