'TUG' Procedure by Texas Health Dallas Cardiologist Offers Hope to Millions o...( DALLAS June 9 -- Interventional card...),Health

DALLAS, June 9 /PRNewswire-USNewswire/ -- Interventional cardiac catheterization procedures are one of the most effective treatments for peripheral vascular disease (PVD), a looming health crisis as the U.S. population ages and more Americans battle obesity. But the procedures are not an option for millions of Americans with PVD who also have kidney problems or allergies to the contrast dye used during the procedures.

As a possible new option for these patients, Dr. Tony Das, an interventional cardiologist at Texas Health Presbyterian Hospital Dallas, recently demonstrated a unique procedure that clears femoral artery blockages without the use of contrast dye or X-ray radiation.

"We're always looking for new and innovative ways to better care for patients with this debilitating condition," Dr. Das said. "This procedure could one day be something we offer people who are not suitable candidates for other interventional procedures."

Called TUG (transcutaneous ultrasound guided vascular intervention), the procedure involves using an ultrasound device on top of the patient's skin to produce images of the arteries and guide a tiny wire that travels inside the arteries to clear the blockage. A balloon on the end of the wire is inflated to open the artery and a stent placed in the artery to keep it open.

"With the prevalence of diabetes and obesity among an already aging population, the challenges facing those involved in the diagnosis and treatment of peripheral vascular disease increase by the minute," Dr. Das said. "It's a problem that will increasingly challenge medical experts around the country in coming years."

PVD is a common condition affecting more than 10 million adults in the United States. The condition is a disease of blood vessels outside the heart and brain characterized by a narrowing of vessels that carry blood to the legs, arms, stomach and kidneys. The condition causes low
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