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1.LingjuanLi,ShoutongWang,XiangzhenLi,TiezhuLi,XiaohongHe,YongTao*.EffectsofPseudomonaschenduensisandbiocharoncadmiumavailabilityandmicrobialcommunityinthepaddysoil.ScienceoftheTotalEnvironment.640-641(2018)1034-1043
2.HanWang,XiangzhenLi,YiWang,YongTao*,etal.Improvementofn？caproicacidproductionwithRuminococcaceaebacteriumCPB6:selectionofelectronacceptorsandcarbonsourcesandoptimizationoftheculturemedium.MicrobCellFact(2018)17:99
3.XiaoyuZhu,YanZhou,YiWang,TingtingWu,XiangzhenLi,DapingLiandYongTao*.Productionofhigh？concentrationn？caproicacidfromlactatethroughfermentationusinganewlyisolatedRuminococcaceaebacteriumCPB6.BiotechnolBiofuels.2017,10:102
4.YongTao,XiangWang,XiangzhenLi*,NaWei,HongJin,ZhanchengXu,QinglanTang,XiaoyuZhu.ThefunctionalpotentialandactivepopulationsofthemicrobiomeinpitmudusedfortheproductionofChinesestrong-flavourliquor.MicrobialBiotechnology.2017,6:1603-1615
5.YongTao,XiaoyuZhu,HanWang,YiWang*,XiangzhenLi,HongJin,andJunpengRui.CompletegenomesequenceofRuminococcaceaebacteriumCPB6:Anewlyisolatedcultureforefficientn-caproicacidproductionfromlactate.JournalofBiotechnology.2017,259:91-94
6.YanyanZhang,XiaoyuZhu,XiangzhenLi,YongTao*,JiaJia,XiaohongHe.Theprocess-relateddynamicsofmicrobialcommunityduringasimulatedfermentationofChinesestrong-flavoredliquor.BMCMicrobiology,2017,17:196
7.YongTao*,XiaohongHu,XiaoyuZhu,HongJin,ZhanchengXu,QinglanTang,XiangzhenLi.ProductionofButyratefromLactatebyaNewlyIsolatedClostridiumsp.BPY5.Appl.Biochem.Biotechnol.,2016，179，361–374
8.Zhu,X.Y.,Tao,Yong*.,Liang,C.,etal.,2015.Thesynthesisofn-caproatefromlactate:anewefficientprocessformedium-chaincarboxylatesproduction.ScientificReports14360(5),pp1-9,2015/9/25.
9.YinQ,TaoYong*,ZhuX,etal.Clostridiumliquorissp.nov.,isolatedfromafermentationpitusedfortheproductionofChineseStrong-FlavoredLiquor.IntJSystEvolMicrobiol.,2015Nov23.doi:10.1099/ijsem.0.000787.
10.Qian,Junwei;Zhu,Xiaoyu;Tao,Yong*;Zhou,Yan;He,Xiaohong;Li,Daping.PromotionofNi2+RemovalbyMaskingToxicitytoSulfate-ReducingBacteria:AdditionofCitrate.InternationalJournalofMolecularSciences,16(4),pp7932-7943,2015/4.
11.Tao,Yong;Li,Jiabao;Rui,Junpeng;Xu,Zhancheng;Zhou,Yan;Hu,Xiaohong;Wang,Xiang;Liu,Menghua;Li,Daping;*Li,Xiangzhen,ProkaryoticCommunitiesinPitMudfromDifferent-AgedCellarsUsedfortheProductionofChineseStrong-FlavoredLiquor,AppliedandEnvironmentalMicrobiology,80(7),pp2254-2260,2014/4.
12.TaoYong,ZhouYan,HeXiaohong,HuXiaohong,Li,Pseudomonaschengduensissp.nov.,isolatedfromlandfillleachate,IntJSystEvolMicrobiol.,64(1),pp95-100,2014/1/6.
13.Lin,Qiang;He,Guihua;Rui,Junpeng;Fang,Xiaoyu;Tao,Yong;Li,Jiabao;Li,Xiangzhen.Microorganism-regulatedmechanismsoftemperatureeffectsontheperformanceofanaerobicdigestion.MicrobialCellFactories,15,2016/6/3.IF:3.681
14.Zhan,Guoqiang;Li,Daping;Tao,Yong;Zhu,Xiaoyu;Zhang,Lixia;Wang,Yujian;He,Xiaohong.Ammoniaascarbon-freesubstrateforhydrogenproductioninbioelectrochemicalsystems.InternationalJournalofHydrogenEnergy,39(23),pp11854-11859,2014/8/4.IF:3.313
15.Bo,Tao;*Zhu,Xiaoyu;Zhang,Lixia;Tao,Yong;He,Xiaohong;Li,Daping;Yan,Zhiying.Anewupgradedbiogasproductionprocess:Couplingmicrobialelectrolysiscellandanaerobicdigestioninsingle-chamber,barrel-shapestainlesssteelreactor.ElectrochemistryCommunications,45,pp67-70,2014/8.IF:4.847
16.Bo,Tao;Zhang,Lixia;Zhu,Xiaoyu;He,Xiaohong;Tao,Yong;Zhang,Jintao;*Li,Daping.Leadionsremovalfromaqueoussolutioninanovel.bioelectrochemicalsystemwithastainlesssteelcathode.RSCAdvances,4(77),pp41135-41140,2014.IF:3.840
17.Qian,Jun-Wei;Tao,Yong;Zhang,Wen-Jie;He,Xiao-Hong;Gao,Ping;*Li,Da-Ping,PresenceofFe3+andZn2+promotedbiotransformationofCd-citratecomplexandremovalofmetalsfromsolutions,JournalofHazardousMaterials,263,pp367-373,2013/12/15.IF:4.331
18.Jiang,Yong;Su,Min;Zhang,Yao;Zhan,Guoqiang;Tao,Yong;*Li,Daping,Bioelectrochemicalsystemsforsimultaneouslyproductionofmethaneandacetatefromcarbondioxideatrelativelyhighrate,InternationalJournalofHydrogenEnergy,38(8),pp3497-3502,2013/3/19.IF:2.930
19.Su,Wentao;*Zhang,Lixia;Li,Daping;Zhan,Guoqiang;Qian,Junwei;Tao,Yong,DissimilatorynitratereductionbyPseudomonasalcaliphilawithanelectrodeasthesoleelectrondonor,BiotechnologyandBioengineering,109(11),pp2904-2910,2012/11.IF:3.648
20.Su,Wentao;Zhang,Lixia;Tao,Yong;Zhan,Guoqiang;Li,Dongxun;*Li,Daping,Sulfatereductionwithelectronsdirectlyderivedfromelectrodesinbioelectrochemicalsystems,ElectrochemistryCommunications,22,pp37-40,2012/8.IF:4.425
21.Zhan,Guoqiang;Zhang,Lixia;*Li,Daping;Su,Wentao;Tao,Yong;Qian,Junwei,Autotrophicnitrogenremovalfromammoniumatlowappliedvoltageinasingle-compartmentmicrobialelectrolysiscell,BioresourceTechnology,116,pp271-277,2012/7.IF:4.750
22.Zhang,Jie;*Li,Da-Ping;Gao,Ping;Tao,Yong;Wang,Xiao-Mei;He,Xiao-Hong.AnalysisofwaterqualityfactorsinfluencingthespeciationofinorganicnitrogenusingGRA.JournalofEnvironmentalBiology,32(5),pp641-644,2011/9.IF:0.640
23.Zhang,Jie;*Li,Da-Ping;Gao,Ping;Tao,Yong;Wang,Xiao-Mei;He,Xiao-Hong.NitrificationandnitrifyingbacteriaintheChengdusectionofmiddleMinRiver(China).AfricanJournalofBiotechnology,10(29),pp5635-5647,2011/6/22.
24.Zhong,Qi;Li,Daping;Tao,Yong;Wang,Xiaomei;He,Xiaohong;Zhang,Jie;Zhang,Jinlian;Guo,Weiqiang;Wang,Lan.Nitrogenremovalfromlandfillleachateviaexsitunitrificationandsequentialinsitudenitrification.WasteManagement,29(4),pp1347-1353,2009/4.IF:2.433
25.HuJie;LiDaping;LiuQiang;TaoYong;HeXiaohong;WangXiaomei;LiXudong;GaoPing.Effectoforganiccarbononnitrificationefficiencyandcommunitycompositionofnitrifyingbiofilms.JournalofEnvironmentalSciences,21(3),pp387-394,2009.IF:0.941
26.HuJie;LiDaping;TaoYong;HeXiaohong;WangXiaomei;LiXudong.EffectofAcetateonNitriteOxidationinMixed-PopulationBiofilms.JournalofBioscienceandBioengineering,106(6),pp580-586,2008/12.
27.Guo,Weiqiang;Li,Daping;Tao,Yong;Gao,Ping;Hu,Jijun.Isolationanddescriptionofastablecarbazole-degradingmicrobialconsortiumconsistingofChryseobacteriumspNCYandAchromobactersp.NCW.CurrentMicrobiology,57(3),pp251-257,2008/9.
28.Tao,K;Long,ZF;Liu,K;Tao,Y.PurificationandpropertiesofanovelinsecticidalproteinfromthelocustpathogenSerratiamarcescensHR-3.CurrentMicrobiology,52(1),pp45-49,2006/1.
29.Tao,K;Long,ZF;Gao,Q;Tao,Y;Jin,H;Ran,HY;Liu,K;*Liu,SG.IsolationofSerratiamarcescensasachondroitinase-producingbacteriumandpurificationofanovelchondroitinaseAC.BiotechnologyLetters,27(7),pp489-493,2005/4.
30.TaoYong;Long,ZF;Jing,X;Hong,J;Ran,HY;Ke,T;Ge,SR;*Kun,L.Identificationofachitinase-producingbacteriumC4andhistopathologicstudyonlocusts.PestManagementScience,61(2),pp159-165,2005/2.
31.Tao,Yong;Jin,H;Long,ZF;Zhang,L;Ding,XQ;Tao,K;*Ge,SR.PurificationandcharacterizationofanextracellularchitinaseproducedbybacteriumC4.AnnalsofMicrobiology,55(3),pp213-218,2005.
32.魏娜;朱晓宇;陶勇*等.浓香型白酒窖泥中优势菌群的定量PCR分析.应用与环境生物学报,21(4),pp635-639,2015/8/25.
33.胡小红;周艳;陶勇*.一株利用乳酸产丁酸梭菌BEY8的鉴定及其特性.四川大学学报(自然科学版)(已接受),2015,pp1-6.
34.周艳;朱晓宇;陶勇*.一株新的毛螺旋菌LachnospiraceaebacteriumBTY6的分离与鉴定.四川大学学报(自然科学版)(已接受),2015,pp1-7.
35.魏娜;李香真;陶勇*.元基因组和元转录组学在环境微生物中的应用.环境科学与技术,10期,pp48-54,2014/10/15.
36.陶勇;芮俊鹏;李家宝;徐占成;李大平;唐清兰;魏勇;李香真,浓香型白酒窖泥中细菌和古菌的组成与多样性,化工学报,5期,2014.
37.张尧;张闻杰;蒋永;苏敏;陶勇;李大平.生物电化学系统固定二氧化碳同时产生乙酸和丁酸.应用与环境生物学报,02期,pp174-178,2014.
38.蒋永;苏敏;张尧;陶勇;李大平,生物电化学系统还原二氧化碳同时合成甲烷和乙酸,应用与环境生物学报,05期,pp833-837,2013.
39.苏艳秋;罗国强;顾继锐;陶勇.光合细菌对水产养殖环境细菌群落结构的影响.淡水渔业,05期,pp75-80,2013/9/15.
40.宋楠;何晓红;李大平;高平;陶勇*.硫酸粘菌素生产废水的硝化反硝化生物脱氮.应用与环境生物学报,06期,pp1035-1039,2013.
41.董娟;李大平;陶勇*;何晓红;张雅舒,氮磷胁迫下藻-菌群落的变化研究,环境科学与技术,12期,pp40-45+55,2012/12/15.
42.唐薇;李大平;杨暖;陶勇*,变形虫Naegleriasp.TH8的分离鉴定及食藻特性,应用与环境生物学报,02期,pp245-250,2012.
43.董娟;何晓红;李大平;张雅舒;陶勇*,太湖梅梁湾附生细菌和游离细菌群落结构分析,应用与环境生物学报,01期,pp104-108,2011/2/25.
44.陶勇;徐占成;李东迅;刘孟华;樊科权;姚开.窖泥细菌群落结构演替及其与环境因子的相关性.酿酒科技,09期,pp42-46,2011.
45.陶勇;徐占成;刘孟华;樊科权;李大平.剑南春窖泥理化特性及矿质元素变化趋势研究.酿酒科技,07期,pp51-54,2011.
46.邓建明;陶勇*;李大平;董娟.溶藻细菌及其分子生物学研究进展.应用与环境生物学报,06期,pp895-900,2009/12/25.
47.邓建明;李大平;陶勇*;何晓红;王晓梅.溶微囊藻细菌的富集筛选及其菌群结构特征.微生物学通报,08期,pp1130-1136,2009/8/20.
48.邓建明;李大平;陶勇*.水华蓝藻暴发的预防与控制技术研究进展.水处理技术,08期,pp23-26+49,2009/8/10.
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