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Bioinformatics: The foundation of present and future biotechnology

机译:生物信息学:当前和未来生物技术的基础

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Bioinformatics is the science of data management system in genomics and proteomics of life forms. it is a comparatively young discipline in information technology, and has progressed very fast in the last few years. Bioinformatics is practised worldwide by biotechnologists to access various databases for research and to exchange information for comparison, confirmation, storage and analysis. As on date, there are a number of databases on specific seizes and proteins pertaining to human, animals, plants, bacteria, and other life forms. These are being enriched and updated through research in modern biology with rite practice of bioinformatics. These databases help in new inventions in biotechnology that are useful to mankind Bioinformatics is enabling life sciences to invent novel drug discovery as well as drug delivery systems for greater progress ii? the field of biotechnology. Such inventions attain importance in the present scenario of patents aid WTO regime. For the future development of biotechnology, bioinformatics will have to play a vital role with the involvement of internet fools and the World Wide Web (WWW). The future rDNA research would be guided largely by the databases available ill generic or specific forms. Thus bioinformatics and biotechnology have to move hand ill hand for their progress. However, bioinformatics can now be branded as a bonafide discipline within information technology,. [References: 19]
机译:生物信息学是生命形式的基因组学和蛋白质组学中的数据管理系统科学。它是一门相对较年轻的信息技术学科,并且在最近几年中发展非常迅速。生物信息学家在世界范围内都在实践生物信息学,以访问各种数据库进行研究并交换信息以进行比较,确认,存储和分析。截止到目前,有许多数据库都包含与人类,动物,植物,细菌和其他生命形式有关的特定缉获物和蛋白质。通过现代生物学研究和生物信息学的实践,这些内容正在得到丰富和更新。这些数据库有助于对人类有用的生物技术新发明生物信息学使生命科学能够发明新的药物发现以及药物输送系统,从而取得更大的进步。生物技术领域。在专利协助WTO的当前情况下,此类发明非常重要。对于生物技术的未来发展,生物信息学将必须在互联网傻瓜和万维网(WWW)的参与下发挥至关重要的作用。未来的rDNA研究将主要以通用或特定形式的可用数据库为指导。因此,生物信息学和生物技术必须为它们的进步而携手前进。但是,生物信息学现在可以被标记为信息技术中的一个真正的学科。 [参考:19]

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