OtoRhinoLaryngology by Sfakianakis G.Alexandros Sfakianakis G.Alexandros,Anapafseos 5 Agios Nikolaos 72100 Crete Greece,tel : 00302841026182,00306932607174
Δευτέρα 6 Μαρτίου 2017
Editorial Board
Source:Gait & Posture, Volume 53
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Ringing Ear Frequency
Tinnitus, the uncomfortable hearing condition that causes a constant droning, buzzing or ringing in heads of sufferers, received its own week of awareness in the United States and in the United Kingdom from February 6 to February 12.
In an article published by The Guardian during Tinnitus Awareness Week, a research effort at the University of Leicester was reported to be falling short of expectations despite its innovative approach to treatment. The strategy in question involves flashing lights of different colors over a series of therapeutic sessions. The idea is to occupy certain neurological functions so that patients do not engage the brain cells that assimilate and identify sound as it increases ringing ear frequency.
The excitability of certain brain functions is one of the many theories behind what medical researchers believe may be the root causes of tinnitus. Unfortunately, the researchers at the University of Leicester are not seeing much progress from the use of colored lights.
Determination of Ringing Ear Frequency
A tinnitus treatment method that is showing more promise than the aforementioned flashing lights involves the measurement of ringing ear frequency. This practical method can be enacted with the assistance of a smartphone or tablet, a web-based application and a pair of headphones.
AudioNotch is an online app that creates specific sounds according to the frequency heard or experienced by tinnitus patients. The guiding principle of this treatment method is based on research conducted at the Westfalian Wilhelms-University in Germany; the approach is called customized notched music, and it aims to reduce the loudness of the tinnitus sounds.
The use of notched and filtered sound to treat tinnitus patients has gone through peer review processes. This treatment method has shown to be substantially effective for many patients. The simplicity of the method is an important aspect of treatment since it involves three steps:
1 – Using the AudioNotch web application to determine the frequency of tinnitus sounds.
2 – Create a therapeutic sound by either uploading music or choosing from a digital audio library. The therapy is customized based on the previous step.
3 – Patients should listen to their customized notch sounds for one hour on a daily basis. Many patients will notice an improvement and will experience relief after a few days.
It is important to note that AudioNotch is for patients whose tinnitus condition is caused by noise exposure and not by secondary effects such as infections or reactions to certain medications.
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A Cross-Language Study of Laryngeal-Oral Coordination Across Varying Prosodic and Syllable-Structure Conditions
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Late Talkers: A Population-Based Study of Risk Factors and School Readiness Consequences
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Measuring Sound-Processor Threshold Levels for Pediatric Cochlear Implant Recipients Using Conditioned Play Audiometry via Telepractice
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Semantic Processing of Sentences in Preschoolers With Specific Language Impairment: Evidence From the N400 Effect
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Nonadjacent Dependency Learning in Cantonese-Speaking Children With and Without a History of Specific Language Impairment
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Increased Response to Altered Auditory Feedback in Dyslexia: A Weaker Sensorimotor Magnet Implied in the Phonological Deficit
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A Cross-Language Study of Laryngeal-Oral Coordination Across Varying Prosodic and Syllable-Structure Conditions
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Late Talkers: A Population-Based Study of Risk Factors and School Readiness Consequences
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Measuring Sound-Processor Threshold Levels for Pediatric Cochlear Implant Recipients Using Conditioned Play Audiometry via Telepractice
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Semantic Processing of Sentences in Preschoolers With Specific Language Impairment: Evidence From the N400 Effect
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Nonadjacent Dependency Learning in Cantonese-Speaking Children With and Without a History of Specific Language Impairment
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Increased Response to Altered Auditory Feedback in Dyslexia: A Weaker Sensorimotor Magnet Implied in the Phonological Deficit
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A Cross-Language Study of Laryngeal-Oral Coordination Across Varying Prosodic and Syllable-Structure Conditions
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Late Talkers: A Population-Based Study of Risk Factors and School Readiness Consequences
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Measuring Sound-Processor Threshold Levels for Pediatric Cochlear Implant Recipients Using Conditioned Play Audiometry via Telepractice
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Semantic Processing of Sentences in Preschoolers With Specific Language Impairment: Evidence From the N400 Effect
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Nonadjacent Dependency Learning in Cantonese-Speaking Children With and Without a History of Specific Language Impairment
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Increased Response to Altered Auditory Feedback in Dyslexia: A Weaker Sensorimotor Magnet Implied in the Phonological Deficit
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Allicin protects against cisplatin-induced vestibular dysfunction by inhibiting the apoptotic pathway.
Allicin protects against cisplatin-induced vestibular dysfunction by inhibiting the apoptotic pathway.
Eur J Pharmacol. 2017 Mar 01;:
Authors: Wu X, Cai J, Li X, Li H, Li J, Bai X, Liu W, Han Y, Xu L, Zhang D, Wang H, Fan Z
Abstract
Cisplatin is an anticancer drug that causes the impairment of inner ear function as side effects, including hearing loss and balance dysfunction. The purpose of this study was to investigate the effects of allicin against cisplatin-induced vestibular dysfunction in mice and to make clear the mechanism underlying the protective effects of allicin on oto-vestibulotoxicity. Mice intraperitoneally injected with cisplatin exhibited vestibular dysfunction in swimming test, which agreed with impairment in vestibule. However, these impairments were significantly prevented by pre-treatment with allicin. Allicin markedly reduced cisplatin-activated expression of cleaved-caspase-3 in hair cells and vascular layer cells of utricule, saccule and ampulla, but also decreased AIF nuclear translocation of hair cells in utricule, saccule and ampulla. These results showed that allicin played an effective role in protecting vestibular dysfunction induced by cisplatin via inhibiting caspase-dependent and caspase-independent apoptotic pathways. Therefore, allicin may be useful in preventing oto-vestibulotoxicity mediated by cisplatin.
PMID: 28259711 [PubMed - as supplied by publisher]
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Allicin protects against cisplatin-induced vestibular dysfunction by inhibiting the apoptotic pathway.
Allicin protects against cisplatin-induced vestibular dysfunction by inhibiting the apoptotic pathway.
Eur J Pharmacol. 2017 Mar 01;:
Authors: Wu X, Cai J, Li X, Li H, Li J, Bai X, Liu W, Han Y, Xu L, Zhang D, Wang H, Fan Z
Abstract
Cisplatin is an anticancer drug that causes the impairment of inner ear function as side effects, including hearing loss and balance dysfunction. The purpose of this study was to investigate the effects of allicin against cisplatin-induced vestibular dysfunction in mice and to make clear the mechanism underlying the protective effects of allicin on oto-vestibulotoxicity. Mice intraperitoneally injected with cisplatin exhibited vestibular dysfunction in swimming test, which agreed with impairment in vestibule. However, these impairments were significantly prevented by pre-treatment with allicin. Allicin markedly reduced cisplatin-activated expression of cleaved-caspase-3 in hair cells and vascular layer cells of utricule, saccule and ampulla, but also decreased AIF nuclear translocation of hair cells in utricule, saccule and ampulla. These results showed that allicin played an effective role in protecting vestibular dysfunction induced by cisplatin via inhibiting caspase-dependent and caspase-independent apoptotic pathways. Therefore, allicin may be useful in preventing oto-vestibulotoxicity mediated by cisplatin.
PMID: 28259711 [PubMed - as supplied by publisher]
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Cochlear implant effectiveness in postlingual single-sided deaf individuals: what’s the point?
Cochlear implant effectiveness in postlingual single-sided deaf individuals: what’s the point?
Cochlear implant effectiveness in postlingual single-sided deaf individuals: what’s the point?
Number of people in US with hearing loss expected to nearly double in coming decades
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Number of people in US with hearing loss expected to nearly double in coming decades
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Number of people in US with hearing loss expected to nearly double in coming decades
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