Indian singer Alka Yagnik has shared that she has mild hearing loss due to a viral infection she caught a few weeks ago. She took it to Instagram last Tuesday, where she posted a picture of herself and wrote that after getting off a flight about two weeks prior, she noticed that her hearing was not the same.
The Cause and Effect Alka Yagnik
Doctors call this sensorineural hearing loss (SNHL), caused by a virus, which results in everything sounding muffled or unclear. Patients struggling with SNHL cannot hear soft sounds at all. Alka took some time before gathering up her courage but finally decided to share the news of her illness and explain why she has been missing from public events lately.
Words for Fans Alka Yagnik
Alka, deeply moved by means of the outpouring of guide, thanked her fanatics for their prayers and nicely-desires. She additionally shared a piece of advice, urging young artists to keep away from the use of headphones at most extent, a habit that might doubtlessly result in permanent listening to loss.
What Is Sensorineural Hearing Loss?
ASHA (American Speech-Language-Hearing Association) states that SNHL takes region while harm occurs inside our organs.
This condition is most common among people who were born with it, so they need artificial aids such as cochlear implants, etc.
Causes behind SNHL
Apart from being congenital, these issues can be affected by diseases like diabetes. The aging process also contributes to making someone susceptible to these conditions. Other factors include head injuries sustained during accidents, which may cause trauma to either side near the skull base region overlying the temporal bones. These bones house delicate inner workings responsible for hearing functions, including the balance system.
Additionally, certain infections that affect the inner ear can lead to SNHL; some examples are measles virus or mumps, which could cause permanent damage if not treated promptly enough.
Expert’s Perspective
Dr. Expert’sate, an ENT specialist working at one of Mumbai’s premier hospitals, Mumbai with BBC this matter, said, “It is essential for p “people who people in noisy environments like factories, etc. If these organs are impaired, they will distort or completely lose any sound that comes through.
The doctor further explained how “your ears function – “When sound waves hit against the ea”drum, it vibrates three small bones present within the middle ear, namely: hammer (malleus), anvil (incus) and stirrup (stapes). These vibrations then pass onto tiny hair cells deep inside the cochlea (a spiral-shaped tube resembling a snail shell) filled with endolymph fluid. Nerve endings attached to these hairs send electrical signals along auditory nerves towards the brainstem, processing them into meaningful information about different pitches/tones, allowing us to perceive various sounds.”
