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Proceedings of the 2017 International Conference of Precision Health and Precision Nutrition

机译:2017年精准健康与精准营养国际会议论文集

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One fundamental principle of biology is interaction, understandingof which forms the basis for the development of novel therapeuticand preventive strategies with proven clinical efficacy (Phase III)and population effectiveness (Phase IV and implementation). Theexisting research and implementation processes for both drugtherapy and new diagnostic tools are very fragmented and grosslyinsufficient. First, the drug development process takes too long (10-15 years/drug) and cost too much (~$1 billion/drug) with high failurerates (~80%) even for targets and compounds that survivethrough Phases II development. Second, the lack of assessment forinteractions among genetic factors and therapeutic agents in almostall human studies may be a rate-limiting step for success (orlead to post-marketing failure due to as yet unknown off-targetdetrimental effect). Third, current structure does not encouragebasic scientists to work closely with clinical and population scientists.Last and most importantly, insufficient measurement of covariatesoften precludes from confidently predicting intermediate orlong-term effects of various agents.
机译:生物学的一项基本原理是相互作用,对相互作用的理解构成了开发新的治疗和预防策略的基础,该策略已被证明具有临床疗效(第三阶段)和人群有效性(第四阶段及实施)。现有的药物治疗和新诊断工具的研究和实施过程非常分散,严重不足。首先,药物开发过程花费的时间太长(10-15年/药物),成本过高(〜10亿美元/药物),即使对于能够通过II期开发生存的靶标和化合物,其失败率很高(〜80%)。其次,在几乎所有的人类研究中,缺乏对遗传因素与治疗剂之间相互作用的评估,可能是成功的限速步骤(或由于未知的脱靶有害作用而导致上市后失败)。第三,目前的结构不鼓励基础科学家与临床和人群科学家密切合作,最后也是最重要的是,协变量软化的不足测量无法自信地预测各种药物的中间或长期作用。

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