
Jackson, son of Tammany and Paul, is profoundly deaf. His parents'
dream was that their son would
hear, and learn to listen and
talk. Jackson received a cochlear implant and Tammany and Paul
chose the Learning to Listen Foundation to guide them in helping
their son learn to listen and speak. Tammany and Paul support the
Learning to Listen Foundation as their personal charity through
Bee's Knees.
The Learning to Listen Foundation (LTLF) is a federally incorporated, charitable organization which has as its primary responsibility, the Auditory Learning Centre (ALC) at the Phillips House of North York General Hospital in Toronto , Canada . ALC provides auditory-verbal therapy for very young children who are deaf and hard of hearing and their families, and auditory rehabilitation for adults who receive a cochlear implant. In addition, LTLF is instrumental in the publication and distribution of books, manuals, videotapes, CDs and DVDs which assist parents and professionals with Auditory-Verbal Practice worldwide. In addition to a global consulting program, the Learning to Listen Foundation provides Professional Education Programs (PEPs) for teachers of children who are deaf, speech-language pathologists, audiologists and health care professionals in related disciplines from around the world.
Warren
Estabrooks,
M.Ed., Dip. Ed. Deaf, Cert. AVT®
Director of The Learning to Listen
Foundation
www.learningtolisten.org

Who It's For: Patients with damaged cocleas
who don't benefit from traditional
hearing aids. Cochlear damage
can be inherited, or caused
by noise, aging, head injuries
or infections. The devices
have been available for about 20 years and have been implanted
in 90,000 people worldwide.
The technology of Cochlear Implants has drastically improved
in recent years.
What it does: Channels sound around damaged parts of the cochlea to directly stimulate the hearing nerve.
How it Works: 1) An external earpiece picks up the sound, and converts it to digital signals. 2) A transmitter sends the signals to an implant under the skin. 3) Signals are sent to an array of electrodes coiled inside the cochlea. 4) The electrodes directly stimulate nerve endings, bypassing damaged hair cells that normally pick up sound signals. Nerves relay the sound information to the brain. |