导师信息#华中农业大学资源与环境学院导师介绍#王荔军

姓名：王荔军
性别：男
职称：教授
电话：027-8728-8095
E-mail：ljwang@mail.hzau.edu.cn
学历学位：博士
硕/博士生导师：博士生导师
研究方向：生物矿化及结晶动力学(BiomineralizationandCrystallizationKinetics)

个人简介
2002年1月毕业于华中农业大学资源与环境学院,获得博士学位(导师:王运华教授和吉林大学化学系李铁津教授.研究方向是植物细胞壁模板诱导的生物矿化纳米结构SiO2的形成机制)
2002年2月到2003年1月中国农业大学植物营养系博士后.从事植物体内的生物矿化的研究
2003年2月到2006年9月美国纽约州立大学布法罗分校(TheStateUniversityofNewYorkatBuffalo)化学系博士后,从事生物矿化(结晶)动力学研究
2006年10月到2008年9月美国纽约州立大学布法罗分校化学系研究助理教授(ResearchAssistantProfessor)
2008年9月到2009年3月美国劳伦斯伯克利国家实验室(LawrenceBerkeleyNationalLaboratory,
MolecularFoundry)访问合作研究.研究内容是借助原位原子力显微镜研究磷酸钙矿物表面生长的微观动力学
2009年4月至今华中农业大学资源与环境学院教授
2010年8-10月,2011年6-7月,2013年7-8月,德国明斯特大学矿物学研究所(InstitutfürMineralogie,
UniversityofMünster),高级访问研究(DAAD)

教学情况
生物矿化导论（本科生）
植物营养学（本科生）
生物矿化原理及应用（研究生）

科学研究
主要包括:
(1)应用模式体系揭示和逼近高等植物体内的生物矿化过程以及矿化结构和功能关系
(2)借助溶液化学,原位原子力显微镜和其他表面物理化学的技术手段,定量研究溶液中的无机离子(离子强度)和有机分子(有机酸,酶,多肽和蛋白)与矿物表面的相互作用,以及这些有机分子是如何控制和修饰无机晶体的成核和生长.
(3)矿物-水界面反应动力学之含磷矿物的结晶和溶解
(4)植物单细胞表面化学和植物硅营养的生物无机化学

获奖及专利

主要论文
56.ShiyanLi,WenjunZhang,andLijunWang*.DirectNanoscaleImagingofCalciumOxalateCrystallizationonBrushiteRevealstheMechanismsUnderlyingStoneFormation.CrystalGrowth&Design15,3038-3045,2015.

55.LijunWang*,ChristineVPutnis,EncarnacionRuiz-Agudo,JörnHövelmann,andAndrewPutnis.InSituImagingofInterfacialPrecipitationofPhosphateonGoethite.EnvironmentalScience&Technology49,4184-4192,2015.

54.JieMa,HongmeiCai,CongwuHe,WenjunZhang,LijunWang*.Ahemicellulose-boundformofsiliconinhibitscadmiumionuptakeinrice(Oryzasativa)cells.NewPhytologist206,1063-1074，2015.

53.CongwuHe,JieMa,andLijunWang*.Ahemicellulose-boundformofsiliconwithpotentialtoimprovethemechanicalpropertiesandregenerationofthecellwallofrice.NewPhytologist206,1051-1062,2015.

52.ShiyanLi,ShanshanWu,DefengNan,WenjunZhang,andLijunWang*.InhibitionofPathologicalMineralizationofCalciumPhosphatebyPhosphorylatedOsteopontinPeptidesthroughStep-SpecificInteractions.ChemistryofMaterials26,5605-5612,2014.

51.XiuliLi,WenjunZhang,JianweiLu,LixueHuang,DefengNan,MaryAliceWebb,FrancoisHillion,andLijunWang*.TemplatedBiomineralizationonSelf-AssembledProteinNanofibersBuriedinCalciumOxalateRaphidesofMusaspp.ChemistryofMaterials26,3862-3869,2014.

50.LijunWang*,ChristineVPutnis,EncarnacionRuiz-Agudo,HelenElizabethKing,AndrewPutnis.CoupledDissolutionandPrecipitationattheCerussite-PhosphateSolutionInterface:ImplicationsforImmobilizationofLeadinSoils.EnvironmentalScience&Technology47,13502-13510,2013.

49.LihongQin,WenjunZhang,JianweiLu,AndrewG.Stack,LijunWang*.DirectImagingofNanoscaleDissolutionofDicalciumPhosphateDihydratebyanOrganicLigand:ConcentrationMatters.EnvironmentalScience&Technology47,13365-13374,2013.

48.JianLiu,JieMa,CongwuHe,XiuliLi,WenjunZhang,FangsenXu,YongjunLin ，LijunWang*.Inhibitionofcadmiumionuptakeinrice(Oryzasativa)cellsbyawall-boundformofsilicon.NewPhytologist200,691-699,2013.

47.CongwuHe,LijunWang*,JianLiu,XinLiu,XiuliLi,JieMa,YongjunLin,FangsenXu.Evidencefor‘silicon’withinthecellwallsofsuspension-culturedricecells.NewPhytologist200,700-709,2013.

46.J.Klasa,E.Ruiz-Agudo,LijunWang,C.V.Putnis,E.Valsami-Jones,M.Menneken,A.Putnis.Anatomicforcemicroscopystudyofthedissolutionofcalciteinthepresenceofphosphateions.GeochimicaetCosmochimicaActa117,115-128,2013.

45.ShiyanLi,LijunWang*.Phosphorylatedosteopontinpeptidesinhibitcrystallizationbyresistingtheaggregationofcalciumphosphatenanoparticles.CrystEngComm14,8037-8043,2012.

44.LijunWang*,ShiyanLi,EncarnacionRuiz-Agudo,ChristineV.Putnis,AndrewPutnis.Posner'sclusterrevisited:directimagingofnucleationandgrowthofnanoscalecalciumphosphateclustersatthecalcite-waterinterface.CrystEngComm14,6252-6256,2012.

43.李秀丽,张文君,鲁剑巍,王荔军.植物体内草酸钙的生物矿化.科学通报57,2443-2455,2012.

42.王荔军.光合生物体内的二氧化硅.崔福斋著的《生物矿化》(第2版),第9章
，pp336-349,清华大学出版社,2012.

41.LijunWang*,EncarnacionRuiz-Agudo,ChristineV.Putnis,MartinaMennekenandAndrewPutnis.KineticsofCalciumPhosphateNucleationandGrowthonCalcite:ImplicationsforPredictingtheFateofDissolvedPhosphateSpeciesinAlkalineSoils.EnvironmentalScience&Technology46,834-842,2012.

40.LijunWang,*EncarnacionRuiz-Agudo,ChristineV.PutnisandAndrewPutnis.DirectobservationsofthemodificationofcalcitegrowthmorphologybyLi+throughselectivelystabilizinganenergeticallyunfavourableface.CrystEngComm13,3962-3966,2011.

39.EncarnacionRuiz-Agudo,ChristineV.Putnis,LijunWangandAndrewPutnis.Specificeffectsofbackgroundelectrolytesonthekineticsofsteppropagationduringcalcitegrowth.GeochimicaetCosmochimicaActa75,3803-3814,2011.

38.XiudongYang,BaoquanXie,LijunWang,YuelingQin,Henneman,Z.,Nancollas,G.H.InfluenceofMagnesiumIonsandAminoAcidsontheNucleationandGrowthofHydroxyapatite.CrystEngComm13,1153-1158,2011.

37.LijunWang*,JianweiLu,FangsenXu,FusuoZhang.DynamicsofCrystallizationandDissolutionofCalciumOrthophosphatesattheNear-MolecularLevel.ChineseSci.Bull.56,713-721,2011.

36.GuangchuanWang,LijunWang*,PengLiu,YangYan,XurongXu*andRuikangTang.ExtracellularSilicaNanocoatConfersThermotoleranceonIndividualCells:ACaseStudyofMaterial-BasedFunctionalizationofLivingCells.ChemBioChem11,2368-2373,2010.

35.XiudongYang,*LijunWang,*Qin,Y.L.,Moradian-Oldak,J.,Henneman,Z.,Nancollas,G.H.HowAmelogeninOrchestratestheOrganizationofHierarchicalElongatedMicrostructuresofApatite.TheJournalofPhysicalChemistryB114,2293-2300,2010.

34.LijunWang,Emmerling,P.P.,Henneman,Z.,Nancollas,G.H.NewModelsforCalciumPhosphateScaleFormationandDissolution(Chapter6).In:TheScienceandTechnologyofIndustrialWaterTreatment,Ed.Amjad,Z.(London:CRCPress/Taylor&FrancisGroup),105-112,2010.

33.王荔军，鲁剑巍 ，徐芳森，张福锁。近分子尺度下正磷酸钙的结晶和溶解动力学 。科学通报55,2794-2802,2010.

32.SureshNeethirajan,RichardGordonandLijunWang.PotentialofSilicaBodies(Phytoliths)forNanotechnology.TrendsinBiotechnology27,461-467,2009.

31.LijunWangandGeorgeH.Nancollas.PathwaystoBiomineralizationandBiodemineralizationofCalciumPhosphates:theThermodynamicandKineticControls.DaltonTransactions2665-2672,2009.

30.LijunWangandGeorgeH.Nancollas.CalciumOrthophosphates:CrystallizationandDissolution.ChemicalReviews108,4628-4669,2008.

29.LijunWangandGeorgeH.Nancollas.DynamicsofBiomineralizationandBiodemineralization,Chapter13InBiomineralization.FromNaturetoApplication.Vol.4ofMetalIonsinLifeScienceseditedbyAstridSigel,HelmutSigel,andRolandK.O.Sigel.JohnWiley&Sons,Ltd.,Chichester,U.K.2008,p413-456.

28.LijunWang,XiangyingGuan,Yin,H.Y.,Moradian-Oldak,J.,Nancollas,G.H.MimickingtheSelf-OrganizedMicrostructureofToothEnamel.JournalofPhysicalChemistryC112,5892-5899,2008.

27.LijunWang,XiangyingGuan,RuikangTang,JohnR.Hoyer,AndrzejWierzbicki,JamesJ.DeYoreoandGeorgeH.Nancollas.PhosphorylationofOsteopontinIsRequiredforInhibitionofCalciumOxalateCrystallization.JournalofPhysicalChemistryB112,9151-9157,2008.

26.XiangyingGuan,*LijunWang,*AnjaDosen,Tang,R.K.,Giese,R.F.,Giocondi,J.L.,Orme,C.A.,Hoyer,J.R.,Nancollas,G.H.AnUnderstandingofRenalStoneDevelopmentinaMixedOxalate-PhosphateSystem.Langmuir24,7058-7060,2008.

25.Zhang,C.C.,LijunWang,Nie,Q.,Zhang,W.X.,Zhang,F.S.Long-termeffectsofexogenoussilicononcadmiumtranslocationandtoxicityinrice(OryzasativaL.).EnvironmentalandExperimentalBotany62,300-307,2008.

24.LijunWang,XiangyingGuan,ChangDu,JanetMoradian-Oldak,andGeorgeH.Nancollas.AmelogeninPromotestheFormationofElongatedApatiteMicrostructuresinaControlledCrystallizationSystem.JournalofPhysicalChemistryC111,6398-6404,2007.

23.LijunWang,RuikangTang,TammyBonstein,PeterJ.BushandGeorgeH.Nancollas.EnamelDemineralizationinPrimaryandPermanentTeeth.JournalofDentalResearch85(4),359-363,2006.

22.LijunWang,WeiZhang,S.R.Qiu,J.R.Hoyer,JamesJ.DeYoreo,G.H.Nancollas.InhibitionofCalciumOxalateMonohydrateCrystallizationbytheCombinationofCitrateandOsteopontin.JournalofCrystalGrowth291,160-165,2006.

21.LijunWang,JamesJ.DeYoreo,XiangyingGuan,Qiu,S.R.,Hoyer,J.R.,Nancollas,G.H.ConstantCompositionStudiesVerifytheUtilityoftheCabrera-Vermilyea(C-V)ModelinExplainingMechanismsofCalciumOxalateMonohydrateCrystallization.CrystalGrowth&Design6,1769-1775,2006.

20.LijunWang,Qiu,S.R.,Wierzbicki,A.,Salter,A.,Zachowicz,W.J.,Hoyer,J.R.,JamesJ.DeYoreoandNancollas,G.H.,ModulationofCalciumOxalateCrystallizationbyLinearAsparticAcid-RichPeptides.Langmuir22,7279-7285,2006.

19.LijunWang,GeorgeH.Nancollas,Z.J.Henneman,E.KleinandSteveWeiner.NanosizedParticlesinBoneandDissolutionInsensitivityofBoneMineral.Biointerphases1,106-111,2006.

18.Gao,X.P.,Zou,C.Q.,LijunWang,FusuoZhang.Silicondecreasestranspirationrateandconductancefromstomataofmaizeplants.JournalofPlantNutrition29,1637-1647,2006.

17.LijunWang,R.Tang,T.Bonstein,C.A.Orme,P.BushandG.H.Nancollas.ANewModelforNanoscaleEnamelDissolution.TheJournalofPhysicalChemistryB,109,999-1005,2005.

16.LijunWang,NieQing,Zhuang,J.Q.,Li,M.,Yang,W.S.,Zhang,F.S.,Li,T.J.,Wang,Y.H.BiosilicifiedStructuresforCoolingPlantLeaves:AMechanismofHighlyEfficientMidinfraredThermalEmission.AppliedPhysicsLetters87(19),194105,2005.

15.RuikangTang,LijunWang,C.A.Orme,Bonstein,T.,Bush,P.,Nancollas,G.H.DissolutionattheNanoscale:Self-preservationofBiominerals.AngewandteChemieInternationalEdition,43,2697-2701,2004.

14.Tang,R.K.,LijunWang,Nancollas,G.H.Size-effectsinthedissolutionofhydroxyapatite:anunderstandingofbiologicaldemineralization.JournalofMaterialsChemistry14,2341-2346,2004.

13.Gao,X.P.,Zou,C.Q.,LijunWang,FusuoZhang.Siliconimproveswateruseefficiencyinmaizeplants.JournalofPlantNutrition27,1457-1470
，2004.

12.王荔军,王运华,张福锁,杨文胜,李铁津.在细胞壁上构筑自组装的生物矿化结构.化学学报60,1144-1146,2002.

11.王荔军,王运华,李敏,范明生,张福锁,吴学民,杨文胜,李铁津.SynthesisofOrderedBiosilicaMaterials.ChineseJournalofChemistry(中国化学英文版)20,107-110,2002.

10.王荔军,王运华,李敏,张文绪,张福锁,李铁津.生物源的纳米结构SiO2.自然科学进展12,561-565,2002.

9.王荔军,王运华,李敏,张文绪,张福锁,李铁津.BiogenicNanostructuredSilica.ProgressinNaturalScience(英文),12,401-406,2002.

8.王荔军,王运华,范明生,张朝春,聂青,张文绪,张福锁,杨文胜,李铁津.有序的介观尺寸生物SiO2针的合成.化学学报59,2213-2216,2001.

7.王荔军,李敏,李铁津,王运华,张福锁.植物体内的纳米结构SiO2.科学通报46,625-632,2001.

6.王荔军,吴学民,郭中满,李敏,张福锁,李铁津,王运华.细胞壁模板诱导介观尺寸生物SiO2材料合成.化学学报59,784-787,2001.

5.LijunWang,Wang,Y.H.,Chen,Q.,Cao,W.D.,FusuoZhang.Siliconinducedcadmiumtoleranceofriceseedlings.JournalofPlantNutrition23,1397-1406,2000.

4.王荔军,郭中满,李敏,李铁津.生物矿化纳米结构材料和植物硅营养.化学进展11,119-128,1999.

3.王荔军,李林松,玉占君,彭笑刚,李铁津.LB型Q态CdS复合膜构象有序性研究.高等学校化学学报18,281-284,1997.

2.LijunWang,Li,L.S.,Qu,L.H.,Lu,R.,Peng,X.G.Zhao,Y.Y.,TiejinLi.AStudyoninorganicnanoparticles/amphiphilicoligomerinnanoorderedmultilayer.MolecularCrystals&LiquidCrystals295,175-180,1997.

1.LinsongLi,LianhuaQu,LijunWang,RanLu,XiaogangPeng,YingyingZhao,TiejinLi.Preparationandcharacterizationofquantum-sizedPbSgrowninamphiphilicoligomerLangmuir-Blodgettmonolayers.Langmuir13,6183-6187,1997.

著作教材

研究生培养情况