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中文摘要
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职业提升核心 摘要/项目总结 本U 54申请的职业提升核心(CEC)提出了一套综合的教育和 研究支持活动,以促进加州大学洛杉矶分校在妇女健康和性方面的研究发展, 疾病的生物学因素(WH/SABV),尤其是与代谢综合征的性别差异有关。的 该项目将支持一个试点和可行性赠款计划,每年为新的研究提供种子资金 调查WH/SABV的项目,吸引新的初级和成熟的调查人员到这一领域, 促进他们的专业发展。CEC将支持加州大学洛杉矶分校的新教育项目,旨在 大学的每一个层次,特别是本科生,但也包括博士生,居民和 研究员和年轻而成熟的教师。本文提出了一个新的研究课题“SABV研究导论 概念和方法”,以发展早期的本科生和招募他们的SABV研究。核心 本科高级课程将教授“生理学和疾病的性别差异”。新讲座 与SABV相关的各种主题将被录像,并从网上加州大学洛杉矶分校SABV视频库流, 在国际上加强关于SABV的教育。CEC教师将广泛咨询一对一与既定的 研究人员正在学习最佳实践,以便在疾病的动物模型中开展SABV研究。
英文摘要
Career Enhancement Core ABSTRACT / PROJECT SUMMARY The Career Enhancement Core (CEC) of this U54 Application proposes an integrated set of educational and research support activities to foster development of research at UCLA in women's health and sex as a biological factor in disease (WH/SABV), especially related to sex differences in the metabolic syndrome. The project will support a pilot and feasibility grant program, to provide seed funding each year to novel research projects that investigate WH/SABV, attracting new junior and established investigators to this area and fostering their professional development. The CEC will support novel educational programs at UCLA, aimed at every level of the university, especially undergraduates, but also including doctoral students, residents and fellows, and young and established faculty. A new program is proposed “Introduction to SABV Research Concepts and Methods” to develop early-stage undergraduates and recruit them to SABV research. A core advanced undergraduate course will be taught, “Sex Differences in Physiology and Disease”. New lectures on diverse topics related to SABV will be videotaped and streamed from the online UCLA SABV Video Library, to enhance education on SABV internationally. CEC faculty will consult extensively one-on-one with established investigators who are learning best practices for embarking on research in SABV in animal models of disease.
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Transformative rat models to study sex differences in disease
Transformative rat models to study sex differences in disease
Transformative rat models to study sex differences in disease
Coupling neuroimaging with CLARITY and single cell genomics to dissect sex differences in the developing brain
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