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With patulous Eustachian tube, variations in upper airway pressure associated with respiration are transmitted to the middle ear through the Eustachian tube. This causes an unpleasant fullness feeling in the middle ear and alters the auditory perception. Complaints seem to include muffled hearing and autophony.
For example, very curvy ear canals, narrow ear canals, or surgical ears are more prone to earwax buildup. When wax builds up, it causes muffled hearing, tinnitus, or aural fullness (plugged-up ...
Symptoms include aural fullness, ears popping, a feeling of pressure in the affected ear(s), a feeling that the affected ear(s) is clogged, crackling, ear pain, tinnitus, autophony, and muffled hearing. [1]
tinnitus, ringing, buzzing, hissing or other sounds in the ear when no external sound is present; vertigo and disequilibrium; tympanophonia, also known as autophonia, abnormal hearing of one's own voice and respiratory sounds, usually as a result of a patulous (a constantly open) eustachian tube or dehiscent superior semicircular canals
Unsafe levels of noise can be as little as 70 dB (about twice as loud as normal conversation) if there is prolonged (24-hour) or continuous exposure. 125 dB (a loud rock concert is ~120 dB) is the pain level; sounds above this level cause instant and permanent ear damage. [citation needed] Noise and ageing are the primary causes of presbycusis ...
Symptoms of swimmer’s ear are ear pain, muffled hearing, hearing loss, ear fullness, fever, fluid drainage, redness, swelling, and swollen lymph nodes, per the Cleveland Clinic. Symptoms of a ...
Cochlear hydrops preferentially affects the apex of the cochlea where low-frequency sounds are interpreted. Due to the fluid imbalance in this area, parts of the cochlea are stretched or under more tension than usual, which can lead to distortions of sound, changes in pitch perception, or hearing loss, all usually in the low frequencies.
The tensor tympani is meant to pull the tympanic membrane inward, increasing tension of the tympanic membrane. It's like a calming mechanism that's in place in order to stabilize volume and respond to noise fluctuations, that also provides inner ear protection from loud sounds. It also helps ventilate the inner ear through the Eustachian Tube.
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