This paper outlines the main research progress of genome informatics , proteome informatics , biological evolution , medicine design and so on 本文仅就生物信息学中的基因组信息学、蛋白质组信息学、生物进化和药物设计等生物信息学的重点研究内容进行概述。
After its sequence was determined , the mutant gene was cloned into a shuttle vector pnov - r and transformed into br - deficient halobacteria ( l33 ) 突变后的蛋白经生物信息学软件分析了和野生型br的不同。 tyr79 argbr突变体的光电特性还要进一步分析和测试。
Pairwise and multiple sequence alignment algorithms of bioinformaics are studied in this paper . the main contents and production can be briefly summarized as follows : 1 本文研究了生物信息学中的双序列和多序列比对算法，主要研究内容和取得的成果如下： 1
In this thesis , ai applications are developed and used to analyze biological sequence and microarray data , with the following points of innovation that can be summed up : 1 本文主要在算法创新和计算智能技术在生物信息学上的实际应用两方面做了以下工作： 1
With the developments of molecular biology and bioinformatics , it is possible to elucidate the phylogenetic evolutionary relationship of cruciferae at the molecular level 随着分子生物学和生物信息学的发展，从分子水平阐明十字花科植物系统演化关系成为可能。
The application of bioinformatics is described in bio - metallurgy researches arid the great acceleration of bioinformatics is forecasted to the bio - metallurgy research 摘要介绍了生物信息学在生物冶金研究中的应用，展望了生物信息学对生物冶金研究的巨大推动作用。
Most of sequence alignment software utilize dynamic programming ( dp ) or the hidden markov model ( hmm ) as the core algorithm for gap open and extension 序列比对分析是生物信息学研究中的一个基本内容。大多数序列比对软件以动态规划算法作为其空位插入的核心算法。
In the post - genomic era , with the development of informatics and the progress of genome sequencing projects , researches are gradually focused on the function of genes 进入后基因组时代，随着生物信息学的发展和基因组数据的飞速积累，基因功能的研究逐渐成为重点。
