摘要
ASchwanncellhasregenerativecapabilitiesandisanimportantcellintheperipheralnervoussystem.ThismicroarraystudyispartofabioinformaticsstudythatfocusesmainlyonSchwanncells.Microarraydataprovideinformationondifferencesbetweenmicroarray-basedandexperiment-basedgeneexpressionanalyses.Accordingtomicroarraydata,severalgenesexhibitincreasedexpression(foldchange)buttheyareweaklyexpressedinexperimentalstudies(basedonmorphology,proteinandmRNAlevels).Incontrast,somegenesareweaklyexpressedinmicroarraydataandhighlyexpressedinexperimentalstudies;suchgenesmayrepresentfuturetargetgenesinSchwanncellstudies.Thesestudiesallowustolearnaboutadditionalgenesthatcouldbeusedtoachievetargetedresultsfromexperimentalstudies.Inthecurrentbigdatastudybyretrievingmorethan5000scientificarticlesfromPubMedorNCBI,GoogleScholar,andGoogle,1016(up-anddownregulated)genesweredeterminedtoberelatedtoSchwanncells.However,noexperimentwasperformedinthelaboratory;rather,thepresentstudyispartofabigdataanalysis.OurstudywillcontributetoourunderstandingofSchwanncellbiologybyaidingintheidentificationofgenes.Basedonacomparativeanalysisofallmicroarraydata,weconcludethatthemicroarraycouldbeagoodtoolforpredictingtheexpressionandintensityofdifferentgenesofinterestinactualexperiments.
出版日期
2019年06月16日（中国期刊网平台首次上网日期，不代表论文的发表时间）
