November 16th, 2011 by PJSkerrett in Health Tips
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[Editor’s note: In recognition of American Diabetes Month, Harvard Health Publications is collaborating with MSN.com on its Stop Diabetes initiative. Today’s post, published on World Diabetes Day, is the first of several focusing on this all-too-common disorder.]
People tend to think of diabetes as a silent, painless condition. Don’t tell that to the millions of folks with diabetes-induced tingling toes or painful feet. This problem, called diabetic neuropathy, can range from merely aggravating to disabling or even life threatening. It’s something I have first-hand (or, more appropriately, first-foot) knowledge about.
High blood sugar, the hallmark of diabetes, injures nerves and blood vessels throughout the body. The first nerves to be affected tend to be the smallest ones furthest from the spinal cord—those that stretch to the toes and feet.
Diabetic neuropathy affects different people in different ways. I feel it as Read more »
*This blog post was originally published at Harvard Health Blog*
September 3rd, 2011 by ChristopherChangMD in Research
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Gluing blood vessels together, just like gluing a cut garden hose together, does not seem like a great idea at first, but Stanford researchers just might have figured out how to do this safely and effectively.
Over the past century and still currently used today is to hand-sew the cut ends of the blood vessel together using stitches. This method of reattaching blood vessels is time-consuming and tedious, especially when the blood vessels are tiny.
In this new glue method which is FIVE times faster, a special substance is Read more »
*This blog post was originally published at Fauquier ENT Blog*
August 5th, 2010 by RamonaBatesMD in Better Health Network, News, Research
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The FDA recently (March 2010) approved Asclera (poliocanol) injection for the treatment of small spider veins (tiny varicose veins less than 1 millimeter in diameter) and reticular veins (those that are 1 to 3 millimeters in diameter).
Asclera is a detergent sclerosant and produces endothelial damage through interference with the cell’s surface lipids.and acts by damaging the cell lining of blood vessels. This causes the blood vessel to close, and it is eventually replaced by other types of tissue. Read more »
*This blog post was originally published at Suture for a Living*
