GuoRong




ProfessorofChemistry
Tel:86-;Fax:86-
Email:guorong@yzu.edu.cn
Address:180SiwangtingRoad,Yangzhou225002,JiangsuProvince,P.R.China
Biography
ProfessorGuoRongspenthiscollegelifeintheChemicalDepartmentofYangzhouTeacher’Collegeandthen
startedhisteachingcareerinYangzhouafterthegraduationin1976.In1986and1994hewenttoClarkson
UniversityintheUnitedStatestwiceasavisitingscholar.In1999hereceivedPhDdegreeinClarkson.
Prof.GuostartedhisworkingforYangzhouUniversityin1992whentheYangzhouTeachers’Collegewas
mergedintotheUniversity.In2002,hetookthepresidencyoftheUniversityandservedtillnow.
Prof.GuoholdsmembershipofChineseChemicalSociety(CCS),andmembershipofInternationalAssociationof
ColloidandInterfaceScientists.

CurrentPositions
Professor,SchoolofChemistryandChemicalEngineering,YangzhouUniversity;
Director,InstituteofColloidandInterfaceChemistry,YangzhouUniversity;
President,YangzhouUniversity;
Chairman,DivisionofColloidandInterfaceChemistry,ChineseChemicalSociety(CCS)

EditorialInvolvements
RegionalEditor,JournalofDispersionScienceandTechnology
AdvisoryBoardMember,JournalofColloidandInterfaceScience
Co-editor,ActaPhysico-ChimicaSinica

ResearchInterests
1.Formation,StructureandControlofOrderedMolecularAssembliesofSurfactants
2.InteractionbetweenDrugandSurfactantsandApplicationinBiomedicalField
3.InteractionofBiomacromoleculeswithAmphiphilicMolecularSelf-assemblies
4.SynthesisandApplicationofMicro-/NanomaterialsinOrderedMolecularAssembliesofSurfactants
5.PreparationofNanoparticlesinLamellarLiquidCrystalsandTheirapplicationinLubrication
uPhasebehaviorandphysicochemicalpropertiesofsurfactantaggregateshavebeen
investigatedbyelectrochemicalmethodsbasedontheelectrochemicalresponseof
surfactants.


uPhasebehaviorsandmicrostructuretransitionofsurfactantaggregates.

TypicalFF-TEMimagesofmicrostructuresofSDS/Brij30mixedmicelle

uVariousmolecularorderedassembliesweredesignedtocontrolthefunction,stability,
andtheactionmodeofdrugsinbiomimeticmembranes,whichpromisestobenew
drugcarriers.
(a)Hydrotrope-solubilizationactionofdrugs

PartialdiagramofCephanone/CTAB/n-C5H11OH/H2Osystemat298.15K
L1—O/Wmicroemulsionregion;L2—W/Omicroemulsionregion;
BI—bicontinuousmicroemulsionregion；LLC—lamellarliquidcrystalregion
(b)Inhibitionofdrughydrolysisbyself-assemblies

Hydrolysismechanismofcephanoneinwaterandhydrolysisinhibitionbyself-assemblies
(c)Controlledreleaseofdrugsinself-assemblies

Controlledreleaseofdrugsinnonionicmicelles
Drugs:VitaminC,Penicillin-K,Cephanone,rutin,etc.


uBasedontheinteractionbetweenproteinsandsurfactantaggregates,thebinding
behaviorofdrugsonproteinscanbeadjusted,whichwillprovidenewpathtothe
renaturationofproteinsandtheclinicalimprovementofdrugs.

FF-TEMimagesofhemoglobinconformationinpresenceofn-Dodecylammoniuma-Glutamate
n-Dodecylammoniuma-Glutamateconcentration(mM):(A)0;(B)0.2;(C)6.0;(D)40.
uPolyanilinenanoparticleswithvariousmorphologiesandrelativelyhighconductivity
werepreparedbyusingsurfactantaggregatesastemplates.Also,toprepare
polyanilinenanoparticleswithoutatemplatewaspossible.Theabovemicro/nanomaterials
showhighconductiveandcatalysisproperties.

SEMimagesofPANIwithvariousmorphologiesbasedonsurfactantaggregates
(a)Highcatalysisefficiencyofconductivepolymer/Aucomplexes


(b)




uBasedonthestructureoflamellarliquidcrystals(LLC)andnanoparticles(NPs),the
complexLLC/nanoparticlesmaterialswerepreparedforthefirsttime,whichshow
highanti-lubrication,andwillprovideanewpathtodevelopinglubricatewith
high-performance.

lamellarliquidcrystalSEMimagesofwearscarwithAgNPscontent
FrictionmechanismofLLC/AgNPs

RecentPublications
Prof.Guohaspublishedmorethan300papersincludingthefollowing:
1.JieHan,JieDai,LiyaLi,PingFang,RongGuo*,HighlyUniformSelfAssembledConducting
Polymer/GoldFibrousNanocomposites:Additive-FreeControllableandApplication
asEfficientRecyclableCatalysts,Langmuir,2011,27,2181–2187.
2.HuixinXiong,RongGuo*,EffectsofChlorideAcclimationonIronOxyhydroxidesandCellMorphology
duringCultivationofAcidithiobacillusferrooxidans,Environ.Sci.Technol.,2011,45,235–240.
3.YuanhuaDing,LinZhang,JuXie,RongGuo*,BindingCharacteristicsandMolecularMechanismof
InteractionbetweenIonicLiquidandDNA,J.Phys.Chem.B,2010,114,2033-2043.
4.YuanhuaDing,ChengyiLi,RongGuo*,FacileFabricationofPomponlikeMicroarchitecturesofLanthanum
MolybdateviaanUltrasoundRoute,Ultrason.Sonochem.,2010,17,46-54.
5.DuoWei,LinglingGe,RongGuo*,BindingCharacteristicsbetweenPolyethyleneglycol)andHydrophilic
ModifiedIbuprofeninAqueousSolution,J.Phys.Chem.B,2010,114,3472-3481.
6.YanLiu,LiliLiu,RongGuo*,BrInducedFacileFabricationofSpongelikeGold/AminoAcidNanocomposites
andTheirApplicationsinSurface-EnhancedRamanScattering.Langmuir,2010,26,13479–13485.
7.YanLiu,YangLiu,RongGuo*,InsightsintoCyclodextrinmodulatedInteractionsbetweenProteinand
SurfactantatSpecificandNonspecificBindingStages,J.ColloidInterfaceSci.,2010,351,180-189.
8.JieHan,YanLiu,RongGuo*,FacileSynthesisofHighlyStableGoldNanoparticlesandTheirUnexpected
HighCatalyticActivityforSuzuki-MiyauraCrossCouplingReactioninWater,J.Am.Chem.Soc.,
2009,131,2060-2061.
9.JieHan,YanLiu,RongGuo*,ANovelReactiveTemplateMethodtoSynthesizeGoldNanoparticleswith
ControllableSizeandMorphologySupportedonShellsofPolymerHollowMicrospheresandTheir
ApplicationforAerobicAlcoholOxidationinWater,Adv.Funct.Mater.,2009,19,1112-1117.
10.ChuangqiangZhou,JieHan,RongGuo*,SynthesisofPolyanilineHierarchicalStructuresinaDilute
SDS/HClSolution:Nanostructure-CoveredRectangularTubes,Macromolecules,2009,42,1252-1257.
11.LinglingGe,RongGuo*,XiaohongZhang,PEG-InducedLamellar-to-sotropicPhase Transition
intheSystemofTX-100/n-C8H17OH/H2O,J.Phys.Chem.B,2009,113,1993–2000.
12.YanLiu,RongGuo*,TheInteractionbetweenCaseinMicellesandGoldNanoparticles,J.Colloid
InterfaceSci.,2009,332,265-269.
13.YongshengWang,RongGuo*,JuqunXi,ComparativeStudiesofInteractionsofHemoglobinwith
Single-chainandwithGeminiSurfactants,J.ColloidInterfaceSci.,2009,331,470-475.
14.YuxiaChen,YanLiu,RongGuo*,AggregationBehaviourofAminoacid-derivedBolaamphiphileand
ConventionalSurfactantMixedSystem,J.ColloidInterfaceSci.,2009,336,766-772.
15.ChuangqiangZhou,JieHan,RongGuo*,ControllableSynthesisofPolyanilineMultidimensional
Architectures:FromPlatelikeStructurestoFlower-ikeSuperstructures,Macromolecules,
2008,41,6473-6479.
16.LinglingGe,RongGuo*,XiaohongZhang,FormationandMicrostructureTransitionofF127/TX100
Complex,J.Phys.Chem.B,2008,112,14566–14577.
17.ChuangqiangZhou,JieHan,RongGuo*,DiluteAnionicSurfactantSolutionRoutetoPolyaniline
RectangularSubmicrotubesasaNovelNanostructure,J.Phys.Chem.B,2008,112,5014-5019.
18.LeiFan,RongGuo*,FabricationofNovelCdIn2S4HollowSpheresviaaFacileHydrothermalProcess,
J.Phys.Chem.C,2008,112,10700–10706.
19.LeiFan,RongGuo*,GrowthofDendriticSilverCrystalsinCTAB/SDBSMixed-SurfactantSolutions,
CrystalGrowth&Design,2008,8,2150-2156.
20.WeiyaLiu,RongGuo*,EffectsofTritonX100NanoaggregatesonDimerizationandAntioxidantActivity
ofMorin,MolecularPharmaceutics,2008,5,588–597.
21.YiWang,JunZhu,JieHan,RongGuo*,ModificationofMnO2NanoparticleswithRutinSynthesizedby
TritonX100AggregationsTemplate,Nanotechnology,2008,19,405606,8pp.
22.YuanChen,RongGuo*,DistributionandStructuralBehaviorofHemoglobinbetweentheTwoPhases
inSDS/n-C5H11OH/H2OSystem,J.ColloidInterfaceSci.,2008,328,153–157.
23.YongshengWang,XiaGuo,RongGuo*,InteractionofMethemoglobinwithGDA/n-C5H11OH/water
Assemblies,J.ColloidInterfaceSci.,2008,317,568–576.
24.YuanhuaDing,ZhuqingChen,JuXie,RongGuo*,Comparativestudiesonadsorptionbehaviorof
thionine ongoldnanoparticleswithdifferentsizes,J.ColloidInterfaceSci.,2008,327,243–250.
25.JieHan,YanLiu,RongGuo*,ANovelTemplatelessMethodtoNanofibersofPolyanilineDerivatives
withSizeControl,J.Polym.Sci.,PartA:Polym.Chem.,2008,46,740–746.
26.ChuangqiangZhou,JieHan,GenpingSong,RongGuo*,FabricationofPoly(aniline-co-pyrrole)Hollow
NanosphereswithTritonX-100MicellesasTemplates,J.Polym.Sci.,PartA:Polym.Chem.,2008,46,
3563-3572.
27.JieHan,GenpingSong,RongGuo*,NanostructureBasedLeafLikePolyanilineinthePresenceofan
AmphiphilicTriblockCopolymer,Adv.Mater.,2007,19,2993-2999.
28.JieHan,GenpingSong,RongGuo*,SynthesisofPolymerHollowSphereswithHolesinTheirSurfaces,
Chem.Mater.,2007,19,973-975.
29.YanLiu,RongGuo*,InteractionbetweenCaseinandtheOppositelyChargedSurfactant,
Biomacromolecules, 2007,8,2902-2908.
30.LinglingGe,XiaohongZhang,RongGuo*,MicrostructureofTritonX-100/Poly(ethyleneglycol)Complex
Investigated byFluorescenceResonanceEnergyTransfer,Polymer,2007,48,2681-2691.
31.YuanChen,RongGuo*,TransferanddistributionofL-tryptophanbetweenW/OandO/W,andbetween
W/Oand bicontinuousmicroemulsionsthroughthestudyofinterphaseelectricproperties,J.Colloid
InterfaceSci.,2007,307,488–493.
32.YanLiu,RongGuo*,Interactionbetweencaseinandsodiumdodecylsulfate,J.ColloidInterfaceSci.,
2007,315,685–692.
33.JieHan,GenpingSong,RongGuo*,AFacileSolutionRouteforPolymericHollowSphereswithControllable
Size, Adv.Mater.,2006,18,3140-3144.
34.YanLiu,RongGuo*,XiaGuo,LocationofPhenothiazineinSodiumDodecylSulfate/nPentanol/Water
Microemulsions,J.Phys.Chem.B,2006,110,784-790.
35.WeiyaLiu,RongGuo*,InteractionbetweenFlavonoid,QuercetinandSurfactantAggregateswithDifferent
Charges,J.ColloidInterfaceSci.,2006,32,625-632.
36.RongGuo*,ZhongchunLi,TianqingLiu,ElectrochemicalPolymerizationofAnilineintheSDS/n-C5H11OH
/H2SO4(aq)LyotropicLiquidCrystal,J.Polym.Sci.,PartA:Polym.Chem.,2006,44,2388-2394.