Medical Scientist Training Program

贝勒医学院医学科学家培训计划（MSTP）的使命 是培养一批多样化的未来医生科学家，他们将成为生物医学劳动力的领导者。 通过完成在动态中进行的严格、综合的医学博士和博士培训计划 德州医疗中心在学生生产力方面，该方案有着良好的成功记录， 职业安置和培养生物医学劳动力的领导者。在此基础上， 该方案纳入了新的、创新的课程，并侧重于培养学员的可转移能力。 技能和准备的职业途径，通过它利用双学位培训。程序 领导层包括五名医生-科学家，他们领导着活跃的研究实验室，开展一系列临床研究， 服务，并致力于咨询和培训MSTP学生。位于德克萨斯州医疗中心， 作为世界上最大的医疗中心，该中心提供出色的研究设施和临床培训， 为休斯顿不同种族、民族和经济状况的人口提供服务的医院。学生 通过从7个新设计的研究生中选择，在生物医学领域进行研究生培训 项目和莱斯大学生物工程项目。拟议的CNOMSTP方案 目标包括：（1）根据《世界卫生组织医学博士学位计划》， MSTP框架;（2）从不同背景和不同教育背景中招募积极性高的申请人 和研究经验，致力于作为一个医生，科学家的职业生涯;（3）培养一个支持性的，安全的， 包容的环境，提高学生从预科到完成双学位的保留率 通过提供资源来促进健康，学业成功，团队技能和强大的MSTP 确保我们的学生将在平均8年内完成双学位课程 有价值的研究和医学成就，这将推动他们在成功的职业生涯， 生物医学劳动力。我们的MSTP培训生为重点的目标包括：（1）学生将开发一个跟踪记录 早期的成功作为医生科学家通过发现，完成重大，可重复的， 负责的研究导致高质量的期刊出版物和完成的博士论文;（2） 学生将成为生物医学科学在多个不同的平台， 观众;（3）学生将提高他们的工作能力，在不同的，多学科的团队，通过专门的 在医学院、研究生院项目和MSTP活动中进行团队学习培训;（4）学生 将成为具有文化意识和熟练的医生科学家，了解健康的社会决定因素 （5）通过职业发展和技能培训， 相关的经验，并获得职位，促进他们作为医生，科学家的持续发展 在各种临床专业，生物医学研究和工业中利用双学位培训。

The mission of the proposed Medical Scientist Training Program (MSTP) at Baylor College of Medicine (BCM) is to develop a diverse population of future physician scientists who will be leaders in the biomedical workforce through the completion of a rigorous, integrated MD and PhD training program carried out in the dynamic Texas Medical Center. The BCM MSTP has had a strong track record of success in student productivity, career placement and developing leaders in the biomedical workforce. Building on this foundation the new BCM MSTP incorporates new, innovative curricula and focuses on development of trainees' transferrable skills and preparation for career pathways through which to utilize dual degree training. The program leadership includes five physician-scientists who lead active research laboratories, conduct a range of clinical services, and are committed to advising and training MSTP students. Located in the Texas Medical Center, the world's largest medical center, the BCM MSTP offers an outstanding research facilities and clinical training at hospitals that serve the racially, ethnically and economically diverse population of Houston. Students pursue graduate training across biomedical fields by selecting from among 7 newly designed graduate programs at BCM and the Rice University Bioengineering program. The proposed BCM MSTP program objectives include: (1) Develop and conduct an outstanding MD/PhD dual degree training program under the MSTP framework; (2) Recruit highly motivated applicants from diverse backgrounds and diverse educational and research experiences committed to a career as a physician-scientist; (3) Foster a supportive, safe and inclusive environment that enhances student retention from matriculation through completion of dual degree training by providing resources to promote wellness, academic success, team-based skills and a strong MSTP student community; and (4) Ensure that our students will complete the dual program in an average of 8 years with meritorious research and medical accomplishments that will propel them to successful careers in the biomedical workforce. Our MSTP trainee-focused objectives include: (1) Students will develop a track record of early success as physician-scientists through discovery, completion of significant, reproducible, and responsible research resulting in high quality journal publications and a completed doctoral thesis; (2) Students will become proficient communicators of biomedical science in multiple different platforms and audiences; (3) Students will improve their ability to work in diverse, multi-disciplinary teams through dedicated training in team-based learning in medical school, graduate school projects, and MSTP activities; (4) Students will become culturally aware and adept physician scientists with knowledge of social determinants of health and skills in minimizing health disparities; and (5) Graduates of the BCM MSTP will cultivate career plans with relevant experience and obtain positions that facilitate their ongoing development as physicians-scientists utilizing dual degree training in a variety of clinical specialties, biomedical research and industry.