首页> 外文期刊>Journal of Stem Cells and Regenerative Medicine >Original Inventions based on Chemical scaffolds and electro-physical activity-derived biosimilars interacting with specialties in biology yielding platforms for analysis in virology and antiviral compounds ( IIDIAS 2014-001 ) (Article contributing to the cover image)
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Original Inventions based on Chemical scaffolds and electro-physical activity-derived biosimilars interacting with specialties in biology yielding platforms for analysis in virology and antiviral compounds ( IIDIAS 2014-001 ) (Article contributing to the cover image)

机译:基于化学支架和源自电生理活动的生物仿制药与生物学产生平台进行相互作用以进行病毒学和抗病毒化合物分析的原始发明(IIDIAS 2014-001)(提供封面图像的文章)

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Original inventions in developing countries, in terms of number of patents filed, granted and that are taken to useful applications as well as in terms of publications of high impact remain relatively lower [1,2] compared to that of developed nations. The reasons could be attributed to lack of importance given to basic research in funding, the number of institutes involved, limited technical support or expertise available etc [1]. Though such initiatives may take a long time to yield fruits, one of the parallel steps we considered worth was to take the original inventions from Japan, born out of basic research in one field, taken through an application-oriented inter disciplinary interactive research in healthcare, thereby paving way for novel solutions. Thus was conceived, the Inventions- Inter-Disciplinary Interactions and Solutions (IIDIAS), an academic session as a part of the one-day International stem cell meet organized every year in the month of October by Nichi-In Centre for Regenerative Medicine (NCRM), an academic Institute based in Chennai, India. In the IIDIAS session, based on original invention(s) presented as a prelude in brief, original interdisciplinary interactive research work based on the original invention by NCRM and/or its collaborators are presented by the faculty of the relevant institute. That will be followed by an interactive session in which the potential solutions based on the above accomplishments would be discussed. The IIDIAS session 2014 was based on the following two inventions:
机译:与发达国家相比,发展中国家的原始发明在申请,授权和被应用的专利数量方面以及在具有重大影响的出版物方面仍然相对较低[1,2]。原因可能是由于缺乏对基础研究的重视,所涉研究所的数量,有限的技术支持或可用的专门知识等[1]。尽管此类举措可能需要很长时间才能取得成果,但我们认为值得采取的并行步骤之一是通过面向医疗保健的跨学科交互研究,采用源自一个领域的基础研究的日本原始发明,从而为新颖的解决方案铺平了道路。因此,Nichi-In再生医学中心(NCRM)每年10月在每年10月组织的一次国际干细胞会议的一部分期间举办了一次学术会议,即跨学科相互作用和解决方案(IIDIAS)。 ),这是一家位于印度金奈的学术机构。在IIDIAS会议中,以简要介绍的前奏为基础,相关机构的教职员工将介绍NCRM和/或其合作者基于原始发明的跨学科交互研究成果。随后是一个互动会议,其中将讨论基于上述成就的潜在解决方案。 2014年IIDIAS会议基于以下两项发明:

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