enzymatic inhibition 中文意思是什麼

enzymatic inhibition 解釋
酶抑作用
  • enzymatic : adj. 【生物化學】酶的，酶促的。adv. -ally
  • inhibition : n. 1. 禁止，阻止。2. 【心理學】壓制，抑制（作用），心障。3. 【英法】訴訟停止命令。4. 【宗教】教權停止命令。5. 【化學】抑制（作用）。
  1. Asn5lys also shows a moderate release of the feedback inhibition with comparable specific enzymatic activity to the wild type arog

    第二部分工作研究了aorg的n -末端的功能。
  2. Molecular enzymology, including structure and function of enzymes, kinetics of enzyme action, inhibition, inactivation and activation, regulation mechanism of enzymatic activity, inhibitory mechanism ; exploitation and applications of enzyme products ; folding and unfolding of proteins ; biochrome ; anticancer polypeptide

    分子酶學，包括酶的結構與功能、酶作用動力學、抑制動力學、失活動力學、激活動力學、酶活力調控機理、抑制作用機理；酶產品的開發與應用；蛋白質折疊與去折疊；生物色素；抗癌多肽
  3. Structure and function of enzymes ; kinetics of enzyme action, inhibition, inactivation and activation ; regulation mechanism of enzymatic activity ; exploitation and applications of enzymes and inhibitors ; folding and unfolding of proteins ; anticancer polypeptide ; canceration mechanism ; proteomics

    酶的結構與功能、酶作用動力學、抑制動力學、失活動力學、激活動力學、酶活力調控機理、抑制作用機理；酶產品及酶抑制劑的開發應用；蛋白質折疊與去折疊；抗癌多肽；癌變機理；蛋白質組學
  4. The n - terminus truncated mutant can not form tight dimeric and tetrameric structure, and leads to the destruction of the quaternary structure, which is quite the contrary to wild type arog. these data indicate that n - terminus of arog is not only involved in the feedback inhibition, but also plays a role in the formation of stable dimer which is an essential structure for its enzymatic activity. according to the 3d structure, " d2 " symmetry of arog, to which contributed by leu 16, trp215 and his217, is essential for the feedback inhibition

    對「 dz 」對稱性相關的氨基酸leul6 、 trpz15和hisz17進行點突變和雙突變研究結果表明: l ）在1mm苯丙氨酸的存在下， leul6ala 、 trpz15ala和hisz17ala能解除35一70 %的反饋抑制， t印2巧ala的比活降低65 %以上，其餘兩者的比活與野生型相近; 2 ）在lmm苯丙氨酸的存在下，導入雙點突變trpz1sai洲isz17ala和leul6hi撇isz17leu后能夠完全解除arog的反饋抑制，同時保持與野生型相當的比活。
  5. The positive transformants with the integrates mn - sod gene was identified by zeocin - resistance, pcr screening and expression in p. pastoris. the recombinant mn - sod protein was successfully expressed in pichia pastoris based on the evidences that a relative molecular weight about 23kd appeard in sds - page, the obvious activity of sod existed in native - page and enzymatic activity test, and mn - sod activity was specific base on the inhibition with the mixture of chloroform - enthanol ( 3 : 5 / v : v ) and potassium cyanide. two secreted plasmids ppiczaa - sodm18 and ppiczaa - sodc were constructed and after there linearization were transferred into chromosome of pichia pastoris gs115 by electroporation

    Pcr鑒定及mut表型分析進一步說明，目標基因已經重組到宿主菌基因組染色體上； 0 . 5甲醇誘導表達后， sds - page結果顯示，表達的蛋白相對分子量約為23kd ，活性電泳出現明顯活性條帶；酶活性測定顯示，重組菌株sod活性比對照提高5倍左右；氯仿-乙醇（ 3 : 5 v : v ）和kcn （ 5mmol l ）抑制反應進一步證明，所表達的sod為錳超氧化物歧化酶。
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