Gene Therapy - A guide to Hearing Loss
This, along with stem cell research and new types of drugs are being researched to see if they hold out promise of a cure for deafness.
They are seen as a possible answer to the problem of damaged hair cells and/or nerves within the ear which are responsible for our ability to hear. These hair cells are extremely delicate structures that line the cochlea and help to transmit sound waves to the brain.
But if they become damaged or die then this function is greatly impaired which results in hearing loss.
Gene therapy and hearing loss
Gene therapy is a form of treatment which is based upon the idea of replacing a faulty gene cell with a copy of a healthy gene cell. This could also apply to those cells which lack a copy of this gene.
This is basically a system in which the damaged gene is replaced by a healthy one. Doing this would enable those previously faulty cells to function as normal. So how would this apply to hearing loss?
The cochlea contains numerous hair cells which are responsible for the detection and transmission of sound waves from the ear to the brain. These hair cells can’t regenerate themselves if damaged or new ones grow if destroyed.
However, there are cells that lie next to these, within the tissues of the cochlea, which can regenerate themselves. Plus there is one particular gene which acts as a ‘switch’ and enables healthy ear cells to divide and transform into hair cells. If this gene could be introduced into the cochlea in some way that it could trigger these healthy hair cells to divide and become hair cells then this could restore hearing in a person who is currently deaf.
This is the theory at present. Gene therapy like stem cell research has attracted a great deal of controversy in regard to ethical and moral issues and continues to do so.
Treatments : A guide to Hearing Loss
- Hearing Loss Treatments Intro
- Antibotics
- Auricular Acupuncture
- Cochlear Implant
- Ear Candles
- Ear Drops
- Ear Surgery
- Hearing Aids
- Analogue Hearing Aids
- Digital Hearing Aids
- Hearing Aids for Children
- NHS or Private?
- Using your Hearing Aid
- Caring for your Hearing Aid
- Myringoplasty
- Myringotomy
- Tinnitus Masker
- Future Developments
- Gene Therapy
- Stem Cell Research
- Captions for deaf
Hearing Loss
- Hearing Loss Guide
- The Ear
- Ear Health
- About Hearing Loss
- What is Hearing Loss?
- What is Deafness?
- Types of Hearing Loss
- Symptoms of Hearing Loss
- Diagnosing Hearing Loss
- Social Impact of Hearing Loss
- Causes of Hearing Loss
- Age related hearing loss
- Cancer Treatment
- Ear Conditions
- Acoustic Neuroma
- Autoimmune Inner Ear Disease
- Barotrauma
- Blockage in the Ear Canal
- Cauliflower Ear
- Cholesteatoma
- Ear Allergies
- Ear Infection
- Ear wax
- Foreign Body in the Ear
- Hyperacusis
- Injury to the ear
- Labyrinthitis
- Large vestibular aqueduct syndrome
- Mastoiditis
- Meniere’s Disease
- Otosclerosis
- Otitis Externa
- Otitis Media
- Perforated Eardrum
- Pressures Sores on the Ear
- Sensorineural Deafness
- Surfer’s Ear
- Tinnitus
- Usher’s Syndrome
- Vertigo
- Ear Piercing
- Illness and Disease
- Medicines
- Music
- Workplace Noise
- Children and Hearing Loss
- Risk Factors for Hearing Loss in Children
- Symptoms of Hearing Loss in Children
- Ear Conditions in Children
- Ear Infections
- Glue Ear
- Otorrhea
- Auditory Processing Disorder
- Meningitis and Hearing Loss in Children
- Deafness and Children
- Hearing Tests for Children
- Treatment for Hearing Loss in Children
- Communication for parents
- Baby Hearing Screening
- Hearing Loss Treatments Intro
- Antibotics
- Auricular Acupuncture
- Cochlear Implant
- Ear Candles
- Ear Drops
- Ear Surgery
- Hearing Aids
- Analogue Hearing Aids
- Digital Hearing Aids
- Hearing Aids for Children
- NHS or Private?
- Using your Hearing Aid
- Caring for your Hearing Aid
- Myringoplasty
- Myringotomy
- Tinnitus Masker
- Future Developments
- Gene Therapy
- Stem Cell Research
- Captions for deaf
- American Sign Language
- FAQs
- Glossary
- Balance Disorders
- Dizziness
- Vestibular Schwannoma