Table of Contents
Auditory Brainstem Implant Cost in India
For people without auditory nerves, Auditory Brainstem Implant (or ABI) Get back some hearing. Usually this type of hearing loss occurs in babies with inner ear abnormalities or a genetic disorder called neurofibromatosis type 2 (or Nf2 for short).
Patients with neurofibromatosis type 2 (NF2) who have a noncancerous tumor on the auditory nerve are most likely to receive this treatment Auditory Brainstem Implants in India. People with structural variations in the inner ear may benefit from ABI.
Total Cost of Auditory Brainstem Implant in India This is quite affordable compared to other developed countries such as the US and UK. However, the exact cost may vary, depending on factors such as where you live, doctor’s consultation fees, pre-operative examinations, and the facility you choose.
What are Auditory Brainstem Implants?
one Auditory Brainstem Implants in India A device that provides a sense of sound to people with severe hearing loss due to missing or non-functional cochlea (inner ear) or auditory nerve. One can achieve more:
- Sound perception
- Lip reading ability
Sound recognition is sometimes combined with word and sentence recognition. Auditory brainstem implants bypass the inner ear and auditory nerve and directly stimulate the auditory circuits in the brainstem.
Auditory brainstem implants were originally developed for individuals (adults) with: neurofibromatosis type 2 – A rare genetic disorder in which tumors grow on nerves. Adults and children with various neurological and inner ear disorders are now being considered for surgery.
The purpose of surgery is to restore the hearing of a person who has lost it.those who cannot receive cochlear implant may benefit from Auditory brainstem implants in India. A cochlear implant is an electronic device that stimulates the auditory nerve directly, bypassing damaged or non-working parts of the inner ear (cochlea). Cochlear implants generally provide excellent sound quality, but they cannot be used in all settings.
Who are the best candidates for auditory brainstem implants in India
If you have severe hearing loss from dysfunction or loss of the cochlea (inner ear) or auditory (hearing) nerves, you may be Good candidates for auditory brainstem implants in India.
ABI was originally developed for patients with neurofibromatosis 2 (NF2), a rare genetic disorder. Acoustic neuromas are tumors that grow along the NF2 auditory nerve. Both the tumor and its treatment can permanently damage your auditory nerve. People are often deaf in both ears. In some cases, hearing aids or cochlear implants cannot restore hearing.
People with NF2 were the first to be implanted with an ABI. Since then, these implants have helped others with severe hearing loss due to dysfunction or loss of the auditory nerve or inner ear. ABI can help infants, children, and adults, especially those who:
- Born without a functional auditory nerve (hypoplasia) Or the auditory nerve is immature (hypoplasia).
- Deafness due to abnormal shape of the inner ear (cochlea), underdevelopment of the inner ear (Cochlear hypoplasia)missing inner ear structures (Cochlear hypoplasia)Bone hyperplasia (Cochlear Otosclerosis)or improper bone development (cochlear ossification).
- Injury or severement of the auditory nerve, possibly due to a fracture of the temporal bones (the part of the skull above the ears) on both sides of the head.
- Have other causes of deafness that do not improve with medication Hearing aids or cochlear implants.
What an auditory brainstem implant looks like
The implant is divided into two parts:
- Processor: This is the part worn on top of the ear or on the side of the head. A microphone in the CPU collects ambient sounds. It converts sound into electrical signals and sends them to the implant. When you sleep, you can remove the processor.
- In vivo implantation: The surgeon inserts this component, which includes:
- Receiver stimulator: Electrode pads placed under the skin on the sides of the head.
- Electrode Paddle: Implantation of the cochlear nucleus complex, the auditory component on the surface of the brainstem.
How much does auditory brainstem implant cost in India
average Cost of Auditory Brainstem Implant in India From $4500. The entire treatment cost plan may vary depending on the type of hospital and city the patient chooses. return, cost auditory brainstem implant in India May vary based on a number of criteria such as:
- Packaged as Auditory Brainstem Implants in India It can be determined according to the preferences of the hospital.
- The physician’s competence and experience in the discipline.
- Patient’s condition: the patient’s disease and whether other comprehensive treatment is needed.
- Hospital stay and length of stay auditory brainstem implant in India.
- Postoperative care is required.
- auditory brainstem implant Prices may depend on the type of hospital and the room you stay in.
How auditory brainstem implant surgery is performed
- Behavior Test: An audiologist will evaluate your hearing ability with and without hearing aids.
- Communication Skills Assessment: A speech pathologist may evaluate your language development and communication styles.
- Electrophysiological Tests: An audiologist will use this test to determine the extent and location of hearing loss.
- Imaging studies: CT scans and MRIs may be done to examine your cochlea, auditory nerve, and surrounding structures.
- History: Your medical history and hearing loss will be discussed with your healthcare professional.
- Neuropsychological Tests: Your provider will evaluate your brain function and abilities.
Implant surgery requires the combined efforts of a highly skilled surgical team. The team usually consists of:
- Electrophysiologist and Audiologist
An auditory brainstem implant consists of three main parts:
- To absorb noise, the microphone and sound processor are placed behind the ear.
- A decoder chip implanted under the skin transmits the data picked up by the microphone
- Electrodes that connect directly to the brainstem and sound to alert you when activated
If you have NF2, surgery is usually done at the same time as removal of the tumor on the auditory nerve.
After the program
You will most likely be in the hospital for two to four days after surgery. Depending on the circumstances and type of surgery, the length of hospital stay may be extended. During the procedure, the medical team programs the device and activates it weeks later.
After surgery, you’ll need several sessions with an audiologist to adjust your sound processor and learn how to use and interpret the signals. This process may take several months. You should see an audiologist every two to four months for the first year and then annually thereafter.
What are the benefits of auditory brainstem implants?
Although ABI cannot restore normal hearing, it can improve sound awareness, recognition, and lip reading. Results vary widely.
Children who acquired ABI at a young age (after short-term deafness) showed better word comprehension than NF2 patients with long-term deafness.
In addition to the duration of severe deafness, other factors that may have affected the results included the participation in post-surgery hearing rehabilitation, the size and location of the tumor, and other medical issues.
Discuss the risks and benefits with your healthcare practitioner. If you work together, you can make informed decisions about your health. Discuss the risks and benefits with your healthcare practitioner. If you work together, you can make informed decisions about your health.
What are the risks of auditory brainstem implants?
Meningitis, fluid leaks from the brain and spine, facial nerve breakdown, pain, and dizziness are all possible risks of an auditory brainstem implant. Some people do not benefit from hearing aids despite proper device placement.
Despite this, the complication rate of ABI surgery is low, especially if your surgery is performed by a competent team.
Your surgical team will discuss any underlying problems and how to treat or manage them. Complications include:
- Implantation failure (when the device fails to provide useful hearing or the electrodes become dislodged).
- Non-auditory stimuli (occurs when the device causes pain in structures other than the auditory center).
- Tumor resection is not yet complete.
- Facial nerve palsy (loss of facial movement due to nerve damage).
- Wound infection.
If you develop fever or pain after ABI surgery, please contact your treating doctor. To avoid difficulties, your team will follow you closely after surgery. You will also need to consult with an audiologist to adjust the programming of the device according to the procedure.
People with hearing loss due to damaged or non-functioning auditory nerves may benefit from auditory brainstem implants. It bypasses the inner ear and sends signals from external sound receivers directly to the brainstem. It can help with sound perception. To get the most out of your ABI, it’s best to continue with speech therapy.
Most Important FAQs About Auditory Brainstem Implant Cost in India
Q: What is the difference between a cochlear implant and an auditory brainstem implant?
A: The technology is similar to that used in cochlear implants. Electrodes in a cochlear implant, on the other hand, stimulate your hearing nerves. ABI stimulates your brainstem by bypassing the auditory nerve.
Q: What are the disadvantages of auditory brainstem response?
A: The following applications are disadvantages of brainstem audiometry hearing aid selection: In cases of severe hearing impairment, no or only weak information about loudness perception is included. No control over compression settings. There is no frequency-specific correction for hearing loss.
Q: What happens if the ABR test fails?
A: If your baby fails the hearing screening, make an appointment for additional testing as soon as possible. If your baby has hearing loss, evaluation and treatment as soon as possible will most likely lead to better outcomes for your baby. At CHOP’s follow-up appointment, your baby will be tested for ABR and OAE.
Q: How is the ABR test performed?
A: The audiologist inserts tiny earphones and soft electrodes (small sensor stickers) near the child’s ears and into the forehead. Electrodes assess the auditory nerve and brain’s response to clicks and tones transmitted through the earphones.
Q: Can ABR detect tumors?
A: One of the most interesting findings of ABR is that it can detect vestibular schwannomas. These tumors usually grow from the vestibular portion of the eighth nerve, but because they often cause hearing loss, they are called “acoustic” tumors.