However, driven largely by the vast amounts of DNA sequence data recently, comparative genomics, structure genomics and signal detection become important topics in genome informatics.
然而近年来大量不同生物基因定序的完成，比较基因、结构基因及基因讯号研究已成基因资讯的几个重要主题。
Other fields seek to enhance knowledge about the bacterium itself. Structural genomics, for example, aims to uncover the three-dimensional structure of every protein in Mtb.
其他领域寻求强化关于这种细菌本身的知识。例如，结构基因组学著眼于发现结核分枝杆菌的每一个蛋白的三维结构。
Microbial structural genomics and functional genomics try to illuminate the inner relation between gene structure and function, and constructed gene regulatory networks.
微生物结构基因组学和功能基因组学研究试图揭示基因结构与功能的内在联系，绘制出基因调控网络图。
The genomics era has enabled scientists to more readily pose truly global questions regarding mutation, evolution, gene and genome structure, function, and regulation.
基因组学时代已经使得科学家能够更容易地提出有关突变、进化、基因和基因组结构、功能和调控的真实地全局问题。
This is an advanced course discussing plant gene structure and function, genome organization, signal transduction during growth and development, gene discovery, genomics and proteomics.
本进阶课程讨论植物基因构造与功能、基因组构造、生长及发育过程中之讯号传导、基因发现、基因体学、及蛋白质体学等。
This is an advanced course discussing plant gene structure and function, genome organization, signal transduction during growth and development, gene discovery, genomics and proteomics.
本进阶课程讨论植物基因构造与功能、基因组构造、生长及发育过程中之讯号传导、基因发现、基因体学、及蛋白质体学等。
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