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Author: admin | 20.11.2013 | Category: Treatment For Ear Ringing

Tinnitus Self-help - What should you do when it whistles, rings, roars or drones in your ear? The most important and encouraging information is the fact that tinnitus has a benign cause in 99% of all cases. Both clinical and neurophysiological data suggest that chronic tinnitus is characterized by focal brain activation. Growing evidence suggests that changes in spontaneous activity are an important neural correlate of tinnitus, an auditory disorder characterized by the perception of sound in the absence of a corresponding acoustic stimulus.
The objective of our study was to determine whether lessening of tinnitus sensations after PMFT correlates with changes of EEG parameters. We visually inspected all EEG data for artifacts due to movements and to muscular activity before the records were subjected to quantitative analysis and interpretation. We employed several questionnaires to evaluate the efficacy of PMFT in patients suffering from tinnitus. Patients completed the Symptom Checklist 90-Revised (SCL90R), a psychometric instrument for quantifying emotional distress, on enrollment in the program and at the end of the tinnitus treatment. The Beck Depression Inventory (BDI) is a 21-item test that is presented in multiple-choice format and purports to measure presence and degree of depression in adolescents and adults.
Psychological disturbances, such as depression, anxiety, concentration difficulties, insomnia, and hearing handicaps, are common among patients with chronic tinnitus. The statistical analysis of the Goebel-Hiller tinnitus questionnaire revealed significant differences after 5 and 10 days of PMFT for emotional problems, psychological problems, and the total tinnitus score (Table 3).
Statistical analysis of Shulman's tinnitus questionnaire revealed significant differences, after 5 days of PMFT, for the items communication, concentration, and loudness (Table 4). To our knowledge, thus far no published reports have addressed the issue of EEG changes in tinnitus patients after PMFT.
These results indicate that PMFT can successfully be employed for the treatment of patients suffering from tinnitus. This research was presented at the Thirty-First Neurootological and Equilibriometric Society Congress, Bad Kissingen, Germany, March 26-28, 2004. JavaScript is currently disabled, this site works much better if you enable JavaScript in your browser. Introduction: The Neuromonics Tinnitus Treatment is based on individually customized acoustic stimulation and structured counseling. The pathophysiological mechanisms involved in the generation, progress and effects of tinnitus are under intensive research.
Although knowledge and understanding of tinnitus are developing, the neural basis for tinnitus remains still a hypothesis8.
A number of tinnitus management approaches are available for use in clinical settings including counseling5, cognitive behavioral therapy9, hearing aids10, Tinnitus Retraining Therapy11 12 and, more recently, the Neuromonics Tinnitus Treatment (NTT)13-15. NTT is a structured tinnitus rehabilitation program, based on customized acoustic stimulation and collaborative counseling14-17. NTT was designed to address the multi-factorial nature of tinnitus: auditory, attentional and emotional17. NTT is delivered through an FDA-approved Class 2 medical device, which is fully programmed to match each patient's hearing profile.
Clinical results of NTT at 12 months post-start of treatment have been reported previously14-15 showing that the outcome are stable up to 6 months after concluding the program. This study recruited 70 patients who had completed the NTT program in six private tinnitus clinics around Australia (Western Australia and Queensland) and United States (Minnesota, Illinois and New York). Patients underwent the tinnitus assessment as per the guidelines recommended by Neuromonics.
The treatment followed the standard protocol for NTT16 which suggests approximately six months of treatment, including follow-up appointments at approximately two, four and six months.
This study used TRQ scores, tinnitus awareness and disturbance as measurement of clinical outcomes of NTT to allow comparison to the previous published clinical trials. In this report, appointments will be referred to as "transition" (two month review appointment), "follow up" (four months review appointment), "final" (six months review appointment), and "long-term review" (six to 36 months after termination of the treatment). TRQ scores, tinnitus awareness and tinnitus disturbance were recorded and plotted in Microsoft Excel. The plot of average scores for all subjects (Figure 1) shows a progressive decrease in TRQ scores, overall and for each group, with the largest reduction in score apparent from baseline to the transition appointment (mean duration 11 weeks).
The success rate (40% reduction in TRQ score) at the conclusion of the program was 75.7% of all patients (Table 3), with the best outcomes for patients from Tier 1, followed by those from Tier 2.
Tinnitus awareness and tinnitus disturbance were available for 69 patients at pre-treatment and long-term appointments, and for 49 patients at the end of the treatment period, with no data available at the transition or follow up periods. Analysis using Paired-sample T-test confirmed this, showing that there was a significant decrease in both scores at the end of the treatment and at the long-term appointment, relative to the scores before treatment started.
The results of this study are in agreement with those in previous reports for NTT (summarized in table 4). Another clinical trial of NTT14 indicated that the overall success rate according to the 40% improvement criterion was 91%, with a mean improvement of 65% in TRQ scores. This study showed that the mean percentage of awareness tended to decrease to approximately half of the time from the baseline to the final appointment, agreeing with the findings reported by Davis et al.14. Hanley et al.24 presented the clinical outcomes for the first 470 patients to undertake the NTT in general private practice.
These outcomes also compare favorably with earlier published data from other treatment methods. This study is the first reported independent study on the clinical benefits of NTT beyond six months of treatment.
To date the longest follow up evaluations have reported a 12 month review (6 month post-treatment). It is good to note that the majority of subjects who achieved significant improvement during the treatment retained the outcome in the long term.
Our patient population was diverse, displaying heterogeneous hearing profile, health history, tinnitus triggers, tinnitus characteristics and complicating factors, which were not considered in this analysis. Neuromonics Tinnitus Treatment has proved through clinical trials and independent studies to be a simple, well-structured, time-efficient, effective and reliable management program for tinnitus. Ignacio Gonzalez and Vesna Maric for their contributions on earlier versions of this paper; Patrick Fitz- Gerald for his input.
INTRODUCTION: The present study was conducted to find one year prevalence and risk factors of tinnitus in the children (below 18 years) who reported with the ear or hearing related complaint to All India Institute of Speech and hearing, Mysore.
METHODS: A retrospective case analysis was carried out by reviewing the case files of those who visited the institute during the above period.
CONCLUSION: It can be concluded that hearing loss, gender, giddiness, and headache were found to be major risk factors.
Tinnitus is defined as a sound perceived by the ears or head without any relationship to external source.Tinnitus is a common symptom in adult listeners.
According to the earlier epidemiological studies in children with tinnitus, the prevalence of tinnitus was 15% in the school-age children with normal hearing sensitivity6. In India, prevalence of hearing loss is higher and the common causes of hearing loss are otitis media, genetic factors and sociocusis due to the environmental noise14 and other systemic diseases, so the tinnitus prevalence also could be more. Hence, the present study attempted to study 'the prevalence of tinnitus in children (below 18 years of age). To find the tinnitus prevalence and risk factors in children with otological complaints, the case files of children below 18 years were reviewed.
The audiological profile of children with tinnitus were also taken, if they underwent audiological evaluation. The standard procedures include obtaining pure tone thresholds using the modified version of the Hughson and Westlake procedure in the audiometric frequencies17.
In the present study, retrospective analysis of the OPD registers and the case files of children who had visited the institute in between July 2012 and June 2013 was carried out. The analysis showed that the rate of prevalence was more in male children when compared to the female children. To find the prevalence of tinnitus in children with normal hearing sensitivity and hearing impairment as well as the types and degrees of hearing loss, the data is explored with respect to number of ears instead of number of children.
Test for equality of proportions was done to observe if these differences between ears with normal hearing sensitivity and ears with hearing loss were statistically significant or not. The results of prevalence of tinnitus with respect to different types of hearing loss is illustrated in the Figure 3. In order to find out whether these results were statistically significant or not, Test for equality of proportions was done and the results are given in the Table 1. The results of tinnitus prevalence with respect to different degrees of hearing loss is given in the Figure 4.
Test for equality of proportions was used for statistically analysing the above data and the results are given in Table 2. The analysis of other symptoms that were present in the 142 children with tinnitus showed that 28 (19.7%) children had headache, and 17 (12%) children had giddiness.
The present study was done to explore the prevalence of tinnitus in children with otological problems, who visited AIISH between July 2012 and June 2013. These earlier studies have reported the prevalence of tinnitus to be 3 to 6.5% in childhood young patients. In the present study, the gender-wise analysis of prevalence showed no statistical difference between the genders.
The results of the present study also showed that majority of children with mild, minimal and moderate degree of hearing loss had tinnitus compared to moderately-severe degree of hearing loss. Analysis of other risk factors of tinnitus other than hearing loss revealed that headache and giddiness were major risk factors of children with tinnitus.
The percentage of tinnitus prevalence in children with otological problems is lesser than the percentage of that in adults and geriatrics with otological problems.
Paper submitted to the RBCMS-SGP (Publishing Management System) on July 28, 2015; and accepted on November 5, 2015.
In collaboration with affected persons and with specialists we are researching and developing new forms of therapy and evaluating their chances of success. In Step 2 you will receive an overview of the most appropriate of the therapy possibilities.
In the study reported here, pulsed magnetic-field therapy induced a highly significant increase of average total power for the delta, theta, and alpha frequency bands, predominantly within the frontal regions of the brain. Increases in spontaneous activity (hyperactivity) can occur at various levels of the auditory system [1-3]. We performed a quantitative EEG workup using the Electrocap (Electro-cap International, Inc., Eaton, OH). The EEG signals were recorded under controlled conditions with the subject reclining comfortably in an armchair with eyes closed in a soundattenuated, electrically shielded room.
Subsequently, the EEG data were analyzed, and epochs signals distorted by artifact (eye movements, blinks, and muscle activity) were rejected. The SCL90R instrument is a brief, multidimensional self-report inventory designed to screen for a broad range of psychological problems and symptoms of psychopathology.
After 10 days of PMFT, a further significant improvement was noted for profession, sleep, and annoyance. It is based on the principle that a varying magnetic field will cause an electrical current within any volume through which it passes.
In our study, lessening of the tinnitus sensations was paralleled by changes of EEG patterns, most notably involving the slow-frequency delta and theta bands.
Slow rTMS is a noninvasive and easily tolerated method for altering cortical physiology and thus possibly treating brain hyperexcitability syndromes. A multi-centre study on the long-term benefits of tinnitus management using Neuromonics Tinnitus Treatment.
Objectives: To assess the long-term clinical outcomes of the Neuromonics Tinnitus Treatment, specifically, to determine whether benefits achieved at the conclusion of the prescribed treatment program were retained over the longer term. It is estimated that tinnitus affects 10-14.5% of the population worldwide1, and that about 25% of the tinnitus population is sufficiently disturbed to seek treatment2. Jastreboff's neurophysiological model postulates that, in clinically significant tinnitus, the autonomic and limbic nervous system are the main systems to account for tinnitus severity, while the auditory system plays a secondary role3. Accordingly, access to a tinnitus treatment that is efficient and reliable remains a challenge for researchers and clinicians. The standard protocol uses acoustic stimulus created by combining broad-frequency noise and music at a specific signal-to-noise ratio14 17.
The customization of the stimulus allows patients with a diverse hearing profile to use the treatment at a comfortable listening level16.


However, there is a lack of independent published studies reporting the long-term results for patients in private practice. The assessment comprised of completion of a comprehensive tinnitus history questionnaire -the TRQ- and an interview with the audiologist. This schedule varied somewhat according to the individual's needs and clinicians' discretion. The threshold of 40% improvement in the TRQ score was considered the minimum criterion for clinical success of the treatment. Outcome of NTT: mean of TRQ scores at the various review appointments for all subjects and by Tier. There was a progressive increase in the number of subjects who achieved the 40% improvement over time, except that one patient in Tier 3 reported an increase in tinnitus distress after concluding the treatment. There was a decrease in the mean percentage of the time that participants, as a group, were aware of their tinnitus and were disturbed by it (Figure 2). Davis et al.15 stated that 86% of all patients treated with NTT reported improvement in their tinnitus distress, as assessed by the TRQ of 40% or more after six months of treatment. This current study shows a more modest clinical success rate (75.7%) and a reduction in TRQ scores of 60% at the conclusion of the treatment.
It is relevant to note that the measurement of tinnitus awareness has not been validated, and included only to allow comparison with published reports. The clinical outcomes for the most suitable patients (Tier 1) were somewhat better than the earlier published data, with a success rate of 92%, and mean improvement in tinnitus distress of 72%.
The results reveal that the treatment outcome was stable beyond the conclusion of the NTT treatment program, since there was no statistically significant change in mean TRQ scores from the time of the conclusion of the treatment to the long-term review (up to 36 months post-treatment). One study14 showed that the majority of patients sustained or further improved the treatment benefit; 89% of the patients in the standard protocol retained the benchmark of 40% improvement in TRQ score at 12 months review. Those with more modest outcomes during treatment maintained the same modest results at the long-term review.
It is known that it is likely that the tinnitus clinicians' diagnostic and counseling skills will influence the outcome of the treatment, and those aspects were not accounted for either.
The results of this study confirmed the original hypothesis that clinical outcomes provided by NTT are stable beyond the termination of the treatment.
For the invaluable contributions of Neurosensory Unit - Queensland, Audiology Concepts & Tinnitus and Hyperacusis Clinic, Minnesota, North Shore Audio-Vestibular Lab, Illinois, and New York University School of Medicine, New York. Georgiewa P, Klapp BF, Fisher F, Reisshauer A, Juckel G, Frommer J, Mazurek B.An integrative model of developing tinnitus based on recent neurobiological findings.
Tavora-Vieira D, Davis PB.Rehabilitation of Tinnitus patients using the Neuromonics Tinnitus Treatment. However, tinnitus is ignored by most of the children, particularly children with hearing loss1. Holgers, estimated that 13% of children with normal hearing sensitivity had complaint of tinnitus7.
However, India has the very small amount of information about the tinnitus prevalence and accompanying risk factors. Retrospective assessment of the case files of the clients who visited the institute between July 2012 and June 2013 was done.
From the OPD register, the number of children visited the institute, their age range, gender and the number of children who reported of tinnitus were noted down.
For hearing evaluations standard procedures and testing conditions were followed by the Department of Audiology.
Live voice used with a standardized speech materials in the listener's mother tongue to find the speech recognition and identification scores of speech audiometry for older children and speech detection threshold for Younger children. The retrospective analysis of OPD registers revealed that totally 2,799 children below 18 years of age had visited the institute at the age range. Hence, the tinnitus prevalence in children with otological problems, according to the present study, is 5.24%.
The reason is that some children had reported tinnitus as bilateral and some children had reported tinnitus as unilateral. The percentage of ears of tinnitus with hearing loss and normal hearing is represented in the Figure 2.
The results revealed that there was a significant difference between, conductive and mixed type of hearing loss, mixed and sensorineural type of hearing loss.
The prevalence of tinnitus in children in the age range of 0-18 years with otological problems was found to be 5.24%. The prevalence rate is lesser in children with otological problems compared to older individuals with otological problems19-21. In the present study, conductive hearing loss was more associated with tinnitus than sensorineural and mixed hearing loss.
Small number of children with severe hearing loss and profound degree of hearing loss had tinnitus. The earlier literatures also reported that children with tinnitus had the experience of headache and giddiness. However, most of the risk factors associated with tinnitus in children are similar to that of adults. Lecturer in Audiology, Department of Audiology - All India Institute of Speech and Hearing, Mysore - Mysore - AC - India. In order to be certain about even the last percent, one should go to an ear, nose and throat specialist. We conclude that pulsed magnetic-field therapy induces changes of the electroencephalography pattern that correlated with a decrease in tinnitus symptoms.
Those authors observed an increased metabolic activity of the primary auditory cortex in subjects suffering from tinnitus; however, selective stimulation (1 Hz) of these cortical regions with PMFT resulted in a considerable lessening of tinnitus.
The quantitative EEG frequency bands chosen were delta (2-4 Hz), theta (4-7 Hz), alpha (8-13 Hz), and beta (14-21 Hz). Unless stated otherwise, the data used for topographical color maps have been manually screened for eye blink movements, and only eye blink-free epochs were used in the preparation of quantitative results, including spectral averages and topographical maps.
The maximum strength of the magnetic field amounts to approximately 5 µTesla at 100% system performance. The SCL90R instrument can be useful in both the initial evaluation of patients and for measuring patient progress during treatment. For a description in general terms, standard instruments of clinical psychology and psychiatry were insufficient. Electromagnets with intense electrical current are pulsed on and off immediately outside the skull.
For both frequency bands, an increase of power was noted, predominantly in the frontal region of the brain. However, further research is needed to elucidate the mechanism through which tinnitus symptoms diminish. Cisplatininduced hyperactivity in the dorsal cochlear nucleus and its relation to outer hair cell loss: Relevance to tinnitus. Plasticity of spontaneous neural activity in the dorsal cochlear nucleus after intense sound exposure. Neuronavigated repetitive transcranial magnetic stimulation in patients with tinnitus: A short case series. Transcranial magnetic stimulation of left temporoparietal cortex and medication-resistant auditory hallucinations. Slow transcranial magnetic stimulation, long-term depotentiation, and brain hyperexcitability disorders. Depression of motor cortex excitability by low-frequency transcranial magnetic stimulation. Cerebral use of a pulsating magnetic field in neuropsychiatry patients with long-term headache. All studies in our review and meta-analysis included parallel RCTs of tinnitus patients which compared subjects receiving acupuncture (or its other forms, such as electroacupuncture) to subjects receiving no treatment, sham treatment, drugs or basic medical therapy.
Materials and Methods: This study involved 70 subjects who had previously undergone the treatment across six clinics located in Australia and United States. It is thought that tinnitus may be related to changes in the auditory and neural systems that are linked to perception, attention and emotion4-7.
The complexity of the tinnitus mechanism and the heterogeneity of the tinnitus patient population exacerbate the challenge for clinicians in deciding which tinnitus treatment to administer to a patient. The first clinical study18 showed that customized music facilitated relaxation and fast decrease in tinnitus disturbance.
For customization of the device, the manufacturer is informed of the audiological measures, including puretone hearing thresholds from 250Hz to 12.5kHz, tinnitus pitch, tinnitus loudness and minimum masking level. This study aimed to review the long-term clinical benefits achieved by patients treated with NTT in private practice to determine if the clinical outcomes experienced during the initial minimum six months of the program were sustained in the longer term (at least six months after concluding the treatment). Data were included from all patients from these clinics with the following inclusion criteria: (i) presented with unilateral or bilateral tinnitus, (ii) completed the full NTT program following the protocol recommended by the Neuromonics' guidelines, (iii) reached the maintenance stage of the treatment at least six months prior to the commencement of this study, and (iv) had TRQ scores recorded pre-treatment and at least six-months post-treatment. During the course of their treatment, patients were asked to complete the TRQ based on their tinnitus experience for the previous week. Tinnitus awareness and tinnitus disturbance were assessed by asking the patients to answer the following questions: "Over the past week, what percentage of the time while awake were you aware of your tinnitus?"and "What percentage of the time were you disturbed by your tinnitus?" Features of tinnitus such as loudness, pitch, cause or trigger factors were not analyzed in this study. Tinnitus awareness and tinnitus disturbance were not available for some patients at each time point, but these patients were not excluded.
However, it is relevant to note that our cohort includes patients from all the three suitability categories, whilst the latter study reported only on the most suitable candidates for NTT.
Herraiz et al.27 reported that 82% of tinnitus patients who underwent TRT achieved an improvement of their tinnitus according to a self-evaluation tool after 12 months of treatment, with a decrease to 68% after 18 months of therapy. This is a subject of further investigation; however, this may be related to numerous factors such as specific suitability criteria, and the positive impact that an early improvement may have on further decrease in tinnitus annoyance during the treatment (clinical benefits seem to occur slower for Tier 3 candidates). It was found that there was a statistically significant improvement in tinnitus distress from pre- to post-treatment, but no further significant difference between treatment completion and a long-term follow up at least six months, and up to 36 months after the commencement of treatment. The dorsal cochlear nucleus as a participant in the auditory, attentional and emotional components in tinnitus. Treatment of tinnitus with a customized acoustic neural stimulus: A controlled clinical study. Treatment of Tinnitus with a Customized, Dynamic Acoustic Neural Stimulus: Underlying Principles and Clinical Efficacy. Tinnitus reaction questionnaire: Psychometric properties of a measure of distress associated with tinnitus. Neuromonics Tinnitus Treatment for patients with Significant Level of Hearing loss - an adaptation of the protocol.
Treatment of Tinnitus with a Customized, Dynamic Acoustic Neural Stimulus: Clinical Outcomes in General Private Practice. Effect of Tinnitus Retraining Therapy on the Loudness and Annoyance of Tinnitus: A Controlled Trial. Ear Sciences Centre, School of Surgery, The University of Western Australia, Nedlands, Australia.
Children have a tendency of not complaining about tinnitus may be due to the reason that they do not realize.
Compared to children with normal hearing sensitivity, the prevalence rate high in children with hearing loss, that is, 55% of children with hearing loss at the age range of 11 to 18yrs have reported of tinnitus8. For the better rehabilitation programs, evidence on tinnitus prevalence and the accompanying risk factors are necessary.
For very young children Auditory Brainstem Response (ABR) and Oto Acoustic Emission (OAE) are included in the protocol. According to these results, majority of the children had conductive hearing loss when compared to sensorineural and mixed type of hearing loss.
Hence, tinnitus was more prevalent in mild hearing loss followed by minimal, moderate, moderately severe, severe, and profound hearing loss, in the decreasing order of percentage.
Hence, other than hearing loss, the symptoms of headache, and giddiness can also be considered as major risk factors associated with tinnitus.
The reason for the lesser degree of prevalence of tinnitus in children could be that the children do not frequently complaint about their tinnitus or it could be that they may perceive tinnitus for a long time and they do not realize tinnitus is abnormal one because they have acclimatized to the tinnitus2,3. Earlier literature has reported no significant difference between male and female children. The reason could be that otitis externa, external ear canal foreign bodies, impacted cerumen, acute and chronic otitis media with effusions, common causes of conductive hearing loss.
However, only between minimal and severe, minimal and profound, mild and moderately severe, mild and severe, mild and profound, moderate and profound were statistically different.


The reason could be that both tinnitus and headache have common pathophysiology which suggests that each one of these symptoms could amplify each other and one of these symptoms might cause the other33. The type and degree of hearing loss, along with headache and giddiness are major the risk factors. Epidemiology and risk factors of significant tinnitus: 10-year trends from a nested case-control study in the UK. One-year prevalence and risk factors of tinnitus in older individuals with otological problems. Spontaneous firing activity of cortical neurons in adult cats with reorganized tonotopic map following pure-tone trauma.
Changes in spontaneous neural activity immediately after an acoustic trauma: implications for neural correlates of tinnitus.
Psychoacoustic characterization of the tinnitus spectrum: implications for the underlying mechanisms of tinnitus. Plasticity of frequency organization in auditory cortex of guinea pigs with partial unilateral deafness. Enriched acoustic environment after noise trauma reduces hearing loss and prevents cortical map reorganization. If the diagnosis is benign then, medication or surgical treaments will have scarcely any effect here. A reduction of auditory hallucinations in patients with schizophrenia was noted after the application of low-frequency repetitive transcranial magnetic stimulation (rTMS) at the left temporal-parietal cortex [5-7].
After EEG-guided feedback, neurofeedback, significant changes of the EEG patterns occurred, paralleling a decrease of tinnitus sensations. We performed PMFT with the subjects reclining comfortably in an armchair with eyes closed in a sound-attenuated, electrically shielded room.
The SCL90R instrument is a well-researched instrument with more than 940 research studies demonstrating its reliability, validity, and utility. More recent work has focused on the development of specific questionnaires directly related to distress associated with chronic tinnitus [13]. When the targeted rTMS magnetic field passes through the brain, it affects cortical neurons in a particular area.
A noteworthy development in this context is that PMFT induced EEG changes, namely for the delta and alpha frequency bands, in patients suffering from headache and multiple sclerosis [19,20].
In MF Holick, EG Jung (eds), Biologic Effects of Light: Proceedings of a Symposium, Basel, Switzerland, Nov 1- 3,1998. Data from the articles were validated and extracted using a predefined data extraction form. Patients had concluded the treatment at least six, and up to 36 months, before the commencement of this study. Animal studies have indicated that tinnitus perception following peripheral hearing damage may be linked to reorganization of the tonotopic map and changes in neuron responses8.
The second clinical trial13 15 compared NTT to other modalities of tinnitus treatment including counseling alone and counseling plus masking.
The noise component of the acoustic stimulus, which is specific to the first stage of the treatment, aims to allow high interaction with the tinnitus perception. The treatment involves the use of this device for a period of approximately six months, in the context of support, education and monitoring from an audiologist16. Candidacy criteria and other forms of treatment available (such as Tinnitus Retraining Therapy, masker, hearing aids) were discussed with patients.
Inclusion of the candidates less suitable for NTT reduced our whole cohort's mean scores as success rate for Tier 3 patients were lower than those in the other two tiers (Table 3). In comparison, this current study also found that Tier 1 candidates presented better clinical outcomes at treatment conclusion.
A recent controlled trial of TRT28 showed that both TRT and general counseling are effective in improving tinnitus symptoms, with TRT providing a larger impact. Another study15 reported that TRQ scores had significantly improved from baseline to the 12 months follow up, and that the mean improvement in TRQ score increased from 61% at the conclusion of the program to 66% at the 6 months post-treatment review. 76% of the patients reported a clinically significant improvement in tinnitus disturbance at treatment completion (improvement in TRQ score of at least 40%) and this success rate was sustained at long-term follow up. Poster presented at the 3rd Tinnitus Research Initiative Meeting, Stressa, Italy, June 23-26th 2009. In addition, 30.23% of the children with tinnitus had mild degree of hearing loss followed by minimal, and moderate degree of hearing loss. It is an abnormal phenomenon, in addition, they may have grown habituated or personalized to it as tinnitus has been present for a long time2,3. In a study done by Graham & Butler, the tinnitus prevalence rate was 66% in children with mild to moderate hearing loss and 29% in children with severe to profound hearing loss9. From the case files the primary and secondary complaint of the children, age, gender, and medical histories were noted down.
Calibrated diagnostic audiometers and middle ear analysers were used for the routine hearing evaluations.
Tympanometry and acoustic reflex thresholds are done as a part of Immittance evaluation.The interpretation of the results of the above tests and the provisional diagnosis based on that had been made by qualified audiologists. Of these 2799 case files, 2,707 case files were reviewed as 92 case files were not available for review.
The reason could be that class room or social activity related exposure to noise is equal in both the genders in children. The reason could be that the tinnitus is generated by initiation of neural reorganization due to excessive noise exposure or less input to the auditory system due to hearing impairment. Chronic otitis media is the most common middle ear disorder in children with tinnitus10,24,31. Even though tinnitus has been found to present in around 5% of children with ear related problems, the information on the impact of tinnitus would guide us in selecting the treatment option. After active stimulation, a remarkable effect on tinnitus sensation occurred, endured several weeks, and was paralleled by altered cortical excitability.
The average total power for each patient was calculated by averaging the total power from each of the 19 electrode leads. The questionnaire differentiates among dimensions of emotional and cognitive distress, intrusiveness, auditory perceptual difficulties, sleep disturbances, and somatic complaints.
Further studies demonstrated that the suppressive effects of slow rTMS are not limited to the cortex but spread out to the related subcortical structures. Nearly all of Chinese studies reported positive results, while most of English studies reported negative results. The Tinnitus Reaction Questionnaire was used to assess tinnitus distress, and patients were asked to report on percentage of time of awareness of and disturbance by their tinnitus. The results demonstrated that NTT was more effective in decreasing tinnitus symptoms, with 86% of the patients reporting an improvement in tinnitus disturbance of 40% or greater, as measured by the Tinnitus Reaction Questionnaire (TRQ)19, compared with 47% of patients in the counseling plus masking group and 23% in the counseling group. During the second stage of the treatment, the noise component is removed from the customized acoustic stimulus allowing intermittent interaction with the tinnitus.
The standard protocol of NTT suggests that the first stage of the treatment lasts for approximately two months followed by approximately four months in the second stage14 16. Patients were referred to an ear specialist, orthodontist, physiotherapist, psychiatrist or psychologist when appropriate. However, it is important to note that direct comparison is complicated by the difference in measurement tools and criteria for treatment success.
Although direct comparison is constrained, the results of our study seem in line with Davis et al.14 15. Most of these children had conductive, and sensorineural type of hearing loss than mixed type of hearing loss. Even though tinnitus is ignored by children, there are still reports on various inconvenience in their life like emotional distress, difficulty in concentration, learning deterioration, stress, behavioural disorders, fatigue, irritation, speech disorders, sleep disturbances, and poor attentiveness4,5. Routine hearing evaluation comprises of pure tone audiometry, speech audiometry and Immittance evaluation for children who could be conditioned. The type of hearing loss and degree of hearing loss were noted down from the provisional diagnosis, if the children were found to have hearing loss.
It has been documented in previous studies that the generation of tinnitus may be linked to such reorganization26-30. However, there was no statistical difference found between conductive and sensorineural type of hearing loss. They reported that the prevalence of tinnitus was twice in children with lesser degree of hearing loss as compared to that of children with severe to profound degree of hearing loss.
Nevertheless, in the present study, information on the significance of tinnitus and severity of tinnitus was not available. We will try to advise you objectively and to inform you about the most promising of the treatment possibilities. In terms of neuronal network, epilepsies are thought to be due to an imbalance of excitation and inhibition shifted toward elevated neuronal excitability [8]. Additionally, we employed Shulman's tinnitus questionnaire from the Martha Entenmann Institute in New York. Data suggest that slow rTMS reduces cortical excitability, both locally and in functionally linked cortical regions. A decrease of tinnitus severity was noted after 5 days of PMFT; however, this approach benefited mostly patients with an elevated metabolic activity of the primary auditory cortex [4]. Analysis of the combined data found that the acupuncture treatments seemed to provide some advantages over conventional therapies for tinnitus. Following up on these studies, the third clinical trial14 evaluated the efficacy of NTT and trialed two variations of the treatment protocol.
The patient is able to cover up their tinnitus during the peaks of intensity and perceive it during the intensity troughs.
However, as indicated by a number of studies,17 22-23 some tinnitus sufferers may require modification to the standard protocol. Viani also found similar results in the children with hearing problem at the age range of 6 to 17 years11. They used high risk register during survey to find the prevalence of communication disorders. Hence, the prevalence of tinnitus and the accompanying risk factors are necessary to develop assessment protocols, appropriate infrastructure, and rehabilitation strategies for tinnitus. The reason for these findings could be that the tonotopic reorganization of the auditory system could be promoted by the mild degree of hearing loss32. Studies of patients with focal dystonia, epileptic seizures, and auditory hallucinations indicate symptom reductions after slow rTMS [5,6,8,14-16]. It had difference in acupuncture points and sessions between Chinese studies and English studies. Results and conclusions: Patients achieved statistically significant improvement of their tinnitus distress.
The findings indicated that both one-stage and two-stage protocols variations were successful in decreasing tinnitus distress, with 91% of the patients across both groups achieving significant improvement in their disturbance.
This approach aims to facilitate habituation to the tinnitus, decreasing patients' attention and reaction to the tinnitus14 17 21. It strongly suggests that NTT provides a clinically significant improvement in tinnitus distress as early as two months and patients sustained the clinical outcomes up to 36 months after commencing the treatment. Graham found 64% of moderately severe hearing loss children at the age range of 12 to 18 years old reported tinnitus and, of these, 30% complained tinnitus as very troublesome12. The success rate (at least 40% reduction in TRQ score) for this cohort of patients was 75.7% at the conclusion of the program and the majority of patients sustained the benefits in the long-term. However, the two-stage protocol achieved more consistent outcomes and therefore this was chosen as the standard protocol to be followed in the clinical setting. The results of this review suggest that acupuncture therapy may offer subjective benefit to some tinnitus patients.
However, they did not provide any information about the children with tinnitus and risk factors accompanying the tinnitus in children. Acupuncture points and sessions used in Chinese studies may be more appropriate, whereas these studies have many methodological flaws and risk bias, which prevents us making a definitive conclusion. Chin J Otorhinolaryngol Integr Tradit Wdstern Med 11(6):265–26727.Vickers A, Goyal N, Harland R, Rees R (1998) Do certain countries produce only positive results?




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