University research on body’s way of beating heart attacks
Researchers at the University of Bradford are looking for a better understanding of how the body can fight-off heart disease – without needing drugs.
Senior lecturer Dr Khalid Naseem in the University’s Department of Biomedical Studies has secured two grants totalling almost £150,000 from the British Heart Foundation to fund two research posts.
Dr Naseem said: “Coronary heart disease is the greatest cause of death in industrialised nations and we are looking for a better understanding of the process that could lead to a cure.”
The research will look at how nitric oxide is formed in the blood. Nitric oxide is produced naturally and can help to prevent the activation of platelets in the blood – the process known as thrombosis.
Dr Naseem continued: “Rather than developing new drugs, this research will look at enhancing the body’s own mechanism to fight heart disease.”
He explained that the regulation of blood platelet activity was “fundamentally important” to the development of coronary heart disease and was an area of “intense international research”.
“We are looking at how nitric oxide is made in the blood so that we can harness it as a therapeutic agent,” added Dr Naseem.
The two BHF grants consist of £68,000 for a PhD studentship, which has already been taken up by Rocia Riba, and £80,000 to fund a post-Doctoral fellow.
Media Contact
More Information:
http://www.brad.ac.uk/admin/pr/pressreleases/2004/heart.phpAll latest news from the category: Studies and Analyses
innovations-report maintains a wealth of in-depth studies and analyses from a variety of subject areas including business and finance, medicine and pharmacology, ecology and the environment, energy, communications and media, transportation, work, family and leisure.
Newest articles
Targeting failure with new polymer technology to enhance sustainability
Sustainability is a complex problem with many different players and influenced by policies, society, and technical perspective. We are reminded every day in the media of the unnecessary amount of…
Solar-powered desalination system requires no extra batteries
Because it doesn’t need expensive energy storage for times without sunshine, the technology could provide communities with drinking water at low costs. MIT engineers have built a new desalination system that…
What we can learn from hungry yeast cells
EMBL Heidelberg and University of Virginia scientists have discovered a curious way in which cells adapt to starvation – a mechanism with potential cancer implications. What can stressed yeast teach…