There are no approved or recommended pharmaceutical treatments for presbycusis. Cochlear implant
In cases of severe or profound hearing loss, a surgical cochlear implant is possible. This is an electronic device that replaces the cochlea of the inner ear. Electrodes are typically inserted through the round window of the cochlea, into the fluid-filled scala tympani. They stimulate the peripheral axons of the primary auditory neurons, which then send information to the brain via the auditory nerve. The cochlea is tonotopically mapped in a spiral fashion, with lower frequencies localizing at the apex of the cochlea, and high frequencies at the base of the cochlea, near the oval and round windows. With age, comes a loss in distinction of frequencies, especially higher ones. The electrodes of the implant are designed to stimulate the array of nerve fibers that previously responded to different frequencies accurately. Due to spatial constraints, the cochlear implant may not be inserted all the way into the cochlear apex. It provides a different kind of sound spectrum than natural hearing, but may enable the recipient to recognize speech and environmental sounds. Middle ear implants
These are surgically implanted hearing aids inserted onto the middle ear. These aids work by directly vibrating the ossicles, and are cosmetically favorable due to their hidden nature. Management
Hearing aids help improve hearing of many elderly. Hearing aids can now be tuned to specific frequency ranges of hearing loss. Aural rehabilitation for the affected person and their communication partners may reduce the impact on communication.
Ulnar neuropathy resulting from repetitive stress is amenable to massage and can usually be fully reversed without cortisone or surgery. Center for Occupational and Environmental Neurology, Baltimore, MD has this to say:
“Repetitive Strain Injuries (RSI) refers to many different diagnoses of the neck/shoulder, arm, and wrist/hand area usually associated with work-related ergonomic stressors. Other terms used for Repetitive Strain Injuries are overuse syndrome, musculoskeletal disorders, and cumulative trauma disorders. Some of the more common conditions under these headings include:
Cubital Tunnel Syndrome-compression of the ulnar nerve in the cubital tunnel at the elbow.”

Pathophysiology
In regards to the pathophysiology of ulnar neuropathy:the axon, and myelin can be affected. Within the axon, fascicles to individual muscles could be involved, with subsequent motor unit loss and amplitude decrease. Conduction block means impaired transmission via a part of the nerve. Conduction block can mean myelin damage to the involved area, slowing of conduction or significant spreading out of the temporal profile of the response with axonal integrity is a hallmark of demyelination. Diagnosis
Among the diagnostic procedures done to determine if the individual has ulnar neuropathy are (but may not be limited to the following):
Nerve conduction exam/study (Nerve Conduction Velocity is a measurements made in a nerve conduction exam)
Physical exam
Medical history
X-ray
CBC
Urinalysis
MRI
Ultrasound
Histology studyUlnar nerve neuropathy at the elbow or the wrist can be assessed by testing for a positive Froments sign. Little finger abduction and adduction can be tested as well. Treatment
Treatment for ulnar neuropathy can entail:
NSAID (non-steroidal anti-inflammatory) medicines. there is also the option of a cortisone injection.