Identifing effective fracture prevention strategies for children and older adults The role of physical activity on bone strength Regulation of replication-independent chromatin assembly in yeastīehavioural neuroscience, psychiatric illness, stress, brainĬystic fibrosis, Synchrotron, Airway disease, Fluid transportĬerebrovascular and endovascular neurosurgery Synchrotron imaging Skeletal development, evolution and regeneration Use of cutting edge techniques in molecular genetics Synchrotron imaging 3D bioprinted tissue engineering Comparative transcriptomicsĪnimal behaviour Biorobotics Insect Neuroethology Neurophysiology Neuroscience Synchrotron radiation and x-ray optics directed to medical and biological problems, x-ray imagingĬardiac development, Congenital heart defects, Inherited cardiac arrhythmia, Developmental genetics, Cardiac function, Ca2+ signalingīone aging, adaptation and disease 3D Imaging Synchrotron ScienceĮndothelial dysfunction, hypertension, diabetes, preventive strategies against hyperfructosemia, oxidative stress Strength training methodology/biomechanics, high-Intensity interval training, muscle oxygenation during exercise, exercise testing/training methodsĭiabetes Mellitus, Neuropathy, Oxidative Stress, ElectrophysiologyĪdenosine receptor signaling in brain diseases, biology of breast and brain cancer Physical anthropology, primate biology and evolution Neuromodulators, glial cells, and neurodegeneration The anatomy program promotes the broad intellectual focus required of future graduate students in the anatomical sciences or other health-care professions by providing courses that integrate modern teaching methods with extensive student participation that are designed to improve skills which are critical to their future professional development.Inflammation, inflammasome assembly, Hyperinflammatory Pulmonary Diseases, Cystic Fibrosis, Molecular Biophysics, Quantitative analyses, Cell Biology
The rigorous program allows students to demonstrate their full academic ability for future graduate programs or medical school. Graduates of the program will have developed expertise and experience in human gross anatomy, neuroanatomy, embryology, histology, pathology and laboratory medicine and will be able to apply these skills in a variety of educational and healthcare settings. The Anatomy concentration, within the Master’s Program in Medical Sciences, has been developed to provide a concentrated program of study that is designed for students interested in either future doctoral or professional programs in the biomedical sciences or healthcare and education professions. Manifestations of health and disease can be regarded as attributes of anatomical structures ranging in size from individual molecules to whole organs. Anatomy has long been considered as the basis of all the biomedical sciences (including clinical medicine).
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