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Ossicular Chain Reconstruction

Ossicular Chain Reconstruction

Understanding Ossicular Chain Dislocation

The ossicular chain, made up of the malleus, incus, and stapes bones, connects the eardrum to the oval window and transmits sound to the cochlea. Dislocation of these bones disrupts sound transmission, leading to hearing loss. Causes include congenital malformations, chronic infections, cholesteatoma, and skull fractures. This results in conductive hearing loss due to improper sound travel through the middle ear. Ossicular chain reconstruction in NYC can repair these dislocations and restore hearing function.

Why Our Team Excels in Ossicular Chain Reconstruction

We have on our staff one of New York City’s leading ear surgeons, Dr. Neil Sperling, known for his extensive experience and expertise in the field.

We are dedicated to carefully evaluating each patient’s unique needs to determine the most effective and personalized treatment approach.

We actively engage in research and development efforts to advance and improve patient care, ensuring the latest techniques and technologies are utilized for optimal outcomes.

Surgery Options

Ossicular chain reconstruction in NYC treats conductive hearing loss by removing a non-functioning ossicle bone and replacing it with an artificial implant or graft. This outpatient surgery, performed within the ear canal, usually allows patients to resume daily activities the following day, though caution is advised during the first month. A post-healing hearing test assesses the success of the procedure.

Ossicular Chain Reconstruction

Tailored Solutions for Hearing Loss

Ossicular reconstruction, also known as hearing restoration surgery, can effectively address your hearing loss. This outpatient procedure typically lasts about 60 minutes and often provides lasting results. While most patients benefit from a lifetime of improved hearing, rare cases may require revision or additional surgery. Since ossicular damage varies from person to person, we assess each case individually to determine the most appropriate reconstruction method.