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Discover how to create innovative diagnostic methods and therapies for various cardiovascular disorders. Gain insights into the core science behind cardiovascular diseases, master modeling and imaging approaches, and understand how cutting-edge technologies and treatments are delivered to patients.
This program equips you with the knowledge and capabilities to pioneer novel diagnostic solutions and treatments for global cardiovascular health challenges. The curriculum spans from molecular and cellular biology fundamentals to patient-centered care.
You'll examine multiple conditions thoroughly, such as coronary artery disease, cardiopulmonary disorders, valve abnormalities, and heart failure—studying their origins, impacts, and current treatment options. The course also explores imaging technologies like MRI, CT scans, and ultrasound, along with laboratory and computational modeling methods used to investigate cardiovascular diseases and guide clinical decisions.
A highlight includes visiting the Cardiac Catheter Suite at Northern General Hospital. The program additionally addresses the development pipeline for new cardiovascular drugs, medical devices, and therapies. You'll analyze healthcare economics, regulatory processes for medical technologies, and implementation strategies, plus get to propose your own innovative solution for cardiovascular patients.
The curriculum features comprehensive research training, culminating in a 20-week intensive research project. Collaborating with scientific professionals, you'll formulate hypotheses, design experiments, interpret data, and present outcomes. Numerous students have published their research in academic journals and presented at conferences.
Career prospects
This program provides excellent preparation for cardiovascular research careers. Graduates frequently pursue PhDs and positions at leading universities and research institutions. Others have become NHS clinical scientists or resumed their medical training.