Gupta Shipra, Chavan Sonali, Deobagkar Dileep N, Deobagkar Deepti D
Brief Bioinform. 2015 Jul;16(4):710-31. doi: 10.1093/bib/bbu028. Epub 2014 Aug 25.
With the advent of significant establishment and development of Internet facilities and computational infrastructure, an overview on bio/chemoinformatics is presented along with its multidisciplinary facts, promises and challenges. The Government of India has paved the way for more profound research in biological field with the use of computational facilities and schemes/projects to collaborate with scientists from different disciplines. Simultaneously, the growth of available biomedical data has provided fresh insight into the nature of redundant and compensatory data. Today, bioinformatics research in India is characterized by a powerful grid computing systems, great variety of biological questions addressed and the close collaborations between scientists and clinicians, with a full spectrum of focuses ranging from database building and methods development to biological discoveries. In fact, this outlook provides a resourceful platform highlighting the funding agencies, institutes and industries working in this direction, which would certainly be of great help to students seeking their career in bioinformatics. Thus, in short, this review highlights the current bio/chemoinformatics trend, educations, status, diverse applicability and demands for further development.
随着互联网设施和计算基础设施的显著建立与发展,本文对生物/化学信息学进行了概述,并介绍了其多学科的实际情况、前景和挑战。印度政府通过利用计算设施以及与不同学科的科学家合作的计划/项目,为在生物领域开展更深入的研究铺平了道路。与此同时,可用生物医学数据的增长为冗余和补偿性数据的本质提供了新的见解。如今,印度的生物信息学研究具有强大的网格计算系统、涉及各种各样的生物学问题以及科学家与临床医生之间的密切合作等特点,其研究重点涵盖从数据库构建和方法开发到生物学发现的各个方面。事实上,这一展望提供了一个资源丰富的平台,突出了在这一领域开展工作的资助机构、研究所和企业,这无疑将对寻求生物信息学领域职业发展的学生有很大帮助。因此,简而言之,本综述突出了当前生物/化学信息学的趋势、教育、现状、多样的适用性以及进一步发展的需求。