enzymatic structure 中文意思是什麼
enzymatic structure
解釋
酶結構-
Its enzymatic activity showed less similarity with gloshedobin. therefore, these three residues " replacement may influence the stability of the advanced structure of the enzyme
這兩類蛇毒類凝血酶基因的成功測序為其基因工程及其結構和功能的研究創造了條件。 -
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 -
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 -
Enzymatic synthesis and structure analysis of the monosubstituted derivative of - cyclomaltoheptaose
環糊精的酶促合成和結構分析 -
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。 -
In order to get some functional clues from their structures, the upstream regulation region of ndrgl gene and second structure of ndrg2 protein are performed bioinformatics analysis ; we found that there are several binding sequences of some diffirent transcription factors, their functions include regulating tissue - specific gene expression, regulating expression of genes related to growth and early development of cells, besides this, regulating expression of genes under some stimulated conditions, and so on. predict in protein fold classification shows that ndrg2 belongs to alpha / beta hydrolase fold family, and there are high similarity between ndrg2 and epoxide hydrolase from bacteria, this suggests that ndrg2 protein may has enzymatic functions associated with resisting the oxidative stress, maintaining the balance of cell redox potential, involving in the metabolism process of xenobiotics or intracellular toxic molecules
研究發現呷基因的調控區存在多種轉錄因子結合位點，功能主要涉及組織特異性表達調控，細胞生長發育相關基因的表達調控，刺激反應基因的表達調控等； ndrgz蛋白在結構上屬于a小水解酶類折疊，折疊分類預測表明ndrg2與其中的的細菌環氧化物水解酶的二級結構極為相似，提示ndrgz蛋白具有一定酶活性，可能參與細胞抗氧化應激反應，維持細， an ） armtbffiofbfochmilsyn ） mdafblechmrbfobo4第四軍醫大學碩士學位論文胞內氧還電勢平衡，參與內外源有毒物質的代謝等。 -
The hair of single gene disease is the commonnest in disease of single gene of ill mechanism include : metabolization is enzymatic kind of blemish disease, haemoglobin structure is unusual with quantitative blemish disease, blemish of other albumen factor
單基因病的發病機制單基因疾病中最常見的包括：代謝酶類缺陷疾病，血紅蛋白結構異常和數量缺陷疾病，其他蛋白因子缺陷。
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