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The implant may be configured to best accommodate the patient's comfort and sleeping habits (e.g., set a delay based on sleep latency). The hypoglossal nerve stimulator implantable pulse generator battery life typically lasts 8–12 years, after which the implantable pulse generator may be safely replaced with another surgery. [8]
The US Food and Drug Administration first approved the hypoglossal nerve stimulator in 2014, and to date the device has been implanted in 60,000 people worldwide, according to the manufacturer. A ...
The surgery is slightly different and involves two incisions, one below the jaw and one in the chest, with the device fitted in the chest with a lead connecting the stimulator to one side of the ...
Auditory brainstem implant, which provides a sense of sound to a person who cannot use a cochlear implant due to a damaged or missing cochlea or auditory nerve; Functional electrical stimulation (FES) Vagus nerve stimulation (VNS) [27] Hypoglossal nerve stimulation, an option for some patients who have obstructive sleep apnea [28]
Sacral anterior root stimulator; Sacral nerve stimulator; Self-expandable metallic stent; Shoulder replacement; Shunt (medical) Sinus implant; Sling (implant) Spinal cord stimulator; Stent; Stent-electrode recording array; Steroid eluting sinus stent; Lumbar anterior root stimulator; Subcutaneous implant; Subcutaneous implantable defibrillator ...
Peripheral nerve interfaces are used for pain modulation, [7] restoration of motor function following spinal cord injury or stroke, [8] treatment of epilepsy by electrical stimulation of the vagus nerve, [9] nerve stimulation to control micturition, occipital nerve stimulation for chronic migraines and to interface with neuroprosthetics.
Joseph signed on and began using a non-invasive VNS device that delivers electrical stimulation to the vagus nerve through the ear, twice a day for 10 minutes at a time.
The ArgusTM 16 retinal implant is an intraocular retinal prosthesis utilizing video processing technologies. Regarding to the visual cortex stimulation, Brindley, and Dobelle were the first ones who did the experiments and demonstrated that by stimulating the top side of the visual cortex most of the electrodes can produce visual percept. [13]