HIGH-THROUGHPUT TECHNOLOGIES FOR GENE EXPRESSION ANALYSES:WHAT WE HAVE LEARNED FOR NOISE-INDUCED COCHLEAR DEGENERATION

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摘要 Noise-inducedhearinglossisacommoncauseofacquiredhearinglossintheadultpopulation.Acousticoverstimulationcausescochleardamagethroughmechanicalstresstothetissue.Consequently,complexmolec-ularchangesareinitiated,andthesechangesleadtomorphologicalandbiologicalalterationsinthecochlea,whichinturncompromisethecochlearfunctionandcausehearingloss.Inthepast10years,therehavebeensignificantadvancesinourunderstandingofthemolecularmechanismsofnoise-inducedhearingloss.Theseadvancesareattributed,inpart,tothedevelopmentofhigh-throughputtechnologiesfortheglobalanalysesofmolecularchanges.Inthisreview,webrieflydescribethenewlydevelopedmethodsforinvestigatingthemo-lecularresponsesofthecochleatoacoustictraumaandtheknowledgegeneratedfromthesestudies.Wealsodiscussthestrengthsandlimitationsofeachtechniqueandthemajorchallengestoinvestigatecochleardegen-erationfollowingacousticinjury.
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出版日期 2013年01月11日(中国期刊网平台首次上网日期,不代表论文的发表时间)
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