One of these is cardiovascular disease, the number one killer in the US and other developed countries. A new study by Joshua Barzilay (Kaiser Permanente of Georgia and Emory University) and colleagues, published in the international open-access medical journal PLoS Medicine, finds that older people with diabetes are much more likely to die from cardiovascular disease than their non-diabetic peers.
The researchers studied a randomly selected group of nearly 6000 individuals over 65, of whom about 9% were known to have diabetes and were using oral drugs or insulin injections to control their blood sugar. They followed the participants for an average of 11 years. During that period, over 40% of the individuals died, and approximately 50-60% of the deaths were attributable to cardiovascular causes. Compared to those without diabetes, and after adjusting for many factors known to affect cardiovascular disease risk such as smoking, alcohol consumption, and cholesterol levels, participants with diabetes were found to be twice as likely to die from cardiovascular disease. The risk was particularly high for patients treated with insulin injections.
As Andre Pascal Kengner and Anushka Patel (from the University of Sydney) point out in an accompanying Perspective article, the finding that older adults with diabetes are at very high absolute risk of death from cardiovascular events makes it clear that strategies aimed at reducing those risks in elderly diabetic patients should be pursued aggressively.
Andrew Hyde | Source: EurekAlert!
Further information: www.plosmedicine.org
More articles from
Studies and Analyses:
Neutral HIV Presentations More Likely To Be Considered Inviting
05.09.2008 | University of Illinois at Urbana-Champaign
Unsuccessful drug against anxiety opens a novel gateway for the treatment of cancer
05.09.2008 | Helsingin yliopisto (University of Helsinki)
Theory of the sun's role in formation of the solar system questioned
05.09.2008 | Earth Sciences
Caught in a trap: bumblebees vs. robotic crab spiders
05.09.2008 | Life Sciences
Do 68 molecules hold the key to understanding disease?
05.09.2008 | Life Sciences