大连理工大学物理与光电工程学院导师：宋远红

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大连理工大学水利工程学院导师：安海艳大连理工大学结构工程专业导师孔宇航介绍大连理工大学结构工程专业导师唐建介绍大连理工大学结构工程专业导师齐康介绍大连理工大学物理化学研究生导师梁长海介绍大连理工大学化学工程研究生导师张宁介绍 95%的同学还阅读了： [2022大连理工大学研究生招生目录] [大连理工大学研究生分数线[2013-2021]] [大连理工大学王牌专业排名] [大连理工大学考研难吗] [大连理工大学研究生院] [大连理工大学考研群] [大连理工大学研究生学费] 大连理工大学保研夏令营大连理工大学考研调剂2022最新信息 [大连理工大学研究生辅导] [考研国家线[2006-2021]] [2022年考研时间：报名日期和考试时间]

大连理工大学物理与光电工程学院导师：宋远红正文

[导师姓名]
宋远红

[所属院校]
大连理工大学

[基本信息]
导师姓名：宋远红
性别：女
人气指数：1985
所属院校：大连理工大学
所属院系：物理与光电工程学院
职称：教授
导师类型：硕导/博导
招生专业：等离子体物理
研究领域：复杂等离子体物理量子等离子体和表面等离子激发的理论研究粒子束与物质相互作用机理

[通讯方式]
办公电话：0411-84707939
电子邮件：songyh@dlut.edu.cn

[个人简述]
孙冰冰，教授，博士生导师。2002、2005年于大连理工大学获得学士、硕士学位，2011年于美国华盛顿大学化学工程系获得博士学位，2011-2016年在美国加州大学洛杉矶分校医学院及加州大学纳米技术环境影响中心从事博士后研究工作。致力于生物材料、纳米材料-生物界面、免疫工程、疫苗佐剂、纳米材料生物安全性、以及环境污染物的评价与预防等研究。多学科交叉型的研究涉及了生物学、化学、材料学、医学及环境学等领域。
实验室长期招收博士后，请发简历到bingbingsun@dlut.edu.cn。
PublicationList:
1.Sun,B.*;Ji,Z.;Liao,Y.-P.;Chang,C.H.;Justine,K.;Wang,X.;Mirshafiee,V.;Xue,C.;Xia,T*.“Enhancedimmuneadjuvantactivityofaluminumoxyhydroxidenanorodsthroughcationicsurfacefunctionalization”.ACSAppliedMaterials&Interfaces,2017,9(26),21697-21705.*Correspondingauthor.
2.Mirshafiee,V.;Jiang,W.;Sun,B.;Wang,X.;Xia,T.“Facilitatingtranslationalnanomedicineviapredictivesafetyassessment”.MolecularTherapy,2017,25(7),1522-1530.
3.Wang,X.*;Sun,B.*;Liu,S.;Xia,T.“StructureactivityrelationshipsofengineerednanomaterialsininducingNLRP3inflammasomeactivationandchroniclungfibrosis”.NanoImpact,2017,6,99-108.*Equalcontribution.
4.Jiang,W.;Wang,X.;Du,Y.;Chang,C.H.;Liao,Y-P.;Osberne,O.;Sun,B.;Jiang,J.;Ji,Z.;Li,R.;Liu,X.;Lu,J.;Lin,S.;Meng,H.;Xia,T.;Nel,A.E.“Pro-inflammatoryandpro-fibrogeniceffectsofionicandparticulatearsenideandindium-containingsemiconductormaterialsinthemurinelung”.ACSNano,2017,11(2),1869-1883.
5.Chen,Y.;Wu,Y.;Sun,B.;Liu,S;Liu,H.“Two-dimensionalnanomaterialsforcancernanotheranostics”.Small,2017,13(10),1603446.
6.Sun,B.;Wang,X.;Liao,Y.-P.;Ji,Z.;Chang,C.H.;Pokhrel,S.;Justine,K.;Liu,X.;Wang,M.;Dunphy,D.;Li,R.;Meng,H.;Mädler,L.;Brinker,C.J.;Nel,A.E.;Xia,T.“Repetitivedosingoffumedsilicaleadstoprofibrogeniceffectsthroughuniquestructure-activityrelationshipsandbiopersistenceinthelung”.ACSNano,2016,10(8),8054-8066.
7.Sun,B.*;Xia,T.“Nanomaterial-basedvaccineadjuvants”.JournalofMaterialsChemistryB,2016,4,5496-5509.*Correspondingauthor.
8.Ji,E.H.*;Sun,B.*;Zhao,T.;Shu,S.;Chang,C.H.;Messadi,D.;Xia,T.;Zhu,Y.;Hu,S.“Characterizationofelectroniccigaretteaerosolanditsinductionofoxidativestressresponseinoralkeratinocytes”.PLOSONE,2016,11(5):e0154447.*Equalcontribution.HighlightedbyUCLANewroom,Mynewsla,abc7,MedlinePlus(NIH),Medicalnewstoday,Medicalxpress,etc.
9.Wang,X.;Mansukhani,N.;Guiney,L.;Lee,J.-H.;Li,R.;Sun,B.;Liao,Y.-P.;Chang,C.H.;Ji,Z.;Xia,T.;Hersam,M.C.;Nel,A.E.“Toxicologicalprofilingofhighly-purifiedmetallicandsemiconductingsingle-walledcarbonnanotubesintherodentlungandE.coli”.ACSNano,2016,10(6),6008–6019.
10.Liu,J.;Sun,B.;Yin,H.;Liu,S.“Hepcidin:apromisingtherapeutictargetforirondisorders”.Medicine,2016,95(14),e3150.
11.Sun,B.;Taing,A.;Liu,H.;Nie,G.;Wang,J.;Fang,Y.;Liu,L.;XueY.,Liao,Y.-P.;Ku,J.;Xia,T.;Liu,Y.“Nervegrowthfactor-conjugatedmesoporoussilicananoparticlespromoteneuron-likePC12cellproliferationandneuritegrowth”.JournalofNanoscienceandNanotechnology,2016,16(3),2390-2393.
12.Sun,B.;Shen,H.“Controllingsurface-inducednanocompositesbylipoplexesforenhancedgenetransfer”.JournalofNanomaterials,2015,784836.
13.Jiang,W.;Lin,S.;Chang,C.H.;Ji,Z.;Sun,B.;Wang,X.;Li,R.;Pon,N.;Xia,T.;Nel,A.E.“ImplicationsofthedifferentialtoxicologicaleffectsofIII-Vionicandparticulatematerialsforhazardassessmentofsemiconductorslurries”.ACSNano,2015,9(12),12011-12025.
14.Sun,B.;Pokhrel,S.;Dunphy,D.;Zhang,H.;Ji,Z.;Wang,X.;Wang,M.;Liao,Y.-P.;Chang,C.H.;Dong,J.;Li,R.;Mädler,L.;Brinker,C.J.;Nel,A.E.;Xia,T.“Reductionofacuteinflammatoryeffectsoffumedsilicananoparticlesinthelungbyadjustingsilanoldisplaythroughcalcinationandmetaldoping”.ACSNano,2015,9(9),9357-9372.HighlightedbyACSNanotation.
15.Wang,X.;Mansukhani,N.;Guiney,L.;Ji,Z.;Chang,C.H.;Wang,M.;Liao,Y.-P.;Song,T.-B.,Sun,B.;Li,R.;Xia,T.;Hersam,M.C.;Nel,A.E.“Differencesinthetoxicologicalpotentialoftwo-dimensionalversusaggregatedmolybdenumdisulfideinthelung”.Small,2015,11(38),5079-5087.
16.Sun,B.;Shen,H.“CorrelationofthecompositionofbiomineralswiththeirabilityofstimulatingintracellularDNAsensorsandinflammatorycytokines”.Biomaterials,2015,54,106-115.HighlightedbyNanowerk.
17.Li,R.;Ji,Z.;Dong,J.;Chang,C.H.;Wang,X.;Sun,B.;Wang,M.;Liao,Y.-P.;Zink,J.;Nel,A.E.;Xia,T.“Enhancingtheimagingandbiosafetyofupconversionnanoparticlesthroughphosphonatecoating”.ACSNano,2015,9(3),3293–3306.
18.Tang,Q.;Lei,X.;Cao,B.;Sun,B.;Zhang,Y.;Cheng,G.“Anaturallyderiveddextran-peptidevectorformicroRNAantagomirdelivery”.RSCAdvances,2015,5,28019-28022.
19.Wang,X.;Duch,M.;Mansukhani,N.;Ji,Z;Liao,Y.-P.;Wang,M.;Zhang,H.;Sun,B.;Chang,C.H.;Li,R;Lin,S.;Meng,H.;Xia,T.;Hersam,M.C.;Nel,A.E.“Useofapredictivetoxicologicalapproachthatutilizesthepro-fibrogeniceffectsofcarbonnanotubesandgraphenefortiereddecisionanalysisoftestingrequirementsforcarbon-basednanomaterials”.ACSNano,2015,9(3),3032–3043.
20.Sun,B.;Wang,X.;Ji,Z.;Wang,M.;Liao,Y.-P.;Chang,C.H.;Li,R.;Zhang,H.;Nel,A.E.;Xia,T.“NADPHoxidasedependentNLRP3inflammasomeactivationplaysanimportantroleinlungfibrosisbymulti-walledcarbonnanotubes”.Small,2015,11(17),2087-2097.HighlightedbyMaterialsViewsChina.
21.Li,R.;Ji,Z.;Qin,H.;Kang,X.;Sun,B.;Wang,M.;Chang,C.H.;Wang,X.;Zhang,H.;Zou,H.;Nel,A.E.;Xia,T.“Interferenceinautophagosomefusionbyrareearthnanoparticlesdisruptsautophagicfluxandregulationofaninterleukin-1βproducinginflammasome”.ACSNano,2014,8(10),10280-10292.
22.Tang,Q.;Cao,B.;Lei,X.;Sun,B.;Zhang,Y.;Cheng,G.“Dextran-peptidehybridforefficientgenedelivery”.Langmuir,2014,30(18),5202-5208.
23.Zhang,H.;Pokhrel,S.;Ji,Z.;Meng,H.;Wang,X.;Lin,S.;Chang,C.H.;Li,L.;Li,R.;Sun,B.;Wang,M.;Liao,Y.-P.;Liu,R.;Xia,T.;Mädler,L.;Nel,A.E.“PdOdopingtunesband-gapenergylevelsaswellasoxidativestressresponsestoaCo3O4p-typesemiconductorincellsandthelung”.JournaloftheAmericanChemicalSociety,2014,136(17),6406-6420.
24.Li,R.;Ji,Z.;Chang,C.H.;Dunphy,D.;Cai,X.;Meng,H.;Zhang,H.;Sun,B.;Wang,X.;Dong,J.;Lin,S.;Wang,M.;Liao,Y.-P.;Brinker,C.J.;Nel,A.E.;Xia,T.“Surfaceinteractionswithcompartmentalizedcellularphosphatesexplainsrareearthoxidenanoparticlehazardandprovidesopportunitiesforsaferdesign”.ACSNano,2014,8(2),1771-1783.
25.Cao,B.;Li,L.;Wu,H.;Tang,Q.;Sun,B.;Dong,H.;Zhe,J.;Cheng,G.“Zwitterationofdextran:afacileroutetointegrateantifouling,switchabilityandopticaltransparencyintonaturalpolymers”.ChemicalCommunications,2014,50,3234-3237.
26.Wang,X.;Ji,Z.;Chang,C.H.;Zhang,H.;Lin,S.;Meng,H.;Wang,M.;Liao,Y.-P.;Li,R.;Sun,B.;VanWinkle,L.S.;Pinkerton,K.;Zink,J.;Xia,T.;Nel,A.E.“Useofcoatedsilvernanoparticlestounderstandtherelationshipofparticledissolutionandbioavailabilitytocellandlungtoxicologicalpotential”.Small,2014,10(2),385-398.
27.Sun,B.;Ji,Z.;Liao,Y.-P.;Wang,M.;Wang,X.;Dong,J.;Chang,C.H.;Li,R.;Nel,A.E.;Xia,T.“Engineeringaneffectiveimmuneadjuvantbydesignedcontrolofshapeandcrystallinityofaluminumoxyhydroxidenanoparticles”.ACSNano,2013,7(12),10834-10849.HighlightedasKeyScientificArticlebyGlobalMedicalDiscovery.
28.Sun,B.;Wang,X.;Li,R.;Ji,Z.;Xia,T.“NLRP3inflammasomeactivationinducedbyengineerednanomaterials”.Small,2013,9(9-10),1595-1607.
29.Sun,B.;Li,R.;Wang,X.;Xia,T.“Predictivetoxicologicalparadigmandhighthroughputapproachfortoxicityscreeningofengineerednanomaterials”.InternationalJournalofBiomedicalNanoscienceandNanotechnology,2013,3(1-2),4-18.
30.QuG.;Liu,S.;Zhang,S.;Wang,L.;Wang,X.;Sun,B.;Yin,N.;Gao,X.;Xia,T.;Chen,J.;Jiang,G.“GrapheneoxideinducesToll-likereceptor4(TLR4)-dependentnecrosisinmacrophages”.ACSNano,2013,7(7),5732-5745.
31.Li,R.;Wang,X.;Ji,Z.;Sun,B.;Zhang,H.;Chang,C.H.;Lin,S.;Meng,H.;Liao,Y.-P.;Wang,M.;Li,Z.;Hwang,A.A.;Song,T.-B.;Xu,R.;Yang,Y.;Zink,J.;Nel,A.E.;Xia,T.“Surfacechargeandcellularprocessingofcovalentlyfunctionalizedmultiwallcarbonnanotubesdeterminepulmonarytoxicity”.ACSNano,2013,7(3),2352-2368.
32.Zhang,H.;Dunphy,D.;Jiang,X.;Meng,H.;Sun,B.;Tarn,D.;Xue,M.;Wang,X.;Lin,S.;Ji,Z.;Li,R.;Garcia,F.;Yang,J.;Kirk,M.;Xia,T.;Zink,J.;Nel,A.E.;Brinker,C.J.“Processingpathwaydependenceofamorphoussilicananoparticletoxicity-colloidalversuspyrolytic”.JournaloftheAmericanChemicalSociety,2012,134(38),15790-15804.
33.Ji,Z.;Wang,X.;ZhangH.;Lin,S.;Meng,H.;Sun,B.;George,S.;Xia,T.;Nel,A.E.;Zink,J.“DesignedsynthesisofCeO2nanorodsandnanowiresforstudyingtoxicologicaleffectsofhighaspectratiomaterials”.ACSNano,2012,6(6),5366-5380.
34.Wang,X.;Xia,T.;Duch,M.;Ji,Z.;Zhang,H.;Li,R.;Sun,B.;Lin,S.;Meng,H.;Liao,Y.-P.;Wang,M.;Song,Z.-B.;Yang,Y.;Hersam,M.C.;Nel,A.E.“PluronicF108coatingdecreasesthelungfibrosispotentialofmultiwallcarbonnanotubesbyreducinglysosomalinjury”.NanoLetters,2012,12(6),3050-3061.
35.Sun,B.;Yi,M.;Yacoob,C.;Nguyen,H.;Shen,H.“Effectofsurfacechemistryongenetransferefficiencymediatedbysurface-inducedDNA-dopednanocomposites”.ActaBiomaterialia,2012,8(3),1109-1116.
36.Nguyen,H.;Tran,K.K.;Sun,B.;Shen,H.“Activationofinflammasomesbytumorcelldeathmediatedbygoldnanoshells”.Biomaterials,2012,33(7),2197-2205.
37.Chen,H.;Sun,B.;Tran,K.K.;Shen,H.“Effectsofparticlesizeontoll-likereceptor9-mediatedcytokineprofiles”.Biomaterials,2011,32(6),1731-1737.
38.Sun,B.;Tran,K.K.;Shen,H.“Enablingcustomizationofnon-viralgenedeliverysystemsforindividualcelltypesbysurface-inducedmineralization”.Biomaterials,2009,30(31),6386-6393.
39.Chen,H.-H.;Sun,B.;Tran,K.K.;Shen,H.;Gao,D.“Amicrofluidicmanipulatorforenrichmentandalignmentofmovingcellsandparticles”.JournalofBiomechanicalEngineering,2009,131(7),074505.
40.Ma,X.;Sun,B.;Liu,T.;Cui,Z.“Studyofmicroscopicexperimentforfreezing/vitrifyingcharacteristicsofCPAsolutionandcellsuspension”.JournalofDalianUniversityofTechnology,2005,45(4),517-521.

[科研工作]
致力于生物材料、纳米材料-生物界面、免疫工程、疫苗佐剂、纳米材料生物安全性、以及环境污染物的评价与预防等研究。多学科交叉型的研究涉及了生物学、化学、材料学、医学及环境学等领域。
实验室长期招收博士后，请发简历到bingbingsun@dlut.edu.cn。
PublicationList:
1.Sun,B.*Ji,Z.Liao,Y.-P.Chang,C.H.Justine,K.Wang,X.Mirshafiee,V.Xue,C.Xia,T*.“Enhancedimmuneadjuvantactivityofaluminumoxyhydroxidenanorodsthroughcationicsurfacefunctionalization”.ACSAppliedMaterials&Interfaces,2017,9(26),21697-21705.*Correspondingauthor.
2.Mirshafiee,V.Jiang,W.Sun,B.Wang,X.Xia,T.“Facilitatingtranslationalnanomedicineviapredictivesafetyassessment”.MolecularTherapy,2017,25(7),1522-1530.
3.Wang,X.*Sun,B.*Liu,S.Xia,T.“StructureactivityrelationshipsofengineerednanomaterialsininducingNLRP3inflammasomeactivationandchroniclungfibrosis”.NanoImpact,2017,6,99-108.*Equalcontribution.
4.Jiang,W.Wang,X.Du,Y.Chang,C.H.Liao,Y-P.Osberne,O.Sun,B.Jiang,J.Ji,Z.Li,R.Liu,X.Lu,J.Lin,S.Meng,H.Xia,T.Nel,A.E.“Pro-inflammatoryandpro-fibrogeniceffectsofionicandparticulatearsenideandindium-containingsemiconductormaterialsinthemurinelung”.ACSNano,2017,11(2),1869-1883.
5.Chen,Y.Wu,Y.Sun,B.Liu,SLiu,H.“Two-dimensionalnanomaterialsforcancernanotheranostics”.Small,2017,13(10),1603446.
6.Sun,B.Wang,X.Liao,Y.-P.Ji,Z.Chang,C.H.Pokhrel,S.Justine,K.Liu,X.Wang,M.Dunphy,D.Li,R.Meng,H.Mädler,L.Brinker,C.J.Nel,A.E.Xia,T.“Repetitivedosingoffumedsilicaleadstoprofibrogeniceffectsthroughuniquestructure-activityrelationshipsandbiopersistenceinthelung”.ACSNano,2016,10(8),8054-8066.
7.Sun,B.*Xia,T.“Nanomaterial-basedvaccineadjuvants”.JournalofMaterialsChemistryB,2016,4,5496-5509.*Correspondingauthor.
8.Ji,E.H.*Sun,B.*Zhao,T.Shu,S.Chang,C.H.Messadi,D.Xia,T.Zhu,Y.Hu,S.“Characterizationofelectroniccigaretteaerosolanditsinductionofoxidativestressresponseinoralkeratinocytes”.PLOSONE,2016,11(5):e0154447.*Equalcontribution.HighlightedbyUCLANewroom,Mynewsla,abc7,MedlinePlus(NIH),Medicalnewstoday,Medicalxpress,etc.
9.Wang,X.Mansukhani,N.Guiney,L.Lee,J.-H.Li,R.Sun,B.Liao,Y.-P.Chang,C.H.Ji,Z.Xia,T.Hersam,M.C.Nel,A.E.“Toxicologicalprofilingofhighly-purifiedmetallicandsemiconductingsingle-walledcarbonnanotubesintherodentlungandE.coli”.ACSNano,2016,10(6),6008–6019.
10.Liu,J.Sun,B.Yin,H.Liu,S.“Hepcidin:apromisingtherapeutictargetforirondisorders”.Medicine,2016,95(14),e3150.
11.Sun,B.Taing,A.Liu,H.Nie,G.Wang,J.Fang,Y.Liu,L.XueY.,Liao,Y.-P.Ku,J.Xia,T.Liu,Y.“Nervegrowthfactor-conjugatedmesoporoussilicananoparticlespromoteneuron-likePC12cellproliferationandneuritegrowth”.JournalofNanoscienceandNanotechnology,2016,16(3),2390-2393.
12.Sun,B.Shen,H.“Controllingsurface-inducednanocompositesbylipoplexesforenhancedgenetransfer”.JournalofNanomaterials,2015,784836.
13.Jiang,W.Lin,S.Chang,C.H.Ji,Z.Sun,B.Wang,X.Li,R.Pon,N.Xia,T.Nel,A.E.“ImplicationsofthedifferentialtoxicologicaleffectsofIII-Vionicandparticulatematerialsforhazardassessmentofsemiconductorslurries”.ACSNano,2015,9(12),12011-12025.
14.Sun,B.Pokhrel,S.Dunphy,D.Zhang,H.Ji,Z.Wang,X.Wang,M.Liao,Y.-P.Chang,C.H.Dong,J.Li,R.Mädler,L.Brinker,C.J.Nel,A.E.Xia,T.“Reductionofacuteinflammatoryeffectsoffumedsilicananoparticlesinthelungbyadjustingsilanoldisplaythroughcalcinationandmetaldoping”.ACSNano,2015,9(9),9357-9372.HighlightedbyACSNanotation.
15.Wang,X.Mansukhani,N.Guiney,L.Ji,Z.Chang,C.H.Wang,M.Liao,Y.-P.Song,T.-B.,Sun,B.Li,R.Xia,T.Hersam,M.C.Nel,A.E.“Differencesinthetoxicologicalpotentialoftwo-dimensionalversusaggregatedmolybdenumdisulfideinthelung”.Small,2015,11(38),5079-5087.
16.Sun,B.Shen,H.“CorrelationofthecompositionofbiomineralswiththeirabilityofstimulatingintracellularDNAsensorsandinflammatorycytokines”.Biomaterials,2015,54,106-115.HighlightedbyNanowerk.
17.Li,R.Ji,Z.Dong,J.Chang,C.H.Wang,X.Sun,B.Wang,M.Liao,Y.-P.Zink,J.Nel,A.E.Xia,T.“Enhancingtheimagingandbiosafetyofupconversionnanoparticlesthroughphosphonatecoating”.ACSNano,2015,9(3),3293–3306.
18.Tang,Q.Lei,X.Cao,B.Sun,B.Zhang,Y.Cheng,G.“Anaturallyderiveddextran-peptidevectorformicroRNAantagomirdelivery”.RSCAdvances,2015,5,28019-28022.
19.Wang,X.Duch,M.Mansukhani,N.Ji,ZLiao,Y.-P.Wang,M.Zhang,H.Sun,B.Chang,C.H.Li,RLin,S.Meng,H.Xia,T.Hersam,M.C.Nel,A.E.“Useofapredictivetoxicologicalapproachthatutilizesthepro-fibrogeniceffectsofcarbonnanotubesandgraphenefortiereddecisionanalysisoftestingrequirementsforcarbon-basednanomaterials”.ACSNano,2015,9(3),3032–3043.
20.Sun,B.Wang,X.Ji,Z.Wang,M.Liao,Y.-P.Chang,C.H.Li,R.Zhang,H.Nel,A.E.Xia,T.“NADPHoxidasedependentNLRP3inflammasomeactivationplaysanimportantroleinlungfibrosisbymulti-walledcarbonnanotubes”.Small,2015,11(17),2087-2097.HighlightedbyMaterialsViewsChina.
21.Li,R.Ji,Z.Qin,H.Kang,X.Sun,B.Wang,M.Chang,C.H.Wang,X.Zhang,H.Zou,H.Nel,A.E.Xia,T.“Interferenceinautophagosomefusionbyrareearthnanoparticlesdisruptsautophagicfluxandregulationofaninterleukin-1βproducinginflammasome”.ACSNano,2014,8(10),10280-10292.
22.Tang,Q.Cao,B.Lei,X.Sun,B.Zhang,Y.Cheng,G.“Dextran-peptidehybridforefficientgenedelivery”.Langmuir,2014,30(18),5202-5208.
23.Zhang,H.Pokhrel,S.Ji,Z.Meng,H.Wang,X.Lin,S.Chang,C.H.Li,L.Li,R.Sun,B.Wang,M.Liao,Y.-P.Liu,R.Xia,T.Mädler,L.Nel,A.E.“PdOdopingtunesband-gapenergylevelsaswellasoxidativestressresponsestoaCo3O4p-typesemiconductorincellsandthelung”.JournaloftheAmericanChemicalSociety,2014,136(17),6406-6420.
24.Li,R.Ji,Z.Chang,C.H.Dunphy,D.Cai,X.Meng,H.Zhang,H.Sun,B.Wang,X.Dong,J.Lin,S.Wang,M.Liao,Y.-P.Brinker,C.J.Nel,A.E.Xia,T.“Surfaceinteractionswithcompartmentalizedcellularphosphatesexplainsrareearthoxidenanoparticlehazardandprovidesopportunitiesforsaferdesign”.ACSNano,2014,8(2),1771-1783.
25.Cao,B.Li,L.Wu,H.Tang,Q.Sun,B.Dong,H.Zhe,J.Cheng,G.“Zwitterationofdextran:afacileroutetointegrateantifouling,switchabilityandopticaltransparencyintonaturalpolymers”.ChemicalCommunications,2014,50,3234-3237.
26.Wang,X.Ji,Z.Chang,C.H.Zhang,H.Lin,S.Meng,H.Wang,M.Liao,Y.-P.Li,R.Sun,B.VanWinkle,L.S.Pinkerton,K.Zink,J.Xia,T.Nel,A.E.“Useofcoatedsilvernanoparticlestounderstandtherelationshipofparticledissolutionandbioavailabilitytocellandlungtoxicologicalpotential”.Small,2014,10(2),385-398.
27.Sun,B.Ji,Z.Liao,Y.-P.Wang,M.Wang,X.Dong,J.Chang,C.H.Li,R.Nel,A.E.Xia,T.“Engineeringaneffectiveimmuneadjuvantbydesignedcontrolofshapeandcrystallinityofaluminumoxyhydroxidenanoparticles”.ACSNano,2013,7(12),10834-10849.HighlightedasKeyScientificArticlebyGlobalMedicalDiscovery.
28.Sun,B.Wang,X.Li,R.Ji,Z.Xia,T.“NLRP3inflammasomeactivationinducedbyengineerednanomaterials”.Small,2013,9(9-10),1595-1607.
29.Sun,B.Li,R.Wang,X.Xia,T.“Predictivetoxicologicalparadigmandhighthroughputapproachfortoxicityscreeningofengineerednanomaterials”.InternationalJournalofBiomedicalNanoscienceandNanotechnology,2013,3(1-2),4-18.
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[教育背景]
1999.92004.7大连理工大学等离子体物理0博士1990.91993.7大连理工大学理论物理硕士

大连理工大学

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