Lead, learning, and calexcitin in Hermissenda.
Lead, learning, and calexcitin in Hermissenda.
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Hermissenda 中的铅、学习和钙激素。
DOI：
10.2307/1542837
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发表时间：
1998
期刊：
影响因子：
--
通讯作者：
D. Alkon
中科院分区：
文献类型：
--
作者：
A. Kuzirian;H. Epstein;T. Nelson;N. Rafferty;D. Alkon
非常不同;即，应确定Leu-Pro的Ki。第三个结论表明，一个新的标准，所谓的鱿鱼型OPAA已经出现，即缺乏抑制Leu-Pro。现在有两个问题需要研究：作为水解产物的Leu或Pro是否抑制Mazur型OPAA？如果是这样，是否有其他氨基酸抑制鱿鱼型OPAA？因为后一类别现在包括酶ird，所以第一次，一种鱿鱼OPAA，即来自鱿鱼的OPAA，显示出与鱿鱼酶非常相似。前两个结论，而出现有效的，从缺陷假单胞菌以及从鱿鱼神经，一个新的方法的问题，这种酶的天然底物可能正在出现。
widely different; i.e., a Ki should be determined for Leu-Pro. The third conclusion suggests that a new criterion for the socalled squid type OPAA has emerged, namely, the lack of inhibition by Leu-Pro. Two questions are now to be examined: Do either Leu or Pro, as hydrolysis products, inhibit the Mazur type OPAAs? And if so, do any other amino acids inhibit the squid type OPAA? Because the latter category now includes the enzyme ird, for the first time, a bacteri l OPAA, namely that from seudomonas dim nuta, shows a close resemblance to the squid zyme. The first two conclusions, while appearing valid, from Pseudomonas diminuta as well as from squid nerve, a new approach to the question of a natural substrate for this enzyme may be emerging.