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Signal Cascades Analysis in Nanoprocesses with Distributed Database System

机译:具有分布式数据库系统的纳米处理器信号级联分析

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The signal cascades are a number of successive biochemical reactions, occurring in the cells. In these reactions take part many proteins (often enzymes) and the entire process may be compared to the dominoes effect. The common term used for define a varied biochemical mechanisms regulating processes in the nanonetworks is signal transduction executed in the signal cascades. These processes can be realized in a closed area of space which contains proper quantities of substrates and a set of control molecules working in a predefined manner which was determined by their chemical construction, including changes of chemical activity reached usually by the conformational changes. Information about the signal cascades that happen in the various type of cells for given processes can be retrieved from the biochemical research accessible in the biochemical databases. In this work, the simulation process of the signal transduction in bio-nanoprocesses using the distributed database environment is presented and illustrated by the biological example.
机译:信号级联是在细胞中发生的许多连续生化反应。在这些反应中,取得许多蛋白质(通常酶)和整个过程可以与多米诺效应进行比较。用于定义变化的生物化学机制的共同术语调节纳米仪器中的过程是在信号级联中执行的信号转换。这些过程可以在封闭的空间内实现,其包含适当数量的基板和以预定方式工作的一组控制分子,其通过其化学结构确定,包括通常通过构象变化达到的化学活性的变化。可以从生物化学数据库可访问的生物化学研究中检索有关在给定进程的各种类型的电池中发生的信号级联的信息。在这项工作中,通过生物学示例提出和说明了使用分布式数据库环境的生物纳米处理中信号转导的模拟过程。

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