【2h】

Reminiscence of 40-year research on nitrogen metabolism

机译:回顾40年的氮代谢研究

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摘要

This article summarizes my research over 40 years. The main theme of my work is nitrogen metabolism of amino acids, though later I focused on protein turnover in the cell. In the first years of my research work, I was busy dissecting the pathways involved in the metabolism of certain amino acids and their related enzymes. Then I became interested in the physiology and regulation of matabolism of these amino acids. For that, I used primary cultured hepatocytes, which contain many liver-specific enzymes. However, this play field was very rough around 1970 and hence I had to smooth them (differentiated) first. We discovered a specific growth factor (hepatocyte growth factor, HGF) in rat platelets. Exceptionally, I also worked on branched chain amino acids (valine, leucine and isoleucine). These amino acids are not efficiently metabolized in the liver, so I had to consider the physiology of extrahepatic tissues as well. Finally, I came across a huge protease complex, the proteasome. Whether these players, small amino acid metabolizing enzymes and the huge protease complex, danced well in harmony on my playground or not, I still do not know.
机译:本文总结了我40多年来的研究。我的工作主题是氨基酸的氮代谢,不过后来我专注于细胞中的蛋白质更新。在研究工作的头几年,我忙于剖析某些氨基酸及其相关酶的代谢所涉及的途径。然后,我对这些氨基酸的新陈代谢的生理学和调节产生了兴趣。为此,我使用了原代培养的肝细胞,其中包含许多肝特异性酶。但是,这个运动场在1970年左右非常崎rough,因此我必须先将它们平滑化(区分)。我们在大鼠血小板中发现了一种特定的生长因子(肝细胞生长因子,HGF)。例外地,我还研究了支链氨基酸(缬氨酸,亮氨酸和异亮氨酸)。这些氨基酸无法在肝脏中有效代谢,因此我还必须考虑肝外组织的生理学。最后,我遇到了一个巨大的蛋白酶复合体,蛋白酶体。这些球员,小的氨基酸代谢酶和巨大的蛋白酶复合体是否在我的操场上和谐共舞,我仍然不知道。

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