serine proteinase 中文意思是什麼
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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 "
這3種內肽酶在兩種切花瓶插初期（盛開以前）的表現不同： 『薩蔓莎』花瓣中以酸性金屬蛋白酶、巰基蛋白酶和堿性絲氨酸蛋白酶起主要作用， 『貝拉米』花瓣以酸性巰基蛋白酶、絲氨酸蛋白酶起主要作用，後期『薩蔓莎』和『貝拉米』花瓣均以酸性金屬蛋白酶、堿性絲氨酸蛋白酶起主要作用。 -
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種內肽酶：巰基蛋白酶、金屬蛋白酶、絲氨酸蛋白酶，三者聚集在底物膠電泳膠條的43kd 66 . 2kd之間的位置，約為52kd ；前兩種最適ph為6 ，是酸性內肽酶，后一種有酸（ ph6 ） 、堿（ ph10 ）兩種存在形式，既是酸性內肽酶又是堿性內肽酶。 -
There is at least a serine proteinase in leaf, it ' s optimum ph is ph 10, it ' s molecular weight is about 52 kd
葉片至少有一種絲氨酸蛋白酶，最適ph為10 ，分子量約為52kd 。花瓣最適ph存在差異， 『薩蔓莎』為ph10 ， 『貝拉米』為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『貝拉米』花瓣中最適ph6條件下金屬蛋白酶、琉基蛋白酶和最適ph條件下絲氨酸蛋白酶的活性都顯著提高了。 -
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
失水脅迫后顯著提高了『薩蔓莎』花瓣中最適ph6條件下金屬蛋白酶、最適月季（ rosahybrde ）切花瓶插期間內肽酶與衰老的關系及失水脅迫對其影響的研究ph條件下的絲氨酸蛋白酶的活性，顯著降低了最適ph6條件下琉基蛋白酶的活性。
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