赖氨酸
氨酰tRNA合成酶
生物化学
转移RNA
化学
亮氨酸
大肠杆菌
精氨酸
细胞内
运输系统
氨基酸
膜转运
核糖核酸
膜
工程类
基因
运输工程
作者
D. Allan Butterfield,Raffaella Coccia,Busiello,Di Girolamo A,Marco Di Girolamo
出处
期刊:PubMed
日期:1987-07-01
卷期号:15 (1): 35-43
摘要
In E. coli aminoethylhomocysteine (AEHC) and aminopropylcysteine (APC) do not affect intracellular lysine transport thus showing that they cannot bind the E. coli lysine transport systems. In CHO cells AEHC and APC inhibit lysine and arginine transport, AEHC more than APC, thus indicating that they can bind the cationic aminoacid transport system. They inhibit also leucine transport, APC more than AEHC. Some possible relationships between their structure and their effects on transport systems are considered. AEHC and APC are not activated by aminoacyl-tRNA synthetase preparations from bacterial and mammalian sources.
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