Emphysema destroys the air sacs in your lungs, making it harder and harder to breath.
Millions of people struggle with it every day, but a new treatment could help many advanced cases.
On-air or selling air, Linda Sachs was passionate about her radio career.
"I loved radio," she said.
But after being diagnosed with emphysema getting enough air became a big problem.
“I was afraid i was just going to die because, you know, my lungs were failing me,” described Linda.
University of Pittsburgh Medical Center's Doctor Frank Sciurba is one of several researchers nationwide testing a new minimally invasive procedure to improve lung function.
Doctors insert ten small coils into damaged areas of a patient's lung.
"The nitanol coils go in the lungs, straight, as straight wires, and then they fold up like a baseball seam. They fold in half, then they fold in half again, and as they do that, they, they bring in the lung,” said Dr. Sciurba.
The coils allow the healthier portion of the lung to expand and tighten, helping patients to breathe better.
Linda says she felt better right after her procedure.
"To be able to take more in is just a thrill," exclaimed Linda.
The renew coil trial is recruiting 315 patients in 30 centers nationwide.
TOPIC: LUNG COILS FOR EMPHYSEMA
REPORT: MB # 3598
BACKGROUND: Emphysema occurs when air sacs in the lungs are destroyed gradually, which will make a patient progressively short of breath. It is one of the many diseases known collectively as chronic obstructive pulmonary disease (COPD). As emphysema worsens, it turns the spherical air sacs, which look like a cluster of grapes, into large pockets with gaping holes in their inner walls. This results in the reduction of the surface area of the lungs and the amount of oxygen that reaches the bloodstream. The elastic fibers that open the small airways leading to the air sacs slowly get destroyed as well. (Source: www.mayoclinic.com)
SIGNS: A patient can have emphysema for years without knowing it. Shortness of breath will begin gradually. Then, patients may start avoiding activities that can cause them to get winded. Eventually, emphysema will cause shortness of breath even while resting. Immediate medical attention is needed if a patient is so short of breath that they can't speak, their lips or fingernails turn gray or blue, their heartbeat is usually fast, or if they're not mentally alert. Smoking is the leading cause of emphysema and treatment can only slow the progression, not reverse the damage. Long-term exposure to airborne irritants, including tobacco smoke, marijuana smoke, air pollution, coal and silica dust, or manufacturing fumes, can cause emphysema too. (Source: www.mayoclinic.com)
TREATMENT: The first step for patients with emphysema would be to quit smoking. Smoking cessation drugs, bupropion hydrochloride (Zyban) or varenicline (Chantix), can help. Bronchodilators, inhaled steroids, and antibiotics can also help treat emphysema. Therapies, like pulmonary rehabilitation and supplemental oxygen, can help as well. In severe cases, the doctor might recommend a lung transplant or lung volume reduction surgery. (Source: www.mayoclinic.com)
NEW TECHNOLOGY: Researchers at the University of Pittsburgh Medical Center (UPMC) is the first center in North America to enroll patients into an FDA approved clinical trial that will test whether the insertion of small coils can collapse the diseased lung areas and improve lung function, along with exercise tolerance among patients with advanced emphysema. The study aims to recruit 315 patients in 30 different U.S. and European centers. The RENEW Lung Volume Reduction Coils provide a minimally invasive alternative to lung volume reduction surgery. European pulmonologists have been investigating the device for four years, but researchers at UPMC believe that only a large, randomized trial can medically prove the device's effectiveness. The coils are small, elastic, shape-memory coils that are made of a metal that is commonly used in medical implants. Researchers implanted up to 10 coils in wire form into the lung of one patient. After deployment the wires recoil, pulling in the damaged lung area so that the remaining, healthy lung can inflate and deflate more effectively while improving airway function and breathing both at rest and during exercise. (Source: http://www.upmc.com/media/NewsReleases/2013/Pages/Patients-Trial-Coils-Emphysema-Lungs.aspx) For study information contact: Christine Ledezma, UPMC Clinical Research Coordinator (412) 864-3368.
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