近期论文
查看导师新发文章
(温馨提示:请注意重名现象,建议点开原文通过作者单位确认)
1.PenghuiAi,HaoWang,KangLiu,TingjianWang,WeiGu,LingYe*andChangxiangYan*.Therelativelengthofdual-targetconjugatedonironoxidenanoparticlesplaysaroleinbraingliomatargeting.RSCAdv.,2017,7,19954-19959
2.KangLiu,XinShi,TingjianWang,PenghuiAi,WeiGu*,andLingYe*,Terbium-dopedManganeseCarbonateNanoparticleswithIntrinsicPhotoluminescenceandMagneticResonanceImagingCapacity,JournalofColloidandInterfaceScience,2017,485:25-31.
3.XinShi,KangLiu,TingjianWang,ShunjiaZheng,WeiGu*,andLingYe*,FormationMechanismofDysprosium-dopedManganeseCarbonateNanoparticlesbyThermalDecomposition,RSCAdvance,2016,6(101):99339-99345.
4.JuanZhang#,NingChen#,HaoWang,WeiGu,KangLiu,PenghuiAi,ChangxiangYan*,andLingYe*,Dual-targetingSuperparamagneticIronOxideNanoprobeswithHighandLowTargetDensityforBrainGliomaImagingJournalofColloidandInterfaceScience,2016,469:86-92.
5.ChenShao#,ShuaiLi#,WeiGu,NingqiangGong,JuanZhang,NingChen,XiangyangShi*andLingYe*,MultifunctionalGadolinium-DopedManganeseCarbonateNanoparticlesforTargetedMR/FluorescenceImagingofTinyBrainGliomas,Analytical.Chemistry,2015,87,6251-6257.
6.ShuaiLi#,ChenShao#,WeiGu,RuiWang,JuanZhang,JunxinLai,HanshengLi*andLingYe*,RSCAdvance,2015,5,33639-33645.
7.NingChen#,ChenShao#,ShuaiLi,ZihaoWang,YanmingQu,WeiGu*,ChunjiangYu*andLingYe*,Cy5.5ConjugatedMnONanoparticlesforMagneticResonance/Near-infraredFluorescenceImagingofBrainGliomas,JournalofColloidandInterfaceScience.,2015,457,27-34.
8.NingChen,ChenShao,YanmingQu,ShuaiLi,WeiGu*,TingtingZheng,LingYe*,andChunjiangYu*,FolicAcid-ConjugatedMnONanoparticlesasaT1ContrastAgentforMagneticResonanceImagingofTinyBrainGliomas,ACSAppliedMaterials&Interfaces,2014,6(22):19850-19857.
9.NingXiao,WeiGu,HaoWang,YunlongDeng,XinShi,andLingYe*,T1-T2Dual-modalMRIofBrainGliomasusingPEGylatedGd-dopedIronOxide
Nanoparticles,JournalofColloidandInterfaceScience,2014,417:159-165.
10.YunlongDeng#,HaoWang#,WeiGu,ShuaiLi,NingXiao,ChenShao,QunyuanXu*,andLingYe*,Ho3+DopedNaGdF4NanoparticlesasMRI/opticalProbesforBrainGliomaImaging,JournalofMaterialsChemistryB,2014,2(11):1521-1529.
11.WeiGu#,GuangrongSong#,ShuaiLi,ChenShao,ChangxiangYan*,andLingYe*,Chlorotoxin-conjugated,PEGylatedGd2O3NanoparticlesasaGlioma-specificMagneticResonanceImagingContrastAgent,RSCAdvances,2014,4(91):50254-50260.
12.FuyingLi,WeiGu,HaoWang,YingzheQi,YunlongDeng,NingXiao,YiLiu,QunyuanXu*,andLingYe*,EffectofSurfaceFunctionalitiesonRelaxometricPropertiesofMRContrastAgentsBasedonNaGdF4Nanoparticles,RSCAdvances,2013,3(16):5386-5392.
13.YingzheQi,ChenShao,WeiGu,FuyingLi,YunlongDeng,HanshengLi*,andLingYe*,CarboxylicSilane-exchangedManganeseFerriteNanoclusterswithHighRelaxivityforMagneticResonanceImaging,JournalofMaterialsChemistryB,2013,1(13):1846-1851.
14.FengYan#,YingWang#,ShenzhiHe,ShutingKu,WeiGu*,andLingYe*,Transferrin-conjugated,Fluorescein-loadedMagneticNanoparticlesforTargetedDeliveryacrosstheBlood-brainBarrier,JournalofMaterialsScience:MaterialsinMedicine,2013,24(10):2371-2379.
15.XixuanLi,JianqunShao,YingQin,ChenShao,TingtingZheng,andLingYe*,TAT-conjugatednanodiamondfortheenhanceddeliveryofdoxorubicin,JournalofMaterialsChemistry,2011,21(22):7966-7973.
16.YingQin,LiangSun,XixuanLi,QingqingCao,HaoWang,XingfuTang*,andLingYe*,HighlyWater-dispersibleTiO2NanoparticlesforDoxorubicinDelivery:EffectofLoadingModeonTherapeuticEfficacy,JournalofMaterialsChemistry,2011,21(44):18003-18010.
17.LiangSun,YingQin,QingqingCao,BingqingHu,ZhiweiHuang,LingYe*,andXingfuTang*,NovelPhotocatalyticAntibacterialActivityofTiO2MicrospheresExposing100%Reactive{111}Facets,ChemicalCommunications,2011,47(47):12628-12630.
18.ShanshanHuang,JianqunShao,LifangGao,YingzheQi,andLingYe*,AdsorptionofCathepsinB-sensitivePeptideConjugatedDOXonNanodiamonds,AppliedSurfaceScience,2011,257(20):8617-8622.
19.ShutingKu,FengYan,YingWang,YilinSun,NanYang,andLingYe*,TheBlood-brainBarrierPenetrationandDistributionofPEGylatedFluorescein-dopedMagneticSilicaNanoparticlesinRatBrain,BiochemicalandBiophysicalResearchCommunications,2010,394(4):871-876.
20.YingQin#,YixuanZhang#,ShulianYan,andLingYe*,AComparisonStudyontheInteractionofHyperosideandBovineSerumAlbuminwithTachiyaModelandStern-VolmerEquation,SpectrochimicaActaPartA:MolecularandBiomolecularSpectroscopy,2010,75(5):1506-1510.
21.XixuanLi#,ShulianYan#,YixuanZhang,andLingYe*,StudyontheInteractionofRaloxifeneandBovineSerumAlbuminbytheTachiyaModel,JournalofSolutionChemistry,2010,39(8):1187-1199.
22.JingxianYu,HuanyingZhao,LingYe*,HuiYang,ShutingKu,NanYang,NingXiao.Effectofsurfacefunctionalityofmagneticsilicananoparticlesonthecellularuptakebygliomacellsinvitro.JournalofMaterialsChemistry,2009,19(9):1265-1270.
23.NanWang,LingYe*,BingqingZhao,JingxianYu.Spectroscopicstudiesontheinteractionofefonidipinewithbovineserumalbumin.BrazilianJournalofMedicalandBiologicalResearch,2008,41(7):589-595.
24.NanWang,LingYe*,FangfeiYan,RenXu.Spectroscopicstudiesontheinteractionofazelnidipinewithbovineserumalbumin.InternationalJournalofPharmaceutics,2008,351(1-2):55-60.
25.CongxiaWang,FangfeiYan,YixuanZhang,LingYe*.Spectroscopicinvestigationoftheinteractionbetweenrifabutinandbovineserumalbumin.JournalofPhotochemistryandPhotobiologyA:Chemistry,2007,192(1):23-28.