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Considerations for implementing an informatics system to support biologics drug discovery

机译:实施信息学系统以支持生物制剂药物发现的思考

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摘要

A comprehensive, well-functioning and scientifically aware informatics environment is of the utmost importance in supporting effective drug discovery programs. However, implementing such a system can, without a carefully crafted and enacted strategy, be a disruptive and time-consuming process, fraught with risks of cost overruns and the potential to end up with a system that ultimately does not meet the ever evolving needs of the organization. In this review, using our experience from the software provider perspective, we discuss how a drug discovery organization should approach the task of selecting an informatics system to support its research discovery programs. We focus on biologics drug discovery because: (i) in general, biologics informatics is less mature than small-molecule discovery; (ii) there is a great deal of activity in biologics drug discovery, from new biologics-only companies to established small molecule companies extending into biologics programs; and (iii) by their nature, biologics can be more challenging than small molecules to support, owing to the size, complexity and diversity of biologics entities. These factors make decisions about which system(s) to implement even more challenging.
机译:全面,运作良好的和科学意识的信息环境是支持有效的药物发现计划至关重要。但是,在没有仔细制作和制定的策略的情况下实施这种系统可以是一种破坏性和耗时的过程,充满了成本超支的风险,并且最终有可能最终不符合不符合不断发展的需求的系统组织。在本次审查中,使用我们的软件提供商的角度来看,我们讨论了药物发现组织如何接近选择信息系统以支持其研究发现程序的任务。我们专注于生物学药物发现,因为:(i)一般来说,生物学信息学比小分子发现不那么成熟; (ii)生物制剂药物发现有大量活动,从新的生物制剂 - 只能公司建立延伸到生物学计划的小分子公司; (iii)本质上,由于生物学实体的规模,复杂性和多样性,生物学可能比小分子更具挑战性。这些因素决定哪些系统实施更具挑战性。

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