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- glycine carboxypeptidase 甘氨酸羟肽酶
- The average net charge of glycine is zero. 甘氨酸静电荷为零
- The effects and mechanism of glycine(Gly) on IETM. 甘氨酸(glycine,Gly)对IETM的作用及其机制研究。
- Carboxypeptidase B is purifed from porcine pancreas. 从猪胰脏中提取及纯化羧肽酶B。
- Evolutional study on the root primary structure of Glycine L. 大豆属植物根的初生结构及系统演化。
- Study on salt-resistant structure of Glycine soja L. 野生大豆抗盐解剖结构研究。
- Because nothing says “be mine” like a gooey glob of glycine. 没有什么比一碗黏糊糊的甘氨酸更适于表达“嫁给我吧”。
- Purification and Characterization of Carboxypeptidase from Aspergillus sp. 曲霉羧肽酶的分离纯化研究。
- Study on the different types of inclusion in vessel elements of Glycine L. 大豆属植物导管分子中不同类型内含物的研究。
- Effect of Cu and As and their combination pollution on Glycine max . 铜、砷及其复合污染对黄豆(Glycine max)影响的初步研究
- Glycine soja, Shea Butter, Jojoba Seeds, Eclipta, Musk root, Fruit ext ( AHA). 水果精华,野生大豆,牛油果,霍霍巴种子,旱莲,麝香根
- After purification, the specific activity of carboxypeptidase B is 200 Units/mg protein. 从猪胰脏中提取及纯化羧肽酶B。
- Non-toxic inhibitor for esterase, lipase and N-formyl-methionine aminopeptidase. Inhibits also carboxypeptidase Y-like exopeptidase. 酯酶、脂肪酶和N-甲酰甲硫氨酸氨基肽酶无毒的抑制剂。也抑制羧肽酶Y类外肽酶。
- Carboxypeptidase B is a necessary enzyme especially in the processing of recombinant insulin and is often widely used in the sequencing of proteins. 羧肽酶B是重组胰岛素生产中的一个必需工具酶,同时在蛋白质测序等领域中也得到广泛应用。
- The glycine can give rise to serine with the elimination of carbon dioxide and ammonia. 甘氨酸去除二氧化碳和氨能产生丝氨酸。
- The results showed that the plus-mutant was obtained,but there was a mutants good stability.It was capacity of carboxypeptidase was higher. 经固体发酵筛选实验,获得了一株遗传性状稳定的羧肽酶高产菌株。
- We now present a comparative study of the Carboxypeptidase B. activities and the stabilities with different storage conditions. 摘要研究从猪胰脏中提取的羧肽酶B,在不同使用条件下,采用不同的保存方法,对其酶活力及稳定性进行比较。
- The thermodynamic functions of the reaction of glycine with pyridoxal were measured and discussed. 测算和讨论了甘氨酸和吡哆醛结合反应的热力学函数.
- This paper reports preparation process of high Fischer ratio oligopeptides from corn gluten meal (CGM) by subtilisin and carboxypeptidase from Aspergillus oryzae in brief. 重点考察了米曲霉固态发酵产生羧肽酶的影响因素,碱性蛋白酶和米曲霉羧肽酶两次酶解蛋白后的寡肽分子量分布,活性炭吸附去除寡肽中芳香族氨基酸的效果。