The aim of the Master of Philosophy (MPhil) program is to provide research training in a manner that fosters the development of independent research skills in candidates. On completion of the period of research, the student should possess the ability to formulate a significant problem, mastery of appropriate conceptual and methodological frameworks, and the capacity for articulate and critical analysis. The MPhil thesis provides evidence of significant research as the culmination of 1.5-2 years full-time equivalent study and research training. Biomedical Science lies at the interface of the genome and the cell, the fundamental unit of all living organisms. Through our research, we are advancing our understanding of how these interactions contribute to the function of the human body in health and disease. Cell architecture Researchers at SBMS study the structural makeup of cells and how molecules are trafficked and regulated within this complex environment. Chronic diseases: cancer, cardiovascular disease, diabetes, neurodegeneration Researchers at SBMS study the causes, progression and treatments of long-term diseases. Drug design and development Researchers at SBMS are developing novel therapeutics and repurposing established compounds for the treatment of human disease. Functional and comparative anatomy Researchers at SBMS are using a range of methods to understand how anatomy relates to function. Innovation in biomedical education Researchers at SBMS are developing innovative teaching methodologies to enhance student learning. Musculoskeletal and motor control Researchers at SBMS are investigating muscle physiology, and the neural control and biomechanics of motor function in health and disease. Neurobiology and brain function Researchers at SBMS are studying how the nervous system functions under both healthy and diseased conditions. Receptors and signalling Researchers at SBMS study cell surface receptors and define downstream molecular pathways that become compromised in disease. Reproduction Researchers at SBMS are studying germ cells and interactions between the placenta, foetus and the environment during early development.