Driving Biomedical Projects

摘要：推动生物工程。DBP确保TRDS应对持续的、 资助重要生物医学问题的研究。DBP的应用包括蛋白质结构生物学， 生物分子动力学的核磁共振松弛研究，以及核磁共振代谢组学，包括临床项目。这个 DBP提出了可以使用计算解决的挑战，并提供了更大的机会 通过新颖的软件和高性能计算实现的进步。虽然临床上面临的挑战 代谢组学项目与其他代谢组学项目相似，临床项目有监管负担 与受保护的健康信息(PHI)相关联。开发符合HIPPA的NMRbox实例 带来了新的挑战，但将NMRbox的效用扩展到了一个新的选区，调查人员雇用 核磁共振在临床中的应用。 好了！

Abstract: Driving Biological Projects. DBPs ensure that the TRDs address challenges posed by ongoing, funded research on important biomedical problems. The DBP applications include protein structural biology, NMR relaxation studies of biomolecular dynamics, and NMR metabolomics, including a clinical project. The DBPs present challenges that can be addressed using computation as well as offering opportunities for greater advances enabled through novel software and high-performance computation. While the challenges for clinical metabolomics projects are similar to other metabolomics projects, clinical projects have regulatory burdens associated with protected health information (PHI). Developing a HIPPA-compliant instance of NMRbox presents new challenges, but extends the utility of NMRbox to a new constituency, investigators employing NMR in clinical settings. !