chain bond 中文意思是什麼

chain bond 解釋
鏈式砌合法
  • chain : n 1 鏈子,鏈條;項圈;表鏈。2 連鎖;連續,一系列,一連串;(山)脈。3 〈常 pl 〉鐐銬;羈絆,拘束...
  • bond : n 1 結合(物),結合力,黏合(劑),聯結。2 束縛,羈絆; 〈pl 〉 拘束;鐐,銬。3 契約,契約義務,...
  1. A ) the orientation of hbn on si ( 100 ) was dominated intrinsically by the crystalline habit and the lattice mismatch between the substrate and films. the former was dominated by the periodical bond chain ( pbc ) theory, while the latter was in relation with the stress and strain

    A ) hbn在si ( 100 )表面的取向受hbn自身結晶習性和它與襯底間的晶格匹配關系的控制,前者是受周期性鍵鏈( pbc )理論控制,後者與應力和應變有一定關系。
  2. They cannot naturally produce essential fatty acids - beneficial nutrients found mainly in plant and fish oil, so they must rely on a dietary supply. here we want to establish transgenic mice carry a tissue - specific expression gossypium hirsutum - 6 fatty acid desaturase ( fad2 ) gene which can add a double bond into an monosaturated fatty - acid hydrocarbon chain and convert oleic acid to linoleic

    本試驗試圖構建一個肌肉組織特性的- 6脂肪酸去飽和酶(脫氫酶)真核表達載體,通過原核顯微注射法把棉花的- 6脂肪酸去飽和酶導入到小鼠體內,以小鼠為動物模型,建立動物體內的必需脂肪酸合成代謝通路。
  3. In this thesis, several new fluorescence carriers have been synthesized bearing a carbon chain with a terminal double bond introduced into the molecule and copolymerized with a monomer under uv irradiation on the silanized glass or quartz disk. the sensors prepared were studied. covalent immobilization effectively prevents the leakage of the carrier dye from the sensor membrane, a phenomenon that shortens the lifetime of ordinary optical sensors

    本論文合成了幾種含末端雙鍵、可共價固定的新型熒光化合物,並以此作為熒光指示劑,與膜基質單體在光引發劑作用下發生光聚反應共聚在經過硅烷化處理的石英或普通玻片上製成光極膜,制備了對一些物質有響應的熒光化學傳感器。
  4. There are 4 cysteins in the protein hbfgf, cysteins 78 and 96 are localized on the surface of hbfgf, whereas cystein 34 is completely buried and cystein 101 is partly buried within the folded peptide chain. so the cys78 and cys96 are especially prone to intramolecular disulphide - bond formation. we converted these two cysteins into serines

    同時對於155個氨基酸的hbfgf來說,其34 、 78 、 96和101位的四個半胱氨酸的巰基有形成二硫鍵的可能,是造成二聚體或多聚體的主要原因,其中cys34隱藏在分子內部, cys101部分包埋在分子中; cys78和cys96暴露在蛋白質的表面,很容易因cys78和cys96的游離巰基氧化,在不同的分子間形成錯誤的二硫鍵。
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