serine proteinase meaning in Chinese
丝氨酸蛋白酶
Examples
- There is at least a serine proteinase in leaf , it ' s optimum ph is ph 10 , it ' s molecular weight is about 52 kd
叶片至少有一种丝氨酸蛋白酶，最适ph为10 ，分子量约为52kd 。花瓣最适ph存在差异， ‘萨蔓莎’为ph10 ， ‘贝拉米’为ph6和ph10 。 - While , in " belami " petals , the metallo - proteinase and the thiol - proteinase activities of the optimum ph 6 and the serine proteinase activities of the optimum ph 10 are also increased markedly
而在‘贝拉米’花瓣中最适ph6条件下金属蛋白酶、琉基蛋白酶和最适ph条件下丝氨酸蛋白酶的活性都显著提高了。 - There are at least three kinds of ep in petal : thiol - proteinase , metallo - proteinase , serine proteinase . they gather at the site between 43 kd and 66 . 2 kd ( about 52 kd ) on the substrate gel electrophoresis . the optimum ph of thiol - proteinase , metallo - proteinase is ph 6 , which are looked as acid ep , the serine proteinase has two forms , one is acid ep ( ph 6 ) , and the other is alkali ( ph 10 )
花瓣中都至少有3种内肽酶：巯基蛋白酶、金属蛋白酶、丝氨酸蛋白酶，三者聚集在底物胶电泳胶条的43kd 66 . 2kd之间的位置，约为52kd ；前两种最适ph为6 ，是酸性内肽酶，后一种有酸( ph6 ) 、碱( ph10 )两种存在形式，既是酸性内肽酶又是碱性内肽酶。 - The content of soluble protein is also increased after deficit water stress , but the increasing of " belami " is more significant than that of " samantha " . 5 . after deficit water stress , in " samantha ' petals , the metallo - proteinase activities of the optimum ph 6 and the serine proteinase activities of the optimum ph 10 are increased markedly , the thiol - proteinase activities of the optimum ph 6 is decreased markedly
失水胁迫后显著提高了‘萨蔓莎’花瓣中最适ph6条件下金属蛋白酶、最适月季（ rosahybrde ）切花瓶插期间内肽酶与衰老的关系及失水胁迫对其影响的研究ph条件下的丝氨酸蛋白酶的活性，显著降低了最适ph6条件下琉基蛋白酶的活性。 - The changes of these endopeptidase are different during the former vasing of " samatha " and " belami " . the main eps in petals of " samatha " are the acid thiol - proteinase , metallo - proteinase and the alkali serine proteinase and the main eps in petals of " belami " are the acid thiol - proteinase and serine proteinase . during the later vasing the acid metallo - proteinase and the alkali serine proteinase become main eps in petals of " samatha " and " belami "
这3种内肽酶在两种切花瓶插初期(盛开以前)的表现不同： ‘萨蔓莎’花瓣中以酸性金属蛋白酶、巯基蛋白酶和碱性丝氨酸蛋白酶起主要作用， ‘贝拉米’花瓣以酸性巯基蛋白酶、丝氨酸蛋白酶起主要作用，后期‘萨蔓莎’和‘贝拉米’花瓣均以酸性金属蛋白酶、碱性丝氨酸蛋白酶起主要作用。