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Establishment of an Open Access Compound Management Facility in Australia to Stimulate Applied, Basic and Translational Biomedical Research

机译:在澳大利亚建立开放式化合物管理设施,以促进应用,基础和转化生物医学研究

摘要

The paradigm for probing biological processes and drug discovery via small molecules has changed significantly over the past 10-15 years. The previous protocol in which 10s-100s of compounds were tested in animal models has been replaced by one where 100,000s-1,000,000s of compounds are routinely screened against a specific target or cellular assay. Big pharma, biotechs and the USA's publicly funded NIH1 all enjoy the combined benefits of automated compound storage and high throughput screening (HTS) to identify molecules that interact with proteins, receptors, DNA and RNA. One could view this relationship metaphorically as a marriage between chemistry through compound libraries and biology via HTS.
机译:在过去的10到15年中,通过小分子探测生物学过程和药物发现的范例发生了显着变化。在动物模型中测试10s-100s化合物的先前方案已被替换为常规方案,其中针对特定的靶标或细胞测定常规筛选100,000s-1,000,000s的化合物。大型制药公司,生物技术公司和美国公共资助的NIH1都具有自动化合物存储和高通量筛选(HTS)的优势,可识别与蛋白质,受体,DNA和RNA相互作用的分子。可以将这种关系比喻为通过化合物库进行化学反应与通过HTS进行生物学反应之间的结合。

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    Camp David;

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  • 年度 2007
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  • 原文格式 PDF
  • 正文语种 English
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