胡振华女博导中国科学院自动化研究所

博导招生专业

模式识别与智能系统，研究方向：医学影像处理与分析

计算机应用技术，研究方向：生物特征识别与系统

硕导招生专业

模式识别与智能系统，研究方向：医学影像处理与分析

工作简历

•中国科学院自动化研究所，中国科学院分子影像重点实验室,研究员，2016.10–至今

•中国科学院自动化研究所，中国科学院分子影像重点实验室,副研究员，2014.11–2016.09

•中国科学院自动化研究所，中国科学院分子影像重点实验室,助理研究员，2012.09–2014.10

部分学术获奖 •2018年北京市科技新星 •2017年中美核医学青年研究学者奖 •2016年国家自然科学基金委优秀青年基金 •2016年中美核医学青年研究学者奖 •2014年世界分子影像大会旅行资助奖 •2014年第八届国际发明展览会金奖 •2013年中美核医学青年研究学者奖

部分发明专利 •基于契伦科夫效应的内窥平面成像系统和方法,发明,2015,第1作者,201410302205.

•近红外荧光手术成像系统及其使用方法,发明,2018,第2作者,201811277429.X.

•契伦科夫光学术中成像系统及其使用方法,发明,2018,第2作者,201811277587.5.

•近红外二区荧光断层成像系统,发明,2018,第3作者,CN109044277A.

作为项目负责人的部分科研项目情况：

1.北京市科技新星计划，“基于放射激发荧光分子成像的肿瘤早期检测新技术”，2018.01-2020.12，主持；

2.国家自然科学基金优秀青年科学基金项目，“分子影像”，2017.01-2019.12，主持；

3.国家重点研发计划数字诊疗装备研发重点专项，“基于核素放射激发荧光断层成像的肿瘤检测新技术”，2016.07-2018.12，主持；

4.国家自然科学基金面上项目，“放射激发荧光断层成像用于微小肿瘤诊疗一体化的研究”，2017.01-2019.12，主持；

5.中国科学院科研装备研制项目，“小动物活体多靶点多谱段光学断层分子成像系统”，2017.01-2018.12，主持；

6.国家自然科学基金青年项目，“基于混合谱的契伦科夫光学断层成像重建方法研究”，2014.01—2016.12，主持，已结题。

以计算机技术为主要手段，以生物医学成像为主题，主要研究内容包含三个方面：新型生物医学成像模型与方法，新型生物医学成像系统，生物医学应用。

FrontiersinBiomedicalPhysics期刊编委（FrontiersEditorialOffice,Switzerland），以及多个国际SCI期刊审稿人，包括AppliedPhysicsLetters、MolecularImagingandBiology、Nanomedicine:Nanotechnology,Biology,andMedicine、Bioorganic&MedicinalChemistry、EJNMMIResearch、FrontiersinPhysics、ScientificReport等。

•中国医师协会整合医学医师分会整合肿瘤学专业委员会（学组）第一届委员会，常务委员，2017.04–2020.04

•中国研究型医院学会消化内镜分子影像学专业委员会，常务委员，2014.12–2019.12 •泛亚消化内镜技术创新战略联盟，常务理事，2015.05–2018.05 •中国抗癌协会整合肿瘤学分会第一届委员会，委员，2017.04至今 •中华医学会核医学分会PET/MR脑功能成像专业委员会，委员，2017.09–2018.09 •SocietyofNuclearMedicineandMolecularImaging（美国核医学与分子影像学会），会员，2013.07–至今

ZhengS,ZhangZ,QuY,ZhangX,GuoH,ShiX,CaiM,CaoC,HuZ*,LiuH*,TianJ*.RadiopharmaceuticalsandFluoresceinSodiumMediatedTriple‐ModalityMolecularImagingAllowsPreciseImage‐GuidedTumorSurgery.AdvancedScience.2019:1900159.(HighlightedasBackCoverArticle)

2.GuoH,Yu*J,HuZ,YiH,HouY,HeX*.Ahybridclusteringalgorithmformultiple‐sourceresolvinginbioluminescencetomography.JournalofBiophotonics.2018;11(4):e201700056.

3.LiuM,ZhengS,ZhangX,GuoH,ShiX,KangX,QuY,HuZ*,TianJ*.Cerenkovluminescenceimagingonevaluationofearlyresponsetochemotherapyofdrug-resistantgastriccancer.Nanomedicine:Nanotechnology,Biology,andMedicine.2018;14(1):205-213.(HighlightedasFeaturedArticleandCoverArticle)

4.ZhangZ,CaiM,BaoC,HuZ*,TianJ*.EndoscopicCerenkovluminescenceimagingandimage-guidedtumorresectiononhepatocellularcarcinoma-bearingmousemodels.Nanomedicine:Nanotechnology,BiologyandMedicine.2019;17:62-70.(HighlightedasFeaturedArticleandCoverArticle)

5.HuZ,ZhaoM,QuY,ZhangX,ZhangM,LiuM,GuoH,ZhangZ,WangJ*,YangW*,TianJ*.Invivothree-dimensionalradiopharmaceuticalexcitedfluorescencetomography.JournalofNuclearMedicine.2017;58(1):169-174.

6.HuZ,ChiC,LiuM,GuoH,ZhangZ,ZengC,YeJ,WangJ,TianJ*,YangW*,XuW*.Nanoparticle-mediatedradiopharmaceutical-excitedfluorescencemolecularimagingallowspreciseimage-guidedtumor-removalsurgery.Nanomedicine:Nanotechnology,BiologyandMedicine.2017;13(4):1323-1331.

7.GuoH,HeX*,LiuM,ZhangZ,HuZ*,TianJ*.WeightmultispectralreconstructionstrategyforenhancedreconstructionaccuracyandstabilitywithCerenkovluminescencetomography.IEEETransactionsonMedicalImaging.2017;36(6):1337-1346.

8.LiuM,GuoH,LiuH,ZhangZ,ChiC,HuiH,DongD,HuZ*,TianJ*.Invivopentamodaltomographicimagingforsmallanimals.BiomedicalOpticsExpress.2017;8(3):1356-1371.

9.GuoH,HuZ*,HeX*,ZhangX,LiuM,ZhangZ,ShiX,ZhengS,TianJ*.Non-convexsparseregularizationapproachframeworkforhighmultiple-sourceresolutioninCerenkovluminescencetomography.OpticsExpress,2017,25(23):28068-28085.

10.HuZ,QuY,WangK,ZhangX,ZhaJ,SongT,BaoC,LiuH,WangZ,WangJ,LiuZ,LiuH*,TianJ*.Invivonanoparticle-mediatedradiopharmaceutical-excitedfluorescencemolecularimaging.NatureCommunications.2015;6:7560.

11.WangK,ChiC,HuZ,LiuM,HuiH,ShangW,PengD,ZhangS,YeJ,LiuH,TianJ*.Opticalmolecularimagingfrontiersinoncology:thepursuitofaccuracyandsensitivity.Engineering.2015;1(3):309-323.

12.LiuH,YangX,SongT,BaoC,ShiL,HuZ*,WangK*,TianJ*.MultispectralhybridCerenkovluminescencetomographybasedonthefiniteelementSPnmethod.JournalofBiomedicalOptics.2015;20(8):086007.

13.SongT,LiuX*,QuY,LiuH,BaoC,LengC,HuZ*,WangK*,TianJ*.AnovelendoscopicCerenkovluminescenceimagingsystemforintraoperativesurgicalnavigation.MolecularImaging.2015;14:443-449.

14.HuZ,YangW,LiuH,WangK,BaoC,SongT,WangJ*,TianJ*.FromPET/CTtoPET/MRI:advancesininstrumentationandclinicalapplications.MolecularPharmaceutics.2014;11(11):3798-3809.

15.DingX,WangK,JieB,LuoY,HuZ*,TianJ.ProbabilitymethodforCerenkovluminescencetomographybasedonconformanceerrorminimization.BiomedicalOpticsExpress.2014;5(7):2091-2112.

16.HuZ,YangW,MaX,MaW,QuX,LiangJ*,WangJ*,TianJ*.CerenkovluminescencetomographyofaminopeptidaseN(APN/CD13)expressioninmicebearingHT1080tumors.MolecularImaging.2013;12(3):173-181.

17.HuZ,MaX,QuX,YangW,LiangJ,WangJ*,TianJ*.Three-dimensionalnoninvasivemonitoringiodine-131uptakeinthethyroidusingamodifiedCerenkovluminescencetomographyapproach.PLoSONE.2012;7(5):e37623.

18.HuZ,ChenX,LiangJ*,QuX,ChenD,YangW,WangJ,CaoF,TianJ*.Singlephotonemissioncomputedtomography-guidedCerenkovluminescencetomography.JournalofAppliedPhysics.2012;112(2):024703.

19.​YangW,QinW,HuZ,SuoY,ZhaoR,MaX,MaW,WangT,LiangJ,TianJ,WangJ*.ComparisonofCerenkovluminescenceimaging(CLI)andgammacameraimagingforvisualizationoflet-7expressioninlungadenocarcinomaA549cells.NuclearMedicineandBiology.2012;39(7):948-953.

20.QinC,ZhongJ,HuZ,YangX,TianJ*.RecentadvancesinCerenkovluminescenceandtomographyimaging.IEEEJournalofSelectedTopicsinQuantumElectronics.2012;18(3):1084-1093.

21.RenN,ZhaoH,ZhuS,QuX,LiuH,HuZ,LiangJ*,TianJ*.VoxelclassificationmethodologyforrapidMonteCarlosimulationoflightpropagationincomplexmedia.ChineseOpticsLetters.2011;9(4):041701-1-4.

22.ZhangQ,ZhaoH,ChenD,QuX,ChenX,HeX,LiW,HuZ,LiuJ,LiangJ*,TianJ*.Sourcesparsitybasedprimal-dualinterior-pointmethodforthree-dimensionalbioluminescencetomography.OpticalCommunication.2011;284(24):5871-5876.

23.HuZ,LiangJ,YangW,FanW,LiC,MaX,ChenX,MaX,LiX,QuX,WangJ*,CaoF*,TianJ*.ExperimentalCerenkovluminescencetomographyofthemousemodelwithSPECTimagingvalidation.OpticsExpress.2010;18(24):24441-24450.

24.LiuJ,WangY,QuX,LiX,MaX,HanR,HuZ,ChenX,SunD,ZhangR,ChenD,ChenD,ChenX,LiangJ*,CaoF*,TianJ*.Invivoquantitativebioluminescencetomographyusingheterogeneousandhomogeneousmousemodels.OpticalExpress.2010;18(12):13102-13113.

部分国际会议论文发表情况：

1.ShiX,ZhangZ,HuZ*,TianJ*.Adopednanoparticlemediate18F-FDGexcitedfluorescencemolecularimaging.The2019SPIEPhotonicsWest,SanFrancisco,USA,February.2-7(oralpresentation)

2.HuZ,ZhangZ,GuoH,TianJ.IntraoperativeCerenkovluminescenceimagingforimage-guidedresectionoflowrectalcanceronswinemodels.The2018AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,Philadelphia,USA,Jun.23-26(oralpresentation)

3.HuZ,ZhangZ,GuoH,LiuM,ShiX,TianJ.ConstructionofanovelintraoperativeCerenkovluminescenceimagingsystemforimage-guidedresectionofcolorectalcanceronpatients.The2017AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,Denver,USA,Jun.10-14(oralpresentation)(2017YoungInvestigatorAwardfromtheChineseAmericanSocietyofNuclearMedicine).

4.HuZ,LiuM,GuoH,ZhangZ,TianJ.Image-guidedcancersurgeryusinganovelnanoparticle-mediatedradiopharmaceutical-excitedfluorescencemolecularimaging.The2016AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,SanDiego,USA,Jun.11-15(oralpresentation)(2016YoungInvestigatorAwardfromtheChineseAmericanSocietyofNuclearMedicine).

5.HuZ,DingX,JiaX,TianJ.ComparisonofCerenkovluminescenceimagingandpositronemissiontomographyforthedetectionofsubcutaneousbreasttumorinanimalmodels.The2015AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,Baltimore,USA,Jun.6-10.

6.HuZ,TanT,QuY,ZhangX,LiuH,TianJ.Highresolutionmicro-endoscopyforthediagnosisofgastriccarcinomaandprecancerouslesions.The2015WorldMolecularImagingCongress,Honolulu,USA,Sept.2-5.

7.HuZ,QuY,WangK,SongT,ZhangX,LiuH,TianJ.Apreliminarystudy:radiopharmaceuticalsinducedfluorescenceimaginginvivo.The2014WorldMolecularImagingCongress,Seoul,Korea,Sept.17-20(KSMITravelStipendAwardfortheWorldMolecularImagingCongress).

8.HuZ,WangK,SongT,TianJ.Anewopticalimagingstrategy:18F-FDGinducedrareearthluminescenceimaging.The2014AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,St.Louis,USA,Jun.7-11.

9.HuZ,QuY,WangK,ZhangX,LiuH,TianJ.Invivoradiopharmaceuticalexcitationfluorescenceimaging.The2014IEEEnuclearsciencesymposiumandmedicalimagingconference,Seattle,USA,Nov.8-15.

10.HuZ,WangK,LiuH,MuW,ZhangQ,DuY,TianJ.EndoscopicCerenkovluminescencetomographyofratswithgastrictumors.The2013AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,Vancouver,Canada,Jul.8-12(oralpresentation)(2013YoungInvestigatorAwardfortheChineseAmericanSocietyofNuclearMedicine).

11.HuZ,LiuH,WangK,MuW,DingX,TianJ.BronchoscopicCerenkovluminescenceimagingoftheradioactivesourcewith18F-FDG.The2013WorldMolecularImagingCongress,Georgia,USA,Sept.18-21.

12.HuZ,YangW,MaX,MaW,ChenZ,QuX,WangJ,LiangJ,TianJ.Cerenkov-basedopticaltomographyofAPN/CD13expressioninthenudemicebearingHT1080fibrosarcomatumours.The2012AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,Miami,USA,Jul.9-13.

13.HuZ,ZhouY,LinX,YangW,QuX,LiangJ,WangJ,TianJ.PenetrationdepthlimitsofCerenkovluminescencegenerationfromelectron-emittingradiotracer.The2011WorldMolecularImagingCongress,SanDiego,USA,Sept.7-10.

14.SongT,HuZ,LuJ,WangK,LiuX,TianJ.InvitroandinvivoendoscopicCerenkovluminescenceimaging.The2014AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,St.Louis,USA,Jun.7-11(oralpresentation).

15.SongT,BaoC,HuZ,WangK,LiuX,TianJ.EndoscopicCerenkovluminescenceimaging:invivosmallanimaltumormodelvalidation.The2015SocietyofPhoto-OpticalInstrumentationEngineersMedicalImaging,Orlando,USA,Feb.21-26.

16.LiuH,HuZ,WangK,TianJ.Cerenkovluminescencetomographybasedonpreconditioningorthogonalmatchingpursuit.The2015SocietyofPhoto-OpticalInstrumentationEngineersMedicalImaging,Orlando,USA,Feb.21-26.

17.LiuH,HuZ,WangK,SongT,BaoC,TianJ.Cerenkovluminescencetomographybasedonthehigh-ordersimplifiedsphericalharmonicsapproximation.The2014WorldMolecularImagingCongress,Seoul,Korea,Sept.17-20.

18.SongT,HuZ,WangK,LiuX,TianJ.AresearchofsmallanimalCerenkovsurgicalnavigationsystem.The2014WorldMolecularImagingCongress,Seoul,Korea,Sept.17-20.

19.LiuH,HuZ,WangK,MuW,TianJ.AnimprovedmultispectralCerenkovluminescencetomographyforthemousewiththeimplantedradioactivesource.The2013AnnualMeetingoftheSocietyofNuclearMedicineandMolecularImaging,Vancouver,Canada,Jul.8-12.

20.WangK,HuZ,LiuH,MuW,TianJ.InvivohybridspectralCerenkovluminescencetomographyusingpositron-emittingradiopharmaceutical18F-FDG.The2013WorldMolecularImagingCongress,Georgia,USA,Sept.18-21.

21.MuW,LiuH,ShenW,HuZ,WangK,TianJ.AutomaticextractionofRegionofInterestfromtheemergingCerenkovLuminescenceEndoscopyImages.The2013WorldMolecularImagingCongress,Georgia,USA,Sept.18-21.

22.MuW,LiuH,DingX,SongT,HuZ,WangK,TianJ.UncoupledEndoscopicCerenkovluminescenceImagingofSmallAnimals.The13thAnnualConferenceofChineseBiophysicsSociety,Nanchang,Jiangxi,2013,Oct.28-Nov.1.