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1.ShaoZQ#,ZhangX#,FanHH,WangXS,WuHM,ZhangL,ChengWH*,ZhuJH*.SelenoproteinTpromotesproliferationandG1-to-StransitioninSK-N-SHcells:ImplicationsinParkinson’sdisease.J.Nutr.,2019,doi:10.1093/jn/nxz199
2.ZhangX,LiuRP,ChengWH*,ZhuJH*.PrioritizedBrainSeleniumRetentionandSelenoproteinExpression:NutritionalInsightsintoParkinson’sDisease.Mech.AgeingDev.,2019,180:89-96
3.WangJY#,FanQY#,HeJH,ZhuSG,HuangCP,ZhangX*,ZhuJH*.SLC6A4repeatandsingle-nucleotidepolymorphismsareassociatedwithdepressionandresttremorinParkinson’sdisease:Anexploratorystudy.Front.Neurol.,2019,10:333.
4.ZouM#,LiR#,WangJY,WangK,WangYN,LiY,JiFX,SunSN,HuangSS,FanHH,HuangCP,ZhangX*,ZhuJH*.AssociationanalysesofvariantsofSIPA1L2,MIR4697,GCH1,VPS13CandDDRGK1withParkinson'sdiseaseinEastAsians.Neurobiol.Aging,2018,68:159.e7-159.e14.
5.WuHM#,LiT#,WangZF,HuangSS,ShaoZQ,WangK,ZhongHQ,ChenSF,ZhangX*,ZhuJH*.MitochondrialDNAvariantsmodulategeneticsusceptibilitytoParkinson’sdiseaseinHanChinese.Neurobiol.Dis.,2018,114:17-23.
6.ZhangX,YangR,HuBL,LuP,ZhouLL,HeZY,WuHM*,ZhuJH*.ReducedcirculatinglevelsofmiR-433andmiR-133barepotentialbiomarkersforParkinson’sdisease.Front.Cell.Neurosci.,2017,11:170.
7.FanHH,ZhuLB,LiT,ZhuH,WangYN,RenXL,HuBL,HuangCP,ZhuJH*,ZhangX*.Hyperosideinhibitslipopolysaccharide-inducedinflammatoryresponsesinmicroglialcellsviap38andNFκBpathways.Int.Immunopharmacol.,2017,50:14-21.
8.WangJY#,ZhuangQQ#,ZhuLB,ZhuH,LiT,LiR,ChenSF,HuangCP*,ZhangX*,ZhuJH*.Meta-analysisofbrainironlevelsofParkinson’sdiseasepatientsdeterminedbypostmortemandMRImeasurements.Sci.Rep.,2016,6:36669.
9.ZhangX#,YeYL#,ZhuH,SunSN,ZhengJ,FanHH,WuHM,ChenSF,ChengWH,ZhuJH*.SelenotranscriptomicanalysesidentifysignatureselenoproteinsinbrainregionsinamousemodelofParkinson’sdisease.PLoSOne,2016,11(9):e0163372.
10.LaiJM#,ZhangX#,LiuFF,YangR,LiSY,ZhuLB,ZouM,ChengWH*,ZhuJH*.Redox-sensitiveMAPKandNotch3regulatefibroblastdifferentiationandactivation:adualroleofERK1/2.Oncotarget,2016,7(28):43731-43745.
11.ZhangX#,WangYN#,ZhuJJ,LiuXX,YouH,GongMY,ZouM,ChengWH,ZhuJH*.N-acetylcysteinenegativelyregulatesNotch3anditsmalignantsignaling.Oncotarget,2016,7(21):30855-30866.
12.LeiXG*,ZhuJH,ChengWH,BaoY,HoYS,ReddiAR,HolmgrenA,ArnerESJ.Paradoxicalrolesofantioxidantenzymes:Basicmechanismsandhealthimplications.Physiol.Rev.,2016,96(1):307-364.
13.ZhangX,YeYL,WangYN,LiuFF,LiuXX,HuBL,ZouM,ZhuJH*.Aldehydedehydrogenase2geneticvariationsmayincreasesusceptibilitytoParkinson'sdiseaseinHanChinesePopulation.Neurobiol.Aging,2015,36(9):2660.e9-2660.e13.
14.WangJY,GongMY,YeYL,YeJM,LinGL,ZhuangQQ,ZhangX*,ZhuJH*.TheRIT2andSTX1BpolymorphismsareassociatedwithParkinson'sdisease.ParkinsonismRelat.Disord.,2015,21(3):300-302.
15.ZhangX,ChengX,HuYB,LaiJM,YouH,HuBL,ZouM,ZhuJH*.Serotonintransporterpolymorphicregion5-HTTLPRmodulatesriskforParkinson’sdisease.Neurobiol.Aging,2014,35(8):1957.e9-1957.e14.
16.LiuRP#,ZouM#,WangJY,ZhuJJ,LaiJM,ZhouLL,ChenSF,ZhangX*,ZhuJH*.Paroxetineameliorateslipopolysaccharide-inducedmicrogliaactivationviadifferentialregulationofMAPKsignaling.J.Neuroinflammation,2014,11:47.(标签为“高访问”论文)
著作章节
1.D.L.哈特菲尔德等主编;雷新根,王福俤主编译;刘琼,闵军霞,张焱,郑文兴,周军,祝建洪(按拼音排序)副主编译.硒:分子生物学与人体健康(原书第4版).科学出版社,2018.@ISBN978-7030577993;3/93