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Biorepository and integrative genomics initiative: designing and implementing a preliminary platform for predictive preventive and personalized medicine at a pediatric hospital in a historically disadvantaged community in the USA

机译:生物存储库和整合基因组计划:在美国历史悠久的弱势社区的儿科医院设计和实施用于预测预防和个性化医学的初步平台

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摘要

Current healthcare is evolving to emphasize cost-effective care by leveraging results and outcomes of genomic and other advanced research efforts in clinical care and preventive health planning. Through a collaborative effort between the University of Tennessee Health Science Center (UTHSC) and Le Bonheur Children’s Hospital (LBCH), the Biorepository and Integrative Genomics (BIG) Initiative was established to set up a pediatric-based DNA biorepository that can serve as a foundation for successful development of delivery platforms for predictive, preventive, and personalized medical services in Memphis, Tennessee, a historically disadvantaged community in the USA. In this paper, we describe the steps that were followed to establish the biorepository. We focused on domains that are essential for implementation of a biorepository for genomic research as an initial goal and identified patient consent, DNA extraction, storage and dissemination, and governance as essential components. Specific needs in each of these domains were addressed by respective solutions developed by multidisciplinary teams under the guidance of a governance model that involved experts from multiple hospital arenas and community members. The end result was the successful launch of a large-scale DNA biorepository, with patient consent greater than 75% in the first year. Our experience highlights the importance of performing pre-design research, needs assessment, and designing an ethically vetted plan that is cost-effective, easy to implement, and inclusive of the community that is served. We believe this biorepository model, with appropriate tailoring according to organizational needs and available resources, can be adopted and successfully applied by other small- to mid-sized healthcare organizations.
机译:当前的医疗保健正在通过在临床护理和预防性健康计划中利用基因组学和其他先进研究成果的结果和成果来强调具有成本效益的护理。通过田纳西大学健康科学中心(UTHSC)和勒博涅尔儿童医院(LBCH)之间的合作,建立了生物存储库和整合基因组学(BIG)计划,以建立一个可作为基础的儿科DNA生物存储库在田纳西州孟菲斯(美国历史上处于不利地位的社区)成功开发了用于预测性,预防性和个性化医疗服务的交付平台。在本文中,我们描述了建立生物存储库所遵循的步骤。我们将重点放在对实现基因组研究生物存储库至关重要的领域,并将其作为最初目标,并将患者的同意,DNA提取,存储和传播以及治理作为必不可少的组成部分。在管理模型的指导下,由多学科团队开发的相应解决方案可以满足这些领域中每个领域的特定需求,该模型涉及来自多个医院领域和社区成员的专家。最终结果是成功启动了大规模的DNA生物储存库,第一年患者的同意率超过了75%。我们的经验凸显了进行设计前研究,需求评估以及设计具有成本效益,易于实施且包括所服务社区在内的经道德审查的计划的重要性。我们相信,根据组织需求和可用资源进行适当调整的这种生物存储库模型可以被其他中小型医疗保健组织采用并成功应用。

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