How Hearing Loss Affects Your Balance & Fall Risk
Hearing loss affects your balance because your inner ear contains organs that control both hearing and balance, and damage to this area increases your fall risk by three times. When…
Hearing loss affects your balance because your inner ear contains organs that control both hearing and balance, and damage to this area increases your fall risk by three times. When…
Hearing loss creates social isolation by making conversations difficult and exhausting, leading many people to avoid social situations altogether. You can stay connected by using assistive listening devices, choosing hearing-friendly…
One ear being worse than the other happens when you have hearing loss that affects each ear differently, called asymmetric hearing loss. This difference occurs due to factors like earwax…
Hearing fatigue happens when your brain gets exhausted from working extra hard to process sounds, leaving you mentally and physically drained after conversations or noisy environments. This condition affects millions…
Earwax rarely causes permanent damage to your hearing when managed properly, but impacted earwax can temporarily reduce hearing until removed. The biggest risk comes from using cotton swabs or other…
Yes, hearing loss can cause dizziness because your inner ear controls both hearing and balance through connected systems. When hearing loss affects the inner ear structures, it often disrupts your…
Yes, hearing loss can be genetic, with about 50-60% of childhood hearing loss cases linked to inherited genes, while age-related hearing loss combines genetic factors with years of noise exposure…
Seniors should get a hearing test every year after age 65, or every 2-3 years after age 50 if no hearing loss is present. Regular hearing tests help catch problems…
Conductive hearing loss occurs when sound waves can’t reach your inner ear due to blockages in your outer or middle ear, while sensorineural hearing loss happens when your inner ear…
Reading an audiogram involves understanding two key measurements: frequency (pitch) measured horizontally from 250-8000 Hz, and hearing level (volume) measured vertically from -10 to 120 decibels. Your audiogram shows how…