Training in Cellular, Biochemical and Molecular Sciences

细胞、生化和分子科学培训

• 批准号: 10425377
• 负责人: Jeffrey J Hayes
• 金额: $ 41.63万
• 依托单位: UNIVERSITY OF ROCHESTER
• 依托单位国家: 美国
• 财政年份: 2020
• 资助国家: 美国
• 起止时间: 2020-07-01 至 2025-06-30
• 项目状态: 未结题
• 来源: https://reporter.nih.gov/project-details/10425377
• 关键词: Biochemical; Molecular; Science; Training

7. Project Summary/Abstract The University of Rochester is distinguishing itself as an internationally recognized center for excellence in research and training the next generation of scientists studying the molecular bases of disease. However, with increasingly rapid advancements in scientific techniques, the need for greater attention to rigor and reproducibility in research, and the recognition that students use their PhD for diverse careers in the biomedical sciences, there is a need to augment the institutional training of graduate students. Therefore, we propose a T32-sponsored Training Program that will significantly enhance our institutional training activities to better prepare students for a new era. Our proposed Training Program will develop students’ skills in initiating, conducting, interpreting, and presenting rigorous and reproducible biomedical research with increasing self- direction. Moreover, T32 mentors will guide students to become more collaborative, and to understand fields ranging from cellular biology, to the molecular behavior of molecules, to computational analyses of large data sets. We will teach students to think broadly in terms of career choices, and to be inculcated in the skills and knowledge required for success in a professional environment. Our program will imbue trainees with an appreciation for the value of diversity in the work force, with skills in the ethical conduct of research, and in workplace professionalism. We will accomplish these goals through T32-sponsored courses and activities that ensure a broad knowledge of emerging technologies, cutting edge methods, and skills required for rigorous experimental design, execution, and communication of results. We propose novel programs for the training of mentors and monitoring of mentee progress. These activities and learning opportunities will be integrated throughout each student’s graduate experience, and not just during the 2-year appointment period. In addition, we leverage the vast majority of proposed activities by making them available to all students, regardless of training grant eligibility. We will develop skills in self-initiated investigation so that students can independently enhance their foundational knowledge and skill sets as life-long learners. The proposed Training Program will not only build on our 14-years of success with our existing T32, such as our centerpiece Graduate Women in Science program, but also add many new essential elements to the existing training program.

7.项目总结/摘要 罗切斯特大学是区分自己作为一个国际公认的卓越中心， 研究和培训下一代研究疾病分子基础的科学家。但随着 随着科学技术的日益迅速发展，需要更加注意严谨性， 研究的可重复性，以及学生利用博士学位从事不同职业的认识， 在生物医学科学方面，有必要加强对研究生的机构培训。所以我们 提出T32赞助的培训计划，该计划将大大加强我们的机构培训活动， 让学生更好地迎接新时代。我们建议的培训计划将培养学生的技能， 进行，解释，并提出严格的和可重复的生物医学研究，越来越多的自我， 方向此外，T32导师将引导学生变得更加协作，并了解领域 从细胞生物学，到分子的分子行为，再到大数据的计算分析， 集.我们将教导学生在职业选择方面进行广泛的思考，并灌输技能和 在专业环境中取得成功所需的知识。我们的计划将灌输学员与 对劳动力多样性价值的欣赏，具有道德研究行为的技能，以及 工作场所的专业精神。我们将通过T32赞助的课程和活动来实现这些目标， 确保对新兴技术、尖端方法和严格要求的技能有广泛的了解 实验设计、执行和结果交流。我们提出了新的培训方案， 指导和监测学员的进展。这些活动和学习机会将被整合 贯穿每个学生的毕业经历，而不仅仅是在2年的任命期内。此外，本发明还提供了一种方法， 我们通过向所有学生提供这些活动来利用绝大多数拟议活动，无论 培训补助金资格。我们将培养学生自主调查的技能，使学生能够独立地 增强他们作为终身学习者的基础知识和技能。拟议的培训方案将 不仅建立在我们14年的成功与我们现有的T32，如我们的核心研究生妇女在 科学计划，而且还增加了许多新的基本要素，以现有的培训计划。