Micromachine modeling of Codon translocation on the messenger RNA molecule

H. Hirohumi
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Abstract

Translation process of protein synthesis has been modeled from a viewpoint of micro machine on the basis of scanning property of the system. The temporal changes in amounts of translation state depended on the degree of advance of ribosomes on the messenger RNA and their numbers. To evaluate the noise filtering function and the worst case disturbances of the system, we introduced the H infinity control principle for the system equations. Some computational results were given for the temporal property of the translation system.
信使RNA分子上密码子易位的微机器模拟
基于该系统的扫描特性,从微机器的角度对蛋白质合成的翻译过程进行了建模。翻译状态量的时间变化取决于核糖体对信使RNA的推进程度及其数量。为了评估系统的噪声滤波功能和最坏情况下的干扰,我们引入了系统方程的H∞控制原理。对平移系统的时间特性给出了一些计算结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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