grant Ambulatory central blood pressure as a novel explanation for diabetes-associated brain damage Provided by University of Tasmania, Australia Click to explore relationships graph Help Related Data $relation_to_title = []; $dupes = 0;?> Has output DART Exercise-based methodologies to estimate the blood pressure (and pressure pulsations) that the brain is exposed to Related People $relation_to_title = []; $relation_dupe_title = []; $dupes = 0; ?> Principal investigator James Sharman Principal investigator Sharman, James Subjects Cardiorespiratory Medicine and Haematology | Cardiology (Incl. Cardiovascular Diseases) | Central Nervous System | Medical and Health Sciences | Medical Physiology | Neurosciences | Systems Physiology | Identifiers URI : vivo.utas.edu.au/vivo/individual/n13540 Viewed: [[ro.stat.viewed]] Saved to MyRDA Save to MyRDA
Click to explore relationships graph Help Related Data $relation_to_title = []; $dupes = 0;?> Has output DART Exercise-based methodologies to estimate the blood pressure (and pressure pulsations) that the brain is exposed to Related People $relation_to_title = []; $relation_dupe_title = []; $dupes = 0; ?> Principal investigator James Sharman Principal investigator Sharman, James Subjects Cardiorespiratory Medicine and Haematology | Cardiology (Incl. Cardiovascular Diseases) | Central Nervous System | Medical and Health Sciences | Medical Physiology | Neurosciences | Systems Physiology | Identifiers URI : vivo.utas.edu.au/vivo/individual/n13540