Implantable cochlear systems with intracochlear electrode array for balance stabilization
A system for rehabilitating patients affected by balance disorders with or without vestibular hypofunction and/or malfunction with or without an associated hearing loss, which includes sensors of sound and head movement, processing circuitry, a power source coupled to head phones, an air conduction hearing aid, bone conduction hearing aid, middle ear implant or an electrical stimulator implanted into the cochlea capable of stimulating areas within the cochlea with the potential for current spread to surrounding non-auditory areas including the vestibular system.
1. A stimulation system comprising:
an implantable cochlear stimulator comprising:
a pulse generator that generates electrical stimulation pulses as defined by control signals; and
an intracochlear electrode array adapted to be inserted into a patient's cochlea and provide electrical stimulation pulses, comprising both auditory stimulation pulses based on audio information and balance stimulation pulses based on balance information, to the patient's auditory nerve based on the control signals;
at least one microphone configured to sense and provide audio information;
at least one balance sensor configured to sense and provide the balance information; and
at least one processor configured to generate the control signals in response to the sensory information provided by the at least one microphone and the balance information provided by the at least one balance sensor,
such that non-auditory stimulation comprising the balance stimulation pulses are provided within the cochlea for indirectly providing electrical stimulation pulses to at least one of a patient's vestibular nerve, end organs, or neural elements.
2. The stimulation system of claim 1 , wherein the balance sensor is head-referenced.
3. The stimulation system of claim 2 , wherein the balance sensor is adapted to be implanted into the patient's skull.
4. The stimulation system of claim 1 , wherein the balance stimulation pulses are steered towards the patient's vestibular nerve/end-organs/neural elements.
5. The stimulation system of claim 1 , wherein the balance stimulation pulses are steered towards the patient's facial nerve.
6. The stimulation system of claim 1 , wherein the at least one processor is configured to generate the control signals for directing/steering the balance stimulation pulses towards the at least one of the patient's vestibular nerve, end-organs, or neural elements.
7. A stimulation system comprising:
an implantable cochlear stimulator comprising:
a pulse generator that generates electrical stimulation pulses as defined by control signals; and
an intracochlear electrode array adapted to be inserted into a patient's cochlea and provide electrical stimulation pulses, comprising both auditory stimulation pulses based on audio information and balance stimulation pulses based on balance information, to the patient's auditory nerve based on the control signals;
at least one balance sensor configured to sense and provide the balance information; and
at least one processor configured to generate the control signals in response to the balance information provided by the at least one balance sensor, and to provide the control signals to the implantable cochlear stimulator,
such that non-auditory stimulation comprising the balance stimulation pulses are provided within the cochlea for indirectly providing electrical stimulation pulses to at least one of a patient's vestibular nerve, end organs, or neural elements.
8. The stimulation system of claim 7 , wherein the balance sensor is head-referenced.
9. The stimulation system of claim 8 , wherein the balance sensor is adapted to be implanted into the patient's skull.
10. The stimulation system of claim 7 , wherein the balance stimulation pulses are steered towards the patient's vestibular nerve/end-organs/neural elements.
11. The stimulation system of claim 7 , wherein the balance stimulation pulses are steered towards the patient's facial nerve.
12. The stimulation system of claim 7 , wherein the at least one processor is configured to generate control signals for steering the balance stimulation pulses towards the patient's vestibular nerve/end-organs/neural elements.
13. A stimulation system for use with a pulse generator that generates electrical stimulation pulses as defined by control signals and an intracochlear electrode array inserted into a patient's cochlea to provide the electrical stimulation pulses, the stimulation system comprising:
at least one microphone configured to sense and provide audio information;
at least one balance sensor configured to sense and provide balance information; and
at least one processor configured to generate control signals in response to the audio information provided by the at least one microphone and the balance information provided by the at least one balance sensor, wherein the control signals are utilized by the pulse generator to provide both auditory stimulation pulses based on the audio information and balance stimulation pulses based on the balance information,
such that non-auditory stimulation comprising the balance stimulation pulses are provided within the cochlea for indirectly providing electrical stimulation pulses to at least one of a patient's vestibular nerve, end organs, or neural elements.