了解植物的基因组学方法--有待探索的潘多拉盒子

Aleena Johny
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引用次数: 0

摘要

植物科学的最新进展与生物信息学以及工具、软件和可视化建模方面的类似发展相结合,引导科学界积极论证信息。即使在 Omics 和一些出色的生物信息学工具出现之后,仍有大量研究人员需要进一步熟悉这些工具。本综述将重点介绍可用于分析植物科学的各种硅学工具和技术的应用。通过了解这些不同的技术,我们可以更好地了解植物的特性,如抗逆性、抗病性、营养改良等。我们还将结合生物信息学方法,对植物科学中的不同试验和限制因素进行思考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Genomic Approach to Understand Plants - The Pandora Box yet to be Explored
The recent advances in plant sciences, in combination with bioinformatics and analogous development in tools, software and visualisation modelling, have steered the scientific community to an aggressive argumentation of information. Even after the emergence of Omics and several such splendid bioinformatics tools, a substantial number of researchers need to become more familiar with these tools. This review focuses on the applications of various in silico tools and technologies that may be adopted to analyse the plant sciences. The understanding of these different technologies shall lead us to a better understanding of plant properties such as stress tolerance, pathogenic resistance nutritional improvement. We are also converging thoughts on different trials and constraints in plant sciences in connection with the bioinformatics approach.
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