University of Otago.Department of Physiology.Department of Physiology.

Physiology TV

An overview of Physiology at the University of Otago.

News

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.

Next Event

27th March, 2017

Luke Worthington (Department of Physiology, Final MSc presentation)

 
PhD Programme.

News

3rd March, 2017

Physiology researcher awarded Lottery Health Research Project Grant

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.

The project (with Associate Investigator Professor Michael Williams from the Department of Medicine) is entitled “Circulating microRNAs as prognostic indicator of ischemic heart disease”.

Patients with chronic ischaemic heart disease (IHD) require regular follow-up to monitor progression of the disease and response to treatment. Currently, apart from echocardiography which requires patients visiting a specialty centre which is expensive, there is no other test available to precisely monitor the heart function during regular follow-up. In this study, they aim to test whether changes in the level of circulating microRNAs reflect changes in heart function, thereby making them a potent independent prognostic marker to understand progression of IHD. Results from this study will confirm the specificity and sensitivity of the circulating microRNAs in accurately reflecting the functional state of the diseased heart. In long term, this could result in the development of a novel biomarker assay to test the prognosis of IHD.

I love it how we are learning cutting edge research from people who are top in the world in their field of research.

Juliet Kane - BSc (Physiology) student