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Polymorphisms of NMDA receptor, DRD2 receptor, GABA-A receptor and electrophysiologic variations found in BAEP and MLR in relation to tinnitus manifestation - update

Basic information
Original title:Polymorphisms of NMDA receptor, DRD2 receptor, GABA-A receptor and electrophysiologic variations found in BAEP and MLR in relation to tinnitus manifestation - update
Authors:Jan Rottenberg, Miroslav Žallmann, Rom Kostřica, Michal Jurajda
Further information
Citation:ROTTENBERG, Jan, Miroslav ŽALLMANN, Rom KOSTŘICA and Michal JURAJDA. Polymorphisms of NMDA receptor, DRD2 receptor, GABA-A receptor and electrophysiologic variations found in BAEP and MLR in relation to tinnitus manifestation - update (Polymorphisms of NMDA receptor, DRD2 receptor, GABA-A receptor and electrophysiologic variations found in BAEP and MLR in relation to tinnitus manifestation - update). In Abstract Book of 5th Czech-German Workshop. Dresden. Dresden: University Hospital dresden, Department of Otorhinolaryngology, head and Neck Surgery, 2005. p. 25.Export BibTeX
@inproceedings{623186,
author = {Rottenberg, Jan and Žallmann, Miroslav and Kostřica, Rom and Jurajda, Michal},
address = {Dresden},
booktitle = {Abstract Book of 5th Czech-German Workshop},
edition = {Dresden},
keywords = {tinnitus; genetic polymorphism; BAEP; MLR},
language = {eng},
location = {Dresden},
pages = {25-25},
publisher = {University Hospital dresden, Department of Otorhinolaryngology, head and Neck Surgery},
title = {Polymorphisms of NMDA receptor, DRD2 receptor, GABA-A receptor and electrophysiologic variations found in BAEP and MLR in relation to tinnitus manifestation - update},
year = {2005}
}
Original language:English
Field:ORL, ophthalmology, stomatology
Type:Article in Proceedings
Keywords:tinnitus; genetic polymorphism; BAEP; MLR

Prospective study of 105 patients demonstrate the associations between tinnitus manifestation (multiple data acquired by the tinnitus questionnaire) emotional lability, and Taq I polymorphism of the DRD-2, three single nucleotide polymorphism in GRIN2A subunit of the NMDA receptor and CA repeat in GABRB3 subunit of the GABA-A receptor and changes of amplitude in BAEP and MLR response waveforms which can signalize the desinhibition of the central auditory pathways. The statistically significant correlation between the tinnitus score and the V/III amplitude ratios at intensities 90-110 dB (p=0,001) The amplitude of Pa wave of MLR response correlates significantly with tinnitus score as well (p=0.001).The genetic analysis shows the difference of the tinnitus score according to genotypes of polymorphism CA repeat of GABRbeta3 subunit of GABA-A receptor (p=0,025), we have also found a difference of electrophysiological data according to the genotype in the polymorphism of GRIN2b PST (p=0,007). All tested polymorphisms have been verified to be consistent with the Hardy-Weinberg equilibrium.

 
 
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