GSE
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Tinnitus treatment options
Transdermal Magnesium (deals with
magnesium
/ hormone DHEA hormone deficiency, which can be
involved in tinnitus)
- Noise exposure causes magnesium to be excreted from the body.
Noise significantly reduces magnesium levels in the inner ear fluid
Mocci F, Canalis P, Tomasi PA, Casu F, Pettinato S. The
effect of noise on serum and urinary magnesium and catecholamines in humans.
- A 1994 study of 300 male military recruits.
Undergoing 2 months basic training found that 167 mg daily magnesium relieved
Tinnitus symptoms, when the recruits were repeatedly exposed to high levels of
impulse noises. In comparison, the group receiving the placebo after exposure
suffered permanent hearing loss more severely and more frequently.
Attias J, Weisa G, Almog S, et al. Oral Magnesium Intake
Reduced Permanent Hearing Loss Induced by Noise Exposure. Am J Otolaryngology
1994; 15-26-32.
- The journal Free Radical Biology and Medicine.
Reported that a
combination of both antioxidant vitamins (A,C and E) and magnesium may help prevent noise-induced
hearing loss. after tests with guinea pigs exposed to 5 hours of decibels
similar to jet engine take-off noise. Magnesium and vitamin A, C and E were
given separately and together one hour before and 5 days after exposure. The
combination group had significantly less hearing loss and sensory cell death
compared to the placebo or the just magnesium or antioxidant groups.
Le Prell CG, Hughes LF, Miller JM. Free radical scavengers vitamins A, C, and E
plus magnesium reduce noise trauma. Free Radic Biol Med. 2007; 42(9):1454-1463
MELATONIN - Supplementation Benefits
Ozone Therapy
(Ear
insufflation);
White noise / Cover up noise;
Reduce stress;
Microcurrent electrical therapy (MET)
and
Cranialelectrotherapy
Stimulation (CES) may be helpful
Small study Conclusions:
Microcurrent electrical therapy (MET) at sequential auricle sites appears to
provide a method of reorganizing and re-establishing neural homeostasis at the
intercept of the involved somatic and auditory pathways of somatosensory
tinnitus. While neurofeedback has shown some possibility of tinnitus
interruption, and CES has also demonstrated limited success, the specificity of
MET at particular auricle sites seems to show the most promise and the most
efficiency. Results of this clinical case series suggests that the somatosensory
subgroup of tinnitus sufferers respond better to these neuromodulation
treatments than other tinnitus subgroups. This somatosensory subgroup is
characterized by nonbilateral tinnitus pitch, pitch that may fluctuate in
tone/intensity, and EMG modulation of pitch. Further,
both CES and MET appeared to reduce symptoms for postcraniotomy ("clicking"or
"wooshing"sounds) and/or TBI-induced tinnitus. Even though this study
was limited by such a small number of participants, the somatosensory subgroup
responded to the MET treatment in single sessions, indicating that it, as well
as CES, are promising treatments for tinnitus that warrant further exploration.
(Johnson, 2016)
CES Therapy.
Other studies using CES to treat tinnitus
(Johnson et al, 2010; Johnson et al, 2016).
(Engleberg, 1985)
References
Engelberg, M, et. al. (1985) Transcutaneous
electrical stimulation for tinnitus. Laryngoscope, 95(10):1,167-1,173. Presented at the Meeting of the Southern Section of the American
Laryngological, Rhinological and Otological Society, New Orleans,
Louisiana, January, 1985. pdf
Johnson M, Bodenhamer-Davis E, Bailey L. (2010) Neurofeedback,
cranial electrotherapy stimulation and microcurrent electrical stimulation to
treat tinnitus: a case series. Poster presented at Helping the Brain Help Us,
the 18th Annual meeting of the International Society for Neurotherapy and
Research, Denver, Colorado, September 29-October 3, 2010. pdf
Mark L. Johnson, Eugenia Bodenhamer-Davis, and Michael S. Gates. (2016) Neuromodulation
Methods to Suppress Tinnitus inpdf
