Cause of subjective tinnitus enfermedad,bridal jewelry necklace earring sets flyff,crackling sound in ear yahoo - And More

Author: admin, 27.11.2015. Category: Cause Of Ringing In Ears

Tinnitus can be defined as a sound that a patient can hear and relates it to the ear, head or both the ear and the head, while there is no such sound outside theear of tinnitus patient head (in a subjective tinnitus), or a structure inside the head is generating a noise (in objective tinnitus).
Subjective tinnitus may be heard as a sound that come from a source that is located outside the head. When the sound can be heard or recorded by someone else (usually pulsatile sound) it is called objective tinnitus.
The patient may tell about sounds of sea waves, high voltage cables, electric engine such as the engine of a refrigerator, discharge of air under pressure, sounds of birds or insects.
The objective tinnitus can be heard by another person with or without instruments for amplification of the sound. The pulsations can have the same rate as the heart beats or have a different counts per minutes than the heart beats of the patient.
Insomnia (disturbance to sleep), irritability, inability to concentrate on intellectual activities, fatigue, exhaustion, deterioration in ability to work, disturbance to family life, detachment from social life, anhedonia (inability to derive pleasure from life), anxiety, depression, hyperacusis (sensitivity to noise), palpitations, hypertension and hearing impairement. Psychotropic medications, H2-Blockers, Psychotherapy (hypnosis, cognitive behavioral therapy, bio-feedback, relaxation exercises), sound therapy (Tinnitus Maskers, TRT, hearing aids). Surgery for tumors, surgery for blood vessels abnormality, drainage of abscesses, Drainage of infection, antibiotic therapy for bacterial infections, removal of Otto-Toxic medication and Metabolic Intervention which is the main part in my medical approach.
A retrospective study in 205 patients with a chief complaint of tinnitus and associated hyperinsulinemia l euglycemia is presented. Tinnitus is one of the leading complaints of the patients with cochleovestibular disorders and may result from many different etiologies. No other abnormalities were found in a battery of tests which included serum cholesterol, serum triglycerides, and electrophoretic evaluation of the lipoprotein fractions with quantification by densitometry. These tinnitus patients were subject to a neuro-otologic evaluation including pure tone audiogram, speech discrimination, impedance audiometry, evoked response audiometry (auditory brain stem response testing), and computerized nystagmography before therapy. All tinnitus patients with sensorineural hearing loss displayed abnormal vestibular findings. The dietary therapy consisted of a highprotein low-sugar diet, and restricted cholesterol intake.
The main evaluation criteria were the patient's judgment and the physician's opinion on treatment efficacy. At the end of the therapy, audiologic and vestibular tests were repeated and a record was made of the patient's symptoms.

Table II shows the intensity of subjective tinnitus before, and after 6 months of dietary control.
True vertigo or other kinds of dizziness were present in all cases before the use of the nutritional therapy. Hyperinsulinemia as a cause of cochleovestibular disorders is very frequent and can be easily diagnosed and treated. Adequate diets are essential to render these patients asymptomatic from the cochleo-vestibular disorders related to hyperinsulinism. Our results for 1128 neurotologic cases suffering from impaired carbohydrate and insulin metabolism were presented at the XXI Neuro-otological and Equilibriometric Society, Bad Kissingen, Germany, March 17-20, 1994.2 Different kinds (types I, II, IIIA, IIIB, IV, or V) of hyperinsulinism with or without hypo-or hyperglycemia were found in these patients complaining of tinnitus, hearing loss, dizziness, and other associated symptoms. In this paper, we have directed our attention to the patients included in that clinical study which exclusively presented hyperinsulinism, without any abnormalities of the glucose status. The prescription of an identical 6-months' dietary management also promoted very impressive improvement or even cure for most of the patients suffering from tinnitus, dizziness, and hearing loss. Some of the main associated factors are: all types of noise exposure, car crush, work accidents, medications and pathology of the auditory system. In the USA the estimation is that 40 million Americans report of tinnitus, and 10 to 12 millions suffer from severe Tinnitus.
Dietary management for tinnitus control in patients with hyperinsulinemia-a retrospective study. Dietary control if umpaired insulin metabolism has resulted in a significant degree of tinnitus control. The importance of metabolic imbalances as etiologic agents of tinnitus, hearing loss, and dizziness has been recognized for a long time. Clinical studies have independently identified and indicated that hyperinsulinemia is the major diagnostic factor in most of the cases of "idiopathic" vertigo, tinnitus, and hearing loss.1,3,7,8 The correlation of hyperinsulinemia and migraine, with or without, cochleovestibular symptoms was also reported.
Patients who experienced exposure to noise as well as those displaying another underlying organic pathology were not included. The blood samples were collected during fasting, and 30, 60, 90, 120, 180, 240, and 300 minutes following intake of 75 g of glucose dissolved in water. For the majority of patients, the subjective symptoms were more important in the analysis of the results than the audiologic or vestibular objective changes. The results demonstrate the positive effect of the diet treatment on the intensity of tinnitus, causing an alleviation or disappearance of this symptoms.

After the treatment, it was verified that dizziness improved or disappeared in 83.4% of the cases.
The great concentration of Na+K+ ATPase in the stria vascularis maintains a high concentration of potassium in the endolymph through continuous movement of this liquid's sodium ions.
Results suggest that the use of adequate nutritional therapy is a very efficient procedure in the treatment of cochleo-vestibular disorders related to impaired insulin metabolism.
Kraft JR, SIE KT: Hyperinsulinemia-A diagnostic mandate for idiopathic dizziness and its related disorders.
Kuijpers W, Bonting SL: Localization and properties of ATPase in the inner ear of the guinea pig.
Sensorineural hearing loss (24.3%), averaging 45 dB at the frequencies affected, and the peripheral changes shown by the auditory brain stem response testing were suggestive of a peripheral site of lesion for the tinnitus patients with hypoacusia. The diagnosis of a peripheral vestibular disorder was established for all patients with abnormal vestibular findings (54.6%) in the neuro-otologic examination. A decrease in the endolymph K+ level with subsequent increase in the endolymph Na+ level occurs when there is a decrease in the Na+K+ ATPase function. Presented at the XXI Neurotological and Equilibriometric Society Meeting, Bad Kissingen, Germany, March 17-20, 1994. Presented at the XXI Neurotological and Equilibriometric Society Meeting, Bad Kissingen, Germany, March 17-20,1994. In Basics of Neurootology and Applied Neurootological Diagnosis in Presbyvertigo, Presbyataxia and Presby tinnitus. Amir Backman (tinnitus and hyperacusis after Barotrauma) can help to understand the symptoms.
Normal hearing was found in the cochlear evaluation of 75.7% of the tinnitus patients with hyperinsulinemia.

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