hydrophobic amino acid 中文意思是什麼

hydrophobic amino acid 解釋
疏水氨基酸
  • hydrophobic : 不吸水的
  • amino : adj. 【化學】氨基的。
  • acid : adj. 1. 酸味的。2. 【化學】酸的，酸性的。3. 〈比喻〉尖酸刻薄的，易怒的。n. 1. 酸味物。2. 【化學】酸。adv. -ly ,-ness n.
  1. The deduced amino acid sequence of rbcl and rbcs includes 13. 14 % acidic amino acid and 14. 51 % aliphatic amino acid, the hydrophobic amino acid is 42. 16 %

    14的酸性氨基酸， 14 51脂肪族氨基酸，疏水性氨基酸的比例為42 16 。
  2. Many scholars think they have not important physical roles because of their high working concentration. they have the same n - terminal amino acid and c - terminal amino acid, namely asparine and cysteine respectively. they form two largely the same hydrophobic domains

    Bsp - a1 a2和a3的n -端都是天冬氨酸， c -端為半胱氨酸，並都含有兩對二硫鍵，由此形成了兩個基本相同的疏水結構區。
  3. The study of in - situ construction of cytocompatible surface on pdl - la matrix via amphiphile - amino acid ( rgd ) hybrid self - segregation - the amphiphilic diblock copolymer, poly ( dl - lactide ) - poly ( ethylene oxide ) ( pla - peo ) copolymer, containing hydrophobic pla block and hydrophilic peo block was synthesized via coupling method in this dissertation. cell - adhesion - promoting amino acids and integrin receptor peptide rgd were then immobilized at the end of peo chain of pla - peo copolymer via hydroxyl group activation technique. the solvent blending and casting method was then used to obtain the amphiphile modified pdl - la membranes

    兩親共聚物-氨基酸（ rgd ）雜化體原位自修飾構建聚乳酸細胞相容性表面的研究一本論文首先設計併合成了一類含疏水聚乳酸（ pla ）鏈段和親水聚氧乙烯（ peo ）鏈段的兩親嵌段共聚物材料（ pla - peo ） ，利用peo鏈端的活性官能團羥基固定了促細胞粘附的氨基酸及整合素配體多肽片段rgd 。
  4. A newly made amino acid chain folds into a distinctive shape depending on the positioning of hydrophobic amino acids, which like to cluster together away from the cell ' s watery cytoplasm, leaving hydrophiles to form the protein ' s surface

    剛合成好的胺基酸長鏈，會根據疏水性胺基酸的分佈位置，摺疊成蛋白質的獨特形狀：疏水性胺基酸彼此向內聚攏，避免接觸到富含水的細胞質環境；親水性胺基酸則向外翻出，構成蛋白質的表面。
  5. The secondary structure of this protein speculated had a typically conserved domain of cytochrome p450 cysteine heme - iron ligand signature ( fnagprlcig ) and a hydrophobic domain at n - terminal of amino acid

    （ 6 ） c鉀86mf同源基因片段在13個物種中的序列分析表明:它們的核昔酸差異為1
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