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The Lung Flute: A Sort of Gross (But Important) Medical Innovation
Edited by Sharon Lai
January 25, 2010 The Lung Flute is a simple device that uses sound waves to vibrate wads of mucus in your chest cavity until they rip apart and become more easily cough-up-able. (For better or for worse, the ultimate "results" of using the Flute are not shown in the above video.) Handy, certainly. But why, you may be wondering, would such a thing end up on Popular Science's list of The Best Innovations of 2009? Easy. It's because you and your common cold are not the primary audience for a Lung Flute concerto. The idea for the horn came one night in 1985. Hawkins, an acoustics engineer, and his colleagues began brainstorming how they could use sound to mess with various bodily functions. They joked about what frequency a toilet would need to vibrate at to force an uncontrollable bowel movement and, slightly more seriously, a way to dislodge goo in sick people's lungs. Months later, Hawkins was reminded of that discussion when he learned that chronic obstructive pulmonary disease (COPD), a group of lung diseases that includes emphysema and chronic bronchitis, makes breathing tough for 10 million people, and causes 127,000 deaths in the U.S. every year. "It's the number-four cause of death in the Today, doctors in The Diagnostic Lung Flute® is cleared by the FDA for the collection of diagnostic sputum samples for multiple pulmonary disease states, such as pneumonia, chronic bronchitis, asthma, lung cancer and tuberculosis. The Diagnostic Lung Flute® presents a safe, effective, convenient and rapid method of sputum induction. 2007 Frost and Sullivan Excellence in Medical Devices Award. Medical Acoustics honored for innovative technology in Lung Flute® device with 2007 North American Pulmonary Therapeutic and Diagnostic Devices Excellence in Technology of the Year Award. Proven Clinical Benefits The Diagnostic Lung Flute® provides a clinically proven solution for diagnostic sputum sample collection, reducing the time and complexity associated with collection of lower airway samples using saline induction. (1) Minimally invasive technology produces reliable results (2) Lower airway samples obtained without the need for saline induction (3) Rapid and convenient for practitioners and patients
pd:January 25, 2010 | md:January 26, 2010
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