An OMICS-Based Approach Studies Natural Products

A. Nimitha
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Abstract

In conjunction with bioinformatics and comparable developments in tools, software, and visualisation modelling, current developments in plant sciences have propelled the scientific community into an active dispute over information. Despite the advent of Omics and numerous other remarkable bioinformatics tools, a considerable proportion of researchers still require further familiarisation with these instruments. The present evaluation centres on the potential implementations of diverse in silico tools and technologies in the analysis of plant sciences. Gaining knowledge of these many technologies will contribute to an enhanced comprehension of plant characteristics, including resistance to pathogens, tolerance to stress, and nutritional enhancement. Furthermore, we are collaborating on many challenges and limitations in the field of plant sciences that are associated with the bioinformatics methodology.
基于 OMICS 的天然产品研究方法
结合生物信息学以及工具、软件和可视化建模方面的类似发展,植物科学的当前发展已将科学界推向了一场积极的信息之争。尽管出现了 Omics 和许多其他杰出的生物信息学工具,但仍有相当一部分研究人员需要进一步熟悉这些工具。本评估报告的中心内容是在植物科学分析中应用各种硅学工具和技术的可能性。对这些技术的了解将有助于更好地理解植物特性,包括对病原体的抗性、对压力的耐受性和营养强化。此外,我们还就植物科学领域中与生物信息学方法有关的许多挑战和限制开展合作。
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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