measurement of ca2+ flow in cochlear cells using non-invasive micro-test technique

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    摘要 ObjectiveTotestCalciumion(Ca2+)flowattheheadandendofouterhaircells(OHCs)inrestingstateandinresponsetoNimodipinetreatment.MethodsNon-invasivemicro-testtechniqueswereusedtostudyCa2+inisolatedOHCsinadultguineapigs.ResultsFourtypesofCa2+transportwereidentifiedinOHCsonbasilarmembranetissuefragments:influxattheheadofwitheffluxatthebottom(type1):effluxattheheadofOHCswithinfluxatthebottom(type2);influxatthebothheadandbottom(type3);andeffluxatthebothheadandbottom(type4).However,onlytype1andtype3ofCa2+iontransportweredetectedinthecochlea.WeproposethatCa2+iontransportexistsinadultguineapigcochlearOHCsinrestingstateandisvariable.Ca2+flowinOHCcanbeinhibitedbyNimodipineinrestingstate.
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    出版日期 2010年02月12日(中国Betway体育网页登陆平台首次上网日期,不代表论文的发表时间)
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