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[1]LiyuanMa*,HongmeiWang,JiangjunWu,YuguangWang,DuZhang,XueduanLiu.Metatranscriptomicsrevealsmicrobialadaptationandresistancetoextremeenvironmentcouplingwithbioleachingperformance[J].BioresourceTechnology,2019,280:9-17.(SCI,T1,IF:6.669)
[2]LiyuanMa,JiangjunWu,XueduanLiu,LingTan,XingjieWang*.Thedetoxificationpotentialofferricionsforbioleachingofthechalcopyriteassociatedwithfluoride-bearingganguemineral[J].AppliedMicrobiologyandBiotechnology,2019,103(5):2403-2412.(SCI,T2,IF:3.67)
[3]LiyuanMa,XingjieWang,XueduanLiu,ShanquanWang,HongmeiWang*.Intensifiedbioleachingofchalcopyritebycommunitieswithenrichedferrousorsulfuroxidizers[J].BioresourceTechnology,2018,268:415-423.(SCI,IF:6.669)
[4]LiyuanMa,XingjieWang,XueFeng,YiliLiang,YunhuaXiao,XiaodongHao,HuaqunYin,HongweiLiu,XueduanLiu*.Co-culturemicroorganismswithdifferentinitialproportionsrevealthemechanismofchalcopyritebioleachingcouplingwithmicrobialcommunitysuccession[J].BioresourceTechnology,2017,223:121-130.(SCI,IF:6.669)
[5]LiyuanMa,XingjieWang,JiemengTao,XueFeng,KaiZou,YunhuaXiao,YiliLiang,HuaqunYin,XueduanLiu*.Bioleachingofthemixedoxide-sulfidecopperorebyartificialindigenousandexogenousmicrobialcommunity[J].Hydrometallurgy,2017,169:41-46.(SCI,IF:3.30)
[6]LiyuanMa,XingjieWang*,JiemengTao,XueFeng,XueduanLiu,WenqingQin.Differentialfluoridetolerancebetweensulfur-andferrousiron-grownAcidithiobacillusferrooxidansanditsmechanismanalysis[J].BiochemicalEngineeringJournal,2017,119:59-66.(SCI,IF:3.23)
[7]LiyuanMa,QianLi,LiShen,XueFeng,YunhuaXiao,JiemengTao,YiliLiang,HuaqunYin,XueduanLiu*.Insightsintothefluoride-resistantregulationmechanismofAcidithiobacillusferrooxidansATCC23270basedonwholegenomemicroarrays[J].JournalofIndustrialMicrobiology&Biotechnology,2016,43(10):1441-1453.(SCI,IF:3.10)
[8]LiyuanMa,XingjieWang,XueFeng,XueGuo,QiHu,YunhuaXiao,XiaodongHao,YiliLiang,HuaqunYin,XueduanLiu*.Influenceofbiologicalandenvironmentalfactorsonleachingefficiencyduringchalcopyritebioleachingprocess[J].AdvancedMaterialsResearch,2015,1130:387-391.
[9]LiyuanMa,QianLi,YunhuaXiao,QingliangWang,HuaqunYin,YiliLiang,GuanzhouQiu,XueduanLiu*.Comparativestudyoffluoride-toleranceoffivetypicalbioleachingmicroorganisms[J].AdvancedMaterialsResearch,2013,825:214-218.
[10]PrakashC.Loni#,MengxiaojunWu#,WeiqiWang,HongmeiWang*,LiyuanMa,ChaoyangLiu,YuyangSong,OlliHTuovinen.Mechanismofmicrobialdissolutionandoxidationofantimonyinstibniteunderambientconditions.JournalofHazardousMaterials,2019,121561.(SCI,T2,IF:7.65)
[11]TangjianPeng,LiyuanMa,XueFeng,JiemengTao,MeihuaNan,YuandongLiu,JiaokunLi,LiShen,XuelingWu,RunlanYu,XueduanLiu,GuanzhouQiu,WeiminZeng.GenomicandtranscriptomicanalysesrevealadaptationmechanismsofanAcidithiobacillusferrivoransstrainYL15toalpineacidminedrainage[J].PlosOne,2017,12(5):e0178008.
[12]DelongMeng,XianghuaYu*,LiyuanMa,JinHu,YiliLiang,XueduanLiu,HuaqunYin,HongweiLiu.TranscriptomicresponseofChineseyew(Taxuschinensis)tocoldstress[J].FrontiersinPlantScience,2017,8:468.
[13]YunhuaXiao,XueduanLiu,LiyuanMa,YiliLiang,JiaojiaoNiu,YabingGu,XianZhang,XiaodongHao,WeilingDong,SiyuanShe,HuaqunYin*,Microbialcommunitiesfromdifferentsubsystemsinbiologicalheapleachingsystemplaydifferentrolesinironandsulfurmetabolisms[J].Appliedmicrobiologyandbiotechnology,2016,100(15):6871-6880.
[14]JiemengTao,ChongQin,XueFeng,LiyuanMa,XueduanLiu,HuaqunYin,YiliLiang,HongweiLiu,CaomingHuang,ZhigangZhang,NengwenXiao,DelongMeng*.Traitsofexogenousspeciesandindigenouscommunitycontributetothespeciescolonizationandcommunitysuccession[J].FrontiersinMicrobiology,2018,9:3087.
[15]XianZhang,XueduanLiu,YiliLiang,YunhuaXiao,LiyuanMa,XueGuo,BoMiao,HongweiLiu,DeliangPeng,WenkunHuang,HuaqunYin.ComparativeGenomicsUnravelstheFunctionalRolesofCo-occurringAcidophilicBacteriainBioleachingHeaps[J].FrontiersinMicrobiology,2017,8:790.
[16]XianZhang,XueFeng,JiemengTao,LiyuanMa,YunhuaXiao,YiliLiang,XueduanLiu,HuaqunYin*.ComparativegenomicsoftheextremeacidophileAcidithiobacillusthiooxidansrevealsintraspecificdivergenceandnicheadaptation[J].InternationalJournalofMolecularSciences,2016,17(8):1355.
[17]XiaodongHao,YiliLiang*,HuaqunYin,LiyuanMa,YunhuaXiao,YaziLiu,GuanzhouQiu,XueduanLiu*,Theeffectofpotentialheapconstructionmethodsoncolumnbioleachingofcopperflotationtailingscontaininghighlevelsoffinesbymixedcultures[J].MineralsEngineering,2016,98:279-285.
[18]XianZhang,XueduanLiu,YiliLiang,XueGuo,YunhuaXiao,LiyuanMa,BoMiao,HongweiLiu,DeliangPeng,WenkunHuang,YuguangZhang,HuaqunYin*,AdaptiveevolutionofextremeacidophileSulfobacillusthermosulfidooxidanspotentiallydrivenbyhorizontalgenetransferandgeneloss[J].AppliedandEnvironmentalMicrobiology,2017,83(7):e03098-16.
[19]YunhuaXiao,XueduanLiu,YiliLiang,JiaojiaoNiu,XianZhang,LiyuanMa,XiaodongHao,YabinGu,HuaqunYin*,Insightsintofunctionalgenesandtaxonomical/phylogeneticdiversityofmicrobialcommunitiesinbiologicalheapleachingsystemandtheircorrelationwithfunctions[J].AppliedMicrobiologyandBiotechnology,2016,100(22):9745-9756.