The News (New Glasgow)

Can you hear me now?

- Drs. Oz & Roizen Mehmet Oz, M.D. is host of “The Dr. Oz Show,” and Mike Roizen, M.D. is Chief Wellness Officer and Chair of Wellness Institute at Cleveland Clinic. To live your healthiest, tune into “The Dr. Oz Show” or visit www.sharecare.com.

Paul Marcarelli, Verizon’s former “Can you hear me now?” guy, heard the call and decided to switch to another phone company. Well, for folks who are experienci­ng or are at risk for hearing loss, switching brands might be a smart move, too.

Reviewing data on almost 56,000 women from the Nurses’ Health Study, researcher­s writing in the American Journal of Epidemiolo­gy found that using some over-the-counter pain relievers, such as ibuprofen and acetaminop­hen, twice a week or more may up your risk of hearing loss by as much as 24 percent.

The longer you take those OTCs, the more hazardous it is. So maybe it’s time for you to switch to another kind of pain relief.

But how do these seemingly harmless meds cause hearing loss? Well, ibuprofen can reduce blood flow to the small, snail-shaped organ in the inner ear called the cochlea. It translates sound into nerve impulses and filters out background noise. A reduced blood flow can kill off cells that help you perceive sound.

Acetaminop­hen may deplete the body of an antioxidan­t called glutathion­e, which protects the cochlea from damage by blocking oxidative stress. Aspirin wasn’t associated with such problems.

Ibuprofen also can damage your stomach and gastrointe­stinal system, raise blood pressure and reduce the benefits of aspirin, which decreases cardiovasc­ular disease and cancer risk. Acetaminop­hen also can trigger liver problems!

So use these pain relievers sparingly. Your alternativ­es? Meditation, acupunctur­e, massage, stretching, exercise, a new mattress or cognitive behavioral therapy. Can you hear us now?

But how do these seemingly harmless meds cause hearing loss? Well, ibuprofen can reduce blood flow to the small, snail-shaped organ in the inner ear called the cochlea. It translates sound into nerve impulses and filters out background noise. A reduced blood flow can kill off cells that help you perceive sound.

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