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。其次，分子和细胞生物学的显着进步极大地提高了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边的能力。心血管和淋巴生物学轨道为研究生提供了研究人类的知识和工具生物学和心血管疾病处于医学研究的前沿。
The MS in Medical Sciences degree provides a deeper understanding of the medical sciences and prepares you for a career that spans between patient care and bench research. The curriculum is flexible and designed to provide a strong foundation in medical sciences along with scholarly activities that will encourage team-oriented projects, enhance interdisciplinary communication, develop leadership skills, and provide the foundation for a broad understanding of scientific, medical, and regulatory issues.<br><br>A Master of Science degree in Medical Sciences will serve to enhance your coursework and other training to prepare you for success in medical school and/or a PhD program. Earn an advanced degree to increase your earning potential, job placement, and advancement in the future.