發(fā)表論文：
1.XieF,FuH,HouJF,JiaoK,MichaelCostigan,ChenJ*.Highenergydiets-inducedmetabolicandprediabeticpainfulpolyneuropathyinrats.PloSOne.2013,8(2):e57427.SCI
2.YuYQ,ZhaoZY,ChenXF,XieF,YangY,ChenJ*.Activationoftetrodotoxin-resistantsodiumchannelNaV1.9inratprimarysensoryneuronscontributestomelittin-inducedpainbehavior.NeuromolMed.2013,15:209-217.SCI
3.LiuMG,LuD,WangY,ChenXF,LiZ,XuY,JinJH,WangRR,ChenJ*.Counteractingrolesofmetabotropicglutamatereceptorsubtype1and5inregulationofpain-relatedspatialandtemporalsynapticplasticityinratentorhinal-hippocampalpathways..NeurosciLett.2012,507:38-42.SCI
4.DingJ,ZhangJR,WangY,LiCL,LuD,GuanSM,ChenJ*.Effectsofanon-selectiveTRPCchannelblocker,SKF-96365,onmelittin-inducedspontaneouspersistentnociceptionandinflammatorypainhypersensitivity.NeuroscienceBulletin.2012,28(2):173-182.SCI
5.LiuMG,ChenXF,HeT,LiZ.Useofmulti-electrodearrayrecordingsinstudiesofnetworksynapticplasticityinbothtimeandspace.NeuroscienceBulletin.2012,28(4):409-422.SCI
6.LiMM,ChenH,TangJ,HaoJ,ChenJ*.Characterizationofnociceptiveresponsestobeevenom-inducedinflammationinneonatalrats.BrainResearch.2012,1472:54-52.SCI
7.DuYR,XiaoY,LuZM,DingJ,XieF,FuH,WangY,JudithA.Strong,ZangJM,ChenJ*.MelittinactivatesTRPV1receptorsinprimarynociceptivesensoryneuronsviathephospholipaseA2cascadepathways.BiochemicalandBiophysicalResearchcommunications.2011,408:32-37.SCI
8.DingJ,xiaoY,LuD,DuYR,CuiXY,ChenJ*.EffectsofSKF-96365,aTRPCinhibitor,onmelittin-inducedinwardcurrentandintracellularCa2+riseinprimarysensorycells.NenrosciBull.2011,27(3):135-142.SCI
9.LiuMG,WangRR,ChenXF,ZangFK,CuiXY,ChenJ*.Differentialr0lesofERK,JNKandp38MAPKinpain-relatedspatialandtemporalenhaneementofsynapticresponsesinthehippocampalformationofrats:Multi-electrodearrayrecordings.BrainResearch.2011,1382:57-69.SCI
10.WangCM,YangL.LuD,LuYF,ChenXF,YuYQ,LiZ,ZangFK,LiH,ChenJ*.Simultaneousmultisiterecor-dingsofneuralensembleresponsesinthemotorcortexofbehavingratstoperipheralnoxiousheatandchenicalstimuli.BehaviouralBrainResearch.2011,223:192-202.SCI
11.ChenJ*..Historyofpaintheories.NeuroscienceBulletin.2011,27:343-350.SCI
12.YuHY,MuD,ChenJ,YinW.SuppressiveEffectsofIntrathecalPaeoniflorinonBeeVenom-InducedPain-RelatedBehaviorsandSpinalNeuronalActivation.Pharmacology.2011,88:159-166.
13.YuYQ,ZhaoF,GuanSM,ChenJ*..Antisense-mediatedknockdownofNaV1.8,butnotNaV1.9,generatesinhibitoryeffectsoncompleteFreund’sadjuvant-inducedinflammatorypaininrat..PLoSOne.2011,6(5):e19865.SCI
14.CaoFL,ShangGW,WangY,YangF,LiCL,ChenJ*.Antinociceptiveeffectsofintragastricdl-tetrahydropalmatineonvisceralandsomaticpersistentnociceptionandpainhypersensitivityinrats.PharmacolBiochemBehav.2011,100:199-204.SCI
15.GongKR,CaoFL,HeY,GaoCY,WangDD,LiH,ZhangFK,AnYY,LinQ,ChenJ*..Enhancedexcitatoryandreducedinhibitorysynaptictransmissioncontributetopersistentpain-inducedneuronalhyper-responsivenessinanteriorcingulatecortex..Neuroscience.2010,171:1314-1325.SCI
16.ChenJ*,LariviereWR..Thenociceptiveandanti-nociceptiveeffectsofbeevenominjectionandtherapy:adouble-edgedsword..ProgressinNeurobiology.2010,92:151-183.SCI
17.YuYQ,ZhaoF,ChenJ*..ActivationofERK1/2intheprimaryinjurysiteisrequiredtomaintainmelittin-enhancedwind-upofratspinalwide-dynamic-rangeneurons..NeurosciLett.2009,459:137-141.SCI
18.YanLH,HouJF,LiuMG,LiMM,CuiXY,LuZM,ZhangFK,AnYY,ShiL,ChenJ*..Imbalancebetweenexcitatoryandinhibitoryaminoacidsatspinallevelisassociatedwithmaintenanceofpersistentpain-relatedbehaviors,.PharmacolRes,.2009,2009,59:290-299..SCI
19.LuZM,XieF,FuH,LiuMG,CaoFL,HaoJ,ChenJ*..RolesofperipheralP2XandP2Yreceptorsinthedevelopmentofmelittin-inducednociceptionandhypersensitivity,.NeurochemRes,.2008,33(2008):2085-2091..SCI
20.LiMM,YuYQ,FuH,XieF,XuLX,ChenJ*..Extracellularsignal-regulatedkinasesmediatemelittin-inducedhypersensitivityofspinalneuronstochemicalandthermalbutnotmechanicalstimuli,.BrainResBull.2008,77(2008):227-232..SCI
21.CuiXY,DaiY,WangSL,YamanakaH,KobayashiK,ObataK,ChenJ*,NoguchiK*..Differentialactivationofp38andextracellularsignal-regulatedkinaseinspinalcordinamodelofbeevenom-inducedinflammationandhyperalgesia,.MolecularPain,.2008,4(2008):17(pp1-11)..SCI
22.HaoJ,LiuMG,YuYQ,CaoFL,LiZ,LuZM,ChenJ*..Rolesofperipheralmitogen-activatedproteinkinasesinmelittin-indcednociceptionandhyperalgesia,.Neuroscience,.2008,152(2008):1067-1075.SCI
23.ChangY,YanLH,ZhangFK,GongKR,LiuMG,XiaoY,XieF,FuH,ChenJ*..Spatiotemporalcharacteristicsofpain-associatedneuronalactivitiesinprimarysomatosensorycortexinducedbyperipheralpersistentnociception,.NeurosciLett,.2008,448(2008):134-138..SCI
24.RenLY,LuZM,LiuMG,YuYQ,LiZ,ShangGW,ChenJ*..Distinctrolesoftheanteriorcingulatecortexinspinalandsuprapinalbeevenom-inducedpainbehaviors,.Neuroscience,.2008,153(2008).:268-278.SCI
25.LiuMG,ZhangFK,GuoSW,ZhaoLF,AnYY,CuiXY,ChenJ*..Phosphorylationofc-JunN-terminalkinaseisoformsandtheirdifferentrolesinspinalcorddorsalhornandprimarysomatosensorycortex,.NeurosciLett,.2007,427(2007):39-43..SCI
26.GuoSW,LiuMG,LongYL,RenLY,LuZM,YuHY,HouJF,LiH,GaoCY,CuiXY,AnYY,LiJF,ZhaoLFandChenJ*..Region-orstate-relateddifferencesinexpressionandactivationofextracellularsignal-regulatedkinases(ERKs)innaiveandpain-experiencingrats,.BMCNeuroscience,.2007,8(2007):53-66.SCI
27.CaoFL,LiuMG,HaoJ,LiZ,LuZM,ChenJ*..Differentrolesofspinalp38andc-JunN-terminalkinasepathwaysinbeevenom-inducedmultiplepain-relatedbehaviors,.NeurosciLett,.2007,427(2007):50-54.SCI
28.ShangGW,LiuDN,YanLH,CuiXY,ZhangKP,QiC,ChenJ*..Nociceptivestimulusmodalityrelateddifferenceinpharmacokinetic-pharmacodynamicmodelingofmorphineintherat,Pharmacology,BiochemistryandBehaviors,.Pharmacology,BiochemistryandBehaviors,.2006,85:464-473..SCI
29.ChenYN,LiKC,LiZ,ZhangZW,JiYH,GaoGD,ChenJ*..Effectsofbeevenompeptidergiccomponentsonratbehaviorsrelatedtopainandinflammation,Neuroscience,.Neuroscience,.2006,138:631-640..SCI
30.YuYQ,ChenJ*..Activationofspinalextracellularsignaling-regulatedkinasesbyintraplantarmelittininjection,.NeurosciLett,.2005,381:194-198..SCI
31.SunYY,LiKC,ChenJ*..Evidenceforperipherallyantinociceptiveactionofpropofolinrats:Behavioralandspinalneuronalresponsestosubcutaneousbeevenom,.BrainRes,.2005,1043:231-235..SCI
32.ZhengJH,ChenJ,Arendt-NielsenL..Complexityoftissueinjury-inducednociceptivedischargeofdorsalhornwidedynamicrangeneuronsintherat,correlationwitheffectsofsystemicmorphine,.BrainRes,.2004,1001:143-149.SCI
33.LiKC,ChenJ*..Alteredpain-relatedbehaviorsandspinalneuronalresponsesproducedbys.c.injectionofmelittininrats,.Neuroscience,.2004,126:753-762..SCI
34.HouSX,TangJG,ChenHS,ChenJ..Chronicinflammationandcompressionofthedorsalrootcontributetosciaticainducedbytheintervertebraldischerniationinrats,.Pain,.2003,105:255-264..SCI
35.YouHJ,MorchCD,ChenJ*,Arendt-NielsenL..Simultaneousrecordingsofwind-upofpairedspinaldorsalhornnociceptiveneuronandnociceptiveflexionreflexintherat,.BrainRes,.2003,960:228-238..SCI
36.YouHJ,MorchCD,ChenJ,Arendt-NielsenL,.RoleofcentralNMDAversusnon-NMDAreceptorinspinalwithdrawalreflexinspinalanesthetizedratsundernormalandhyperexcitableconditions,.BrainRes,.2003,981:12-22..SCI
37.YouHJ,MorchCD,ChenJ,Arendt-NielsenL,.DifferentialantinociceptiveeffectsinducedbyhighlyselectiveCOX-2inhibitorSC-236onsimultaneousdorsalhornneuronresponsesandspinalcordreflexinanesthetizedspinalrats,.Neuroscience,.2003,121:459-472..SCI
38.ChenHS,LiMM,ShiJ,ChenJ*,.Supraspinalcontributiontodevelopmentofbothtonicnociceptionandreferredmirrorhyperalgesia:Acomparativestudybetweenformalintestandbeevenomtestintherat,.Anesthesiology,.2003,98:1231-1236..SCI
39.LiKC,ChenJ*..DifferentialrolesofspinalproteinknasesCandAindevelopmentofprimaryheatandmechanicalhypersensitivityinducedbysubcutaneousbeevenomchemicalinjuryintherat,.NeuroSignals,.2003,12:292-301..SCI
40.LuoC,KumamotoE,FurueH,ChenJ,YoshimuraM,.Nociceptininhibitsexcitatorybutnotinhibitorytransmissiontosubstantiagelatinosaneuronesofadultratspinalcord..Neuroscience,.2002,109:349-358..SCI
41.LuoC,KumamotoE,FurueH,ChenJ,YoshimuraM,.Anandamideinhibitsexcitatorytransmissiontoratsubstantiagelatinosaneuronesinamannerdifferentfromthatofcapsaicin..NeurosciLett,.2002,321.:17-20..SCI
42.ZhengJH,JianZ,ChenJ*,.Detectionofdeterministicbehaviorwithinthetissueinjury-inducedpersistentfiringofnociceptiveneuronsinthedorsalhornoftheratspinalcord,.JournalofComputationalNeuroscience,.2002,13:23-34..SCI
43.YouHJ,ChenJ,MorchCD,Arendt-NielsonL,.Differentialeffectofperipheralglutamate(NMDA,non-NMDA)receptorantagonistsonbeevenominducedspontaneousnociceptionandsensitization,.BrainResearchBulletin,.2002,58:561-567..SCI
44.ChenHS,ChenJ*,ChenJ,GuoWGandZhengMH,.Establishmentofbeevenom-inducedcontralateralheathyperalgesiaintheratisdependentuponcentraltemporalsummationofafferentinputfromthesiteofinjury,.NeurosciLett,.2001,298:57-60..SCI
45.ZhengJHandChenJ*,.Differentialrolesofspinalneurokinin1/2receptorsindevelopmentofpersistentspontaneousnociceptionandhyperalgesiainducedbysubcutaneousbeevenominjectionintheconsciousrat,.Neuropeptides,.2001,35:32-44..SCI
46.ChenJ*andChenHS,.Pivotalroleofcapsaicin-sensitiveprimaryafferentsindevelopmentofbothheatandmechanicalhyperalgesiainducedbyintraplantarbeevenominjection,.Pain,.2001,91:367-376..SCI
47.ChenHS,ChenJ*andSunYY,.Contralateralheathyperalgesiainducedbyunilaterallyintraplantarbeevenominjectionisproducedbycentralchanges:abehavioralstudyintheconsciousrat,.NeurosciLett,.2000,284:45-48..SCI
48.ChenHSandChenJ*,.Secondaryheat,butnotmechanical,hyperalgesiainducedbysubcutaneousinjectionofbeevenomintheconsciousrat:effectofsystemicMK-801,anon-competitiveNMDAreceptorantagonist,.EurJPain,.2000,4:389-401..SCI
49.ZhengJHandChenJ*,.ModulatoryrolesoftheATPP2x-purinoceptoringenerationofthepersistentnociceptioninducedbysubcutaneousbeevenominjectionintheconsciousrat,.NeurosciLett,.2000,278:41-44..SCI
50.LiKC,ZhengJHandChenJ*,.InvolvementofspinalproteinkinaseCininductionandmaintenanceofbothpersistentspontaneousflinchingreflexandcontralateralheathyperalgesiainducedbysubcutaneousbeevenomintheconsciousrat,.NeurosciLett,.2000,285:103-106..SCI
51.YouHJ,andChenJ*,.Differentialeffectsofsubcutaneousinjectionofformalinandbeevenomonresponsesofwide-dynamic-rangeneuronsinspinaldorsalhornoftherat,.EurJPain,.1999,3:177-180..SCI
52.ChenJ*,LuoC,LiHLandChenHS,.Primaryhyperalgesiatomechanicalandheatstimulifollowingsubcutaneousbeevenominjectionintotheplantarsurfaceofhindpawintheconsciousrat:Acomparativestudywiththeformalin.Pain,.1999,83:67-76..SCI
53.ChenJ*,LiHL,LuoC,LiZandZhengJH,.InvolvementofperipheralNMDAandnon-NMDAreceptorsindevelopmentofpersistentfiringofspinalwide-dynamic-rangeneuronsinducedbysubcutaneousbeevenominjectioninthecat,.BrainRes,.1999,844:98-105..SCI
54.ChenJ*andKoyamaN,.Differentialactivationofspinaldorsalhornunitsbysubcutaneousformalininjectioninthecat:Anelectrophysiologicalstudy,.ExperimentalBrainResearch.1998,118:14-18..SCI
55.ChenJ*,LuoCandLiHL,.Thecontributionofspinalneuronalchangestodevelopmentofprolonged,tonicnociceptiveresponsesofthecatinducedbysubcutaneousbeevenominjection,.EurJPain,.1998,2:359-376..SCI
56.LuoC,ChenJ*,LiHLandLiJS,.Spacialandtemporalexpressionofc-Fosproteininthespinalcordofratinducedbysubcutaneousbeevenominjection,.BrainRes,.1998,806:175-185..SCI
57.ChenJ,KoyamaN,KanekoTandMizunoN,.ThelocuscoeruleusoftheJapanesemonkey(Macacafuscata)doesnotexpressmu-opioidreceptor-likeimmunoreactivity,.BrainResearch.1997,755:326-330..SCI
58.KoyamaN,NishikawaY,ChenJ,BalderramaRPandYokotaT,.DifferentialinhibitorymechanismsinVPLversusintralaminarnociceptiveneuronsofthecat:II.EffectsofsystemicmorphineandCCK,.JpnJPhysiol.,.1995,45:1029-1041..SCI
59.ChenJ*,ZengSL,RaoZRandShiJW,.RaoZRandShiJW,Serotonergicprojectionsfromthemidbrainperiaqueductalgrayandnucleusraphedorsalistothenucleusparafascicularisofthethalamus,.BrainResearch.1992,584:294-298..SCI
60.ChenJ*,RaoZRandShiJW,.Thesitesoforiginofalpha-melanocytestimulatinghormone-containingaxonalcomponentsinthelateralareaofthemidbrainperiaqueductalgrayoftherat,.BrainResearch.1992,575:333-336..SCI
著作、編譯著作及章節(jié)：
1. 陳 軍 譯 橫田敏勝 著：第8章 臨床疼痛生理學(xué). 張立生 劉小立主編： 《現(xiàn)代疼痛學(xué)》 ,石家莊：河北科學(xué)技術(shù)出版社 1999, pp 98-125.
2. 陳 軍 李繼碩 主編： 《膜片鉗實(shí)驗(yàn)技術(shù)》 ， 北京：科學(xué)出版社 2001
3. 陳 軍 第4章 脊髓痛覺傳遞. 江澄川 趙志奇 蔣豪 主編： 《疼痛的基礎(chǔ)與臨床》 ，上海：復(fù)旦大學(xué)出版社 2001, p30-81.
4. 趙志奇 陳 軍 第8章 內(nèi)臟痛與牽涉痛的中樞機(jī)制，江澄川 趙志奇 蔣豪 主編： 《疼痛的基礎(chǔ)與臨床》 ，上海：復(fù)旦大學(xué)出版社 2001, p129-136.
5. 陳 軍 脊髓背角在病理性痛發(fā)生中的作用機(jī)制.徐天樂,王曉民,周 專,曹河圻主編: 《神經(jīng)科學(xué)進(jìn)展》 （一）,北京:科學(xué)出版社 2002, p401-410
6. Chen J . Diversity of spinal mechanisms of pathological pain. 范明、王曉民、周專、饒毅、丘小慶、徐天樂主編： 神經(jīng)科學(xué)進(jìn)展》 （二），北京：高等教育出版社，2003，p13-23.
7. Chen J , Chen ACN, Han JS, Willis WD (Editors). Experimental Pathological Pain: From Molecules to Brain Functions Beijing : Science Press. 2003.
8. Chen J. The Bee Venom Test: A Novel Useful Animal Model for Study of Spinal Coding and Processing of Pathological Pain Information. In: Chen J, Chen ACN, Han JS and Willis WD (Eds). Experimental Pathological Pain: From Molecules to Brain Functions Beijing : Science Press, 2003, pp77-110.
9. Luo C, Li Z, Chen J . Application of Adult Rat Spinal Slice Patch-clamp Recording Technique in the Study of Nociceptive Transmission and Modulation. In: Chen J, Chen ACN, Han JS and Willis WD (Eds). Experimental Pathological Pain: From Molecules to Brain Functions . Beijing : Science Press, 2003, pp124-140.
10. Zheng JH, Jian Z, Temporal Decoding of Persistent Pain Signal Processing in the Spinal Cord Dorsal Horn: Application of Non-linear Dynamic Analytical Methods. In: Chen J, Chen ACN, Han JS and Willis WD (Eds). Experimental Pathological Pain: From Molecules to Brain Functions Beijing : Science Press, 2003, pp151-164.
11. 王曉民、徐曉明、 陳 軍 、梅 林、高天明、范 明、徐 林主編： 《神經(jīng)科學(xué)進(jìn)展》 （三），北京：高等教育出版社，2004.
12. 李萌萌、 陳 軍 .胎兒及新生兒疼痛的發(fā)育生物學(xué). 王曉民、徐曉明、 陳 軍 神經(jīng)科學(xué)進(jìn)展》 （三），北京：高等教育出版社，2004,pp331-345.
13. 陳 軍 第13章 疼痛神經(jīng)生物學(xué). 鞠 躬 主編： 《神經(jīng)生物學(xué)》 ，北京：人民衛(wèi)生出版社 2004,pp343-370.
14. 陳 軍 中國大百科全書》 生物學(xué)科 貝時(shí)璋 主編 趙志奇 副主編，北京：中國大百科全書出版社,2004.
15. 陳 軍 電生理技術(shù). 《中國大百科全書》 生物學(xué)科 貝時(shí)璋 主編 趙志奇 副主編，北京：中國大百科全書出版社,2004.
16. 趙志奇、 陳 軍 《現(xiàn)代神經(jīng)科學(xué)研究技術(shù)》 ，北京：科學(xué)出版社2006.
17. 陳 軍、王曉民 主編：《An Introduction to Neuroscience: From Molecules to Network》中文導(dǎo)讀，北京：科學(xué)出版社2006. (11)
翻譯文章：
1. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第一部分 膜片鉗技術(shù)的原理和操作 神經(jīng)解剖學(xué)雜志 1994,10: 360－369.
2. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第二部分 泵電流和運(yùn)輸電流的分析法 神經(jīng)解剖學(xué)雜志 1994,10:370－374.
3. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第三部分 組織切片膜片鉗技術(shù) 神經(jīng)解剖學(xué)雜志 1995,11:81－86.
4. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第四部分(1) 全細(xì)胞記錄法和穿孔膜片鉗法 神經(jīng)解剖學(xué)雜志 1995,11:87－94.
5. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第四部分(2) 全細(xì)胞記錄法和穿孔膜片鉗法 神經(jīng)解剖學(xué)雜志 1995,11:170－184.
6. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第五部分 膜電容測定法 神經(jīng)解剖學(xué)雜志 1995,11:265－270.
7. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第六部分 細(xì)胞內(nèi)灌流法和巨大切割膜片鉗法 神經(jīng)解剖學(xué)雜志 1995,11:271－278.
8. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第七部分 在新生大鼠離體腦干－脊髓標(biāo)本上建立的膜片鉗法及其應(yīng)用 神經(jīng)解剖學(xué)雜志 1995,11:389－398.
9. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第八部分 用油隔絕法進(jìn)行細(xì)胞內(nèi)灌流的膜電流記錄 神經(jīng)解剖學(xué)雜志 1995,11:399－404.
10. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第九部分 離子通道噪聲的分析法 神經(jīng)解剖學(xué)雜志 1996,12:87－94.
11. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第十部分 Caged化合物及藥物瞬間投與法 神經(jīng)解剖學(xué)雜志 1996,12:172－176.
12. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第十一部分 Ca2+熒光測光法/同期膜片鉗記錄法 神經(jīng)解剖學(xué)雜志 1996,12:284－290.
13. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第十二部分 單一離子通道記錄數(shù)據(jù)的分析法 神經(jīng)解剖學(xué)雜志 1996,12:417－428.
14. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第十三部分(1) 應(yīng)用于離子通道研究中的脂質(zhì)平面膜法 神經(jīng)解剖學(xué)雜志 1997,13:190-202
15. 陳 軍譯 李繼碩校：［膜片鉗實(shí)驗(yàn)技術(shù)系列講座］第十三部分(2) 應(yīng)用于離子通道研究中的脂質(zhì)平面膜法 神經(jīng)解剖學(xué)雜志 1997,13:190-202
國內(nèi)、國際會(huì)議專題（含邀請）報(bào)告及其他
1. 陳 軍 *Peripheral and Central Neural Mechanisms Underlying A Tonic Pain Model: Formalin Test - An Electrophysiological Study in the Cat, 中國神經(jīng)科學(xué)學(xué)會(huì)第二屆學(xué)術(shù)會(huì)議論文摘要（西安，1997年10月16-19日），神經(jīng)解剖學(xué)雜志，1997，13(增刊): pp349-350.(獲青年優(yōu)秀論文二等獎(jiǎng))
2. 陳 軍* 組織損傷后長時(shí)程持續(xù)性痛神經(jīng)機(jī)制的研究，中國科協(xié)第三屆青年學(xué)術(shù)年會(huì)論文集：《生命科學(xué)與生物技術(shù)》（1998年8月19─22日），北京：中國科學(xué)技術(shù)出版社 pp 312-316, 1998.
3. 陳 軍* 化學(xué)組織損傷誘導(dǎo)的長時(shí)程持續(xù)性痛的神經(jīng)學(xué)機(jī)制：行為、電生理及神經(jīng)化學(xué)研究，中國生理學(xué)會(huì)第20屆全國代表大會(huì)暨學(xué)術(shù)年會(huì)（廬山 1998年9月20─24日；生理通訊 1998,17(增刊1):14─15.
4. 陳 軍* A Novel Pathological Pain Model Characterized by both Prolonged Persistent Nociception and Hyperalgesia Induced by Subcutaneous Bee Venom Injection, 中國神經(jīng)科學(xué)學(xué)會(huì)第三屆全國學(xué)術(shù)會(huì)議論文摘要匯編（北京，1999年11月1─5日），pp42, 1999.
5. Chen J* , Chen SH, Zheng JH, You HJ, Li HL, Li KC and Arendt-Nielsen L, Correlativity of Sensory and Motor Manifestations of Pathological Pain: Behavioral and Electrophysiological Studies by Using the Bee Venom Model, Asian Pain Symposium (Kyoto, Japan, 30 th Nov - 1 Dec, 2000), pp22.
6. Chen J , Diversity of Pathological Pain: New Evidence from the Bee Venom Model, The International Advanced Workshop on Brain/Pain Research: From Molecules to Mind (Xi’an, China, April 30-May 2, 2001), Abstract Book pp22.
7. Chen J and Zheng JH, Neural encoding and processing of nociceptive information in the spinal dorsal horn. The 9 th Congress of Biological Society of China (May 29-June 2, ), Abstract, 2002, pp65.
8. Chen J, Diversity of Spinal Mechanisms of Pathological pain. The 2nd World Chinese Symposium on Neuroscience (Aug 4-9, Chengdu ), CAPS News Communication, 2002, Vol 21 (Suppl3): 65-67.
9. Chen J, Luo C, Sun YY, Li HL, GABAA receptor mediated antinociception in the spinal cord: Effects of etomidate. The 5 th Scientific Congress of FAOPS (Sept 23-26, Kuala Lumpur Malaysia ), Abstract Book, 2002, pp41.
10. Chen J , Age-related changes in pain, hyperalgesia and inflammation: experimental studies from postnatal to elderly rats. , Biomedical Branch, Galveston , 2002, Aug 26.
11. Chen J , Diversity of Spinal Mechanisms of Pathological pain: Bee venom model. University of Florida Comprehensive Center for Pain Research, Gainsville Florida , 2002, Aug 28.
12. Chen J , Luo C, Li Z, Li KC, Sun YY, Li HL. GABAA receptor mediated pain modulation in the spinal cord. 皖南醫(yī)學(xué)院學(xué)報(bào),22卷增刊,p8—9.(離子通道、受體與信號(hào)轉(zhuǎn)導(dǎo)專題研討會(huì),蕪糊，2003年8月20-24日）
13. 陳 軍. Spinal neural plasticity induced by experimental honeybee’s sting. 第六屆中國生物毒素學(xué)術(shù)研討會(huì)論文匯編，2003；p28-30.（長沙，2003年10月14-17日）
14. 陳 軍. Spinal neural plasticity induced by experimental honeybee’s sting. 中國神經(jīng)科學(xué)學(xué)會(huì)第三屆全國代表大會(huì)暨第五屆學(xué)術(shù)會(huì)議論文匯編, 中國神經(jīng)科學(xué)雜志，19卷增刊，2003；p7-8. （青島，2003年9月20-25日）
15. Chen J , Luo C, Li Z, Chang Y. Properties of network synaptic transmission in the rat spinal cord dorsal horn: actions of excitatory and inhibitory amino acids and their receptors. Presented at the Third Annual Symposium on the Recent Advances in Network Electrophysiology Using Multi-electrode Arrays which is a satellite event of the 34 th Annual Meeting of Society for Neuroscience. (Oct 26, 2004 in San Diego
16. Chen J, Li Z, Chang Y, Li Hua, Zhao XY, Gao CY. Application of multi-electrode array in rat spinal cord slice: roles of excitatory and inhibitory amino acids and their receptors in mediation of network synaptic responses. Presented at the Fourth Annual Symposium on the Recent Advances in Network Electrophysiology Using Multi-electrode Arrays which is a satellite event of the 35 th Annual Meeting of Society for Neuroscience. (Nov 14, 2005 in Washington DC ,
17. Chen J. Activation of thermal nociceptor TRPV1 by a honeybee toxic peptide via a phospholipase 2-lipoxygenase pathway. Presented at the Canada-China NSFC-FRSQ joint workshop on Neuroscience. (Nov 2-5, 2005, Shanghai , ).
18. Chen J, Li KC, Luo C, Li Z, Chen YN, Yu YQ. Activation of thermal nociceptor TRPV1 by a honeybee toxic peptide via a phospholipase 2-lipoxygenase pathway. Presented as a poster at the 11 th World Congress on Pain. (Aug 21-26, 2005 in Sydney Australia ).
陳軍——神經(jīng)生物學(xué)專家，1962年5月出生，教授，博士生導(dǎo)師。疼痛醫(yī)學(xué)博士授權(quán)點(diǎn)創(chuàng)始人。現(xiàn)任第四軍醫(yī)大學(xué)唐都醫(yī)院疼痛生物醫(yī)學(xué)研究所所長，全軍腦應(yīng)激與行為重點(diǎn)實(shí)驗(yàn)室主任，第四軍醫(yī)大學(xué)功能性腦疾病研究所常務(wù)副所長。創(chuàng)立并兼任首都醫(yī)科大學(xué)疼痛生物醫(yī)學(xué)研究所第一任所長。2001年 “長江學(xué)者”崗位特聘教授（第四批）、2004年獲國家“杰出青年”科學(xué)基金、2006年入選新世紀(jì)百千萬人才工程國家級(jí)人選，政府特殊津貼和“三秦”人才。2006年獲中國科協(xié)求是杰出青年實(shí)用工程獎(jiǎng)，2009年獲國家科技進(jìn)步一等獎(jiǎng)（第二）。國家973計(jì)劃《腦功能的動(dòng)態(tài)平衡調(diào)控》項(xiàng)目首席科學(xué)家、教育部創(chuàng)新團(tuán)隊(duì)《腦功能穩(wěn)態(tài)失調(diào)與病理性痛的發(fā)病機(jī)理和診療策略》項(xiàng)目負(fù)責(zé)人。
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