9th March, 2017
Anatomy and Physiology at Otago now in the World University Rankings!
Anatomy and Physiology at the University of Otago have ranked 24th in the world in the latest QS World University Rankings.
8th March, 2017
Key finding promises early detection of cardiovascular disease in diabetics
While in India to deliver the keynote address at JIPMER’s Karaikal's campus last week, Assoc Prof Rajesh Katare was interviewed by one of India’s leading newspapers, The Hindu.
3rd March, 2017
Physiology researcher awarded Lottery Health Research Project Grant
Congratulations to Associate Professor Rajesh Katare who was awarded a research project grant of $88,246 over two years.
23rd February, 2017
Cycling event raises funds for heart research
The Department of Physiology has once again raised significant funds for a charity to its heart.
20th December, 2016
Physiology staff recognised in School of Biomedical Sciences Awards 2016
Three staff from the Department of Physiology received awards at the ceremony on 14th December.
27th March, 2017
Luke Worthington (Department of Physiology, Final MSc presentation)
26th May, 2011
Congratulations to Carissa Murrell, PhD student co-supervised by Dr Phil Ainslie (Department of Physiology) and Dr Jim Cotter (School of Physical Education).
Carissa recently completed the examination aspects of her PhD thesis, and her thesis has been placed on the Division of Health Sciences List of Exceptional PhD Theses, a very prestigious accolade. A thesis is of exceptional quality when all three examiners of a candidate's thesis agree that the thesis is of an exceptional standard in every respect (research content, originality, quality of expression and accuracy of presentation) and is amongst the top 10% of theses examined, and we are very proud of Carissa's success. Well done!
Carissa's thesis is entitled Effects of Age, Fitness, and Exercise on the Control of Cerebral Blood Flow. Her research focused on the effects of age, fitness, and exercise on the control of blood flow to the brain. A compromised control of cerebral blood flow can result in syncope (fainting) and is a risk factor for cerebrovascular disease (e.g., stroke). Two major controllers of cerebral blood flow are blood pressure and blood carbon dioxide. Furthermore, age, fitness, and exercise all affect cerebral blood flow and its control. In her first study, Carissa assessed the control of cerebral blood flow in response to acute changes in blood pressure (due to a change in posture) in young and older trained and untrained individuals at rest and following exercise. In her second study, Carissa assessed the effect of 12 weeks of exercise training on the control of cerebral blood flow in response to changes in carbon dioxide at rest and during exercise in young and older individuals.
Carissa's thesis will be available online through the University library website in the coming weeks.
I spent my summer doing something that I'm passionate about!