在后基因组时代，两个主要趋势彻底改变了心血管和淋巴领域的医学研究。首先，生理学，解剖学，生物化学，药理学和病理学的传统医学学科已与生物工程，仪器仪表和计算机技术等其他领域更加融合，从而为心血管生物学和医学中的复杂问题创造了更为全面的方法。第二，分子和细胞生物学的显着进步使医学研究人员将基因和蛋白质功能的知识从实验台转移到临床床旁的能力成倍增加。医学研究生课程为学生提供资源，正规课程工作和实验研究框架，从而获得博士学位。学位。我们的整体课程教授批判性思维，并以严谨，可再现性和负责任的研究行为的核心价值观促进
In the post-genomic era, two major trends have revolutionized medical research in the cardiovascular and lymphatic fields. First, traditional medical disciplines of physiology, anatomy, biochemistry, pharmacology and pathology have become more integrated with other fields, including bioengineering, instrumentation, and computer technology, creating a more holistic approach to complex problems in cardiovascular biology and medicine. Second, remarkable advances in molecular and cell biology have exponentially increased the ability of medical researchers to move knowledge of gene and protein functions from the bench to the clinical bedside. The Medical Sciences graduate program provides students with resources, a formal course work and the experimental research frame that leads to earning the Ph.D. degree. Our holistic curriculum teaches critical thinking and promotes interdisciplinary training with core values in Rigor, Reproducibility, and Responsible Conduct of Research. The research core competencies are complemented with communication, grantsmanship, career development, and leadership skills. Students are expected to demonstrate the highest research and professional skills to transcend their knowledge to other disciplines and solve problems systematically and collaboratively with other scientists.