In the Sept 2018, a news release from researchers in New York University (NYU) was posted in the Health and Medicine Education and Social Sciences area which relates an increased rate of hospital re-admission for those who suffer from hearing loss. Because re-admissions create greater costs, hospitals are always eager to understand how to reduce the number of re-admissions.
The study found that “among those who were hospitalized, subjects with difficulty communicating medical personnel had a 32-percent increase in the likelihood of being readmitted within 30 days, compared to those who did not report difficulty.” “People with hearing loss often have difficulty understanding speech in noise and stressful situations." said Jan Blustein, MD, PhD, professor of health policy and medicine at New York University’s Robert F. Wager Graduate School of Public Service, and senior author of the study. “Hospitals are noisy chaotic places, and people with hearing loss may have trouble understanding key information, such as what medicines they should take after discharge, or how they should watch for or manage exacerbation of their symptoms. This puts them at risk for difficulties after they are discharged from hospital."
The Listening Stack promotes all aspects of hearing health and encourages you, or a loved one, to manage any hearing loss with our advice and expertise – don’t become a statistic of increased risk of re-admission should you ever require a hospital visit!
Also in Hearing Loss
Working from the knowledge that sound reaching the inner ear is converted into electrical signals relayed to the brain by the ear’s nerve cells in the cochlea, researchers discovered that the cells named type 1 and type 2 neurons, with type 1 transmitting auditory information, were much more complicated than previously known.
Tinnitus is a health condition that impacts approximately 15% of the population. People with tinnitus experience a persistent ringing in their ears, or constantly feel as though they are being exposed to noise. The condition can be very debilitating and can even keep people from sleeping peacefully at night.
The researchers determined that “the way the gel membrane gives our hearing its extreme sensitivity has to do with the size, stiffness, and distribution of nanoscale pores in that membrane, and the way those nanopores control the movement of water with the gel.”