Wyoming Sensory Biology COBRE

总结 数据科学补充旨在实现NOT-OD-23-123的目标2，开发 怀俄明州大学的基础设施，以支持生物信息学中的大脑健康研究， 超级计算、建模、仿真、培训和教育。怀俄明州感官生物学 COBRE（WSBC）对人类感觉系统进行高质量的科学研究， 相关疾病，解决关键的公共卫生问题，如阿尔茨海默病。而数据 科学是至关重要的WSBC的研究目标，它不是一个主要组成部分的父 奖华盛顿大学欠发达的数据科学研究基础设施对以下方面提出了挑战： WSBC的研究人员，阻碍了组学技术的利用。因此，这项建议 概述了三个具体目标：1）建立脑健康数据的机构基础设施 科学研究2)加强对受控组学和电生理学数据集的访问， 促进研究合作和培训。3)扩大数据科学研究基地， 促进跨学科合作。这些目标对当地产生了重大影响。 神经科学研究社区通过推动创新，推进大脑健康研究， 创造一个富有成效的研究生态系统。

Summary The data science supplement aims to achieve objective 2 of NOT-OD-23-123, developing infrastructure at the University of Wyoming to support brain health research in bioinformatics, supercomputing, modeling, simulation, training, and education. The Wyoming Sensory Biology COBRE (WSBC) conducts high-quality scientific research on human sensory systems and related disorders, addressing critical public health issues like Alzheimer's disease. While data science is crucial for WSBC's research goals, it was not a major component of the parent award. The underdeveloped data science research infrastructure at UW poses challenges for WSBC researchers, hindering the leveraging of omics technologies. Therefore, this proposal outlines three specific aims: 1) Establishing institutional infrastructure for brain health data science research. 2) Enhancing access to controlled omics and electrophysiology datasets, promoting research collaboration and training. 3) Expanding research bases in data science and fostering interdisciplinary collaboration. These aims have a significant impact on local neuroscience research communities by driving innovation, advancing brain health research, and creating a productive research ecosystem.