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:郭爱克彭岳清张柯!奚望∀,,,200031;,,100101;!∀,,,200031,#∃,#∃,,,#∃,,#∃,,#∃,,#∃(rigidlaws),#∃,,,,,#,,,∃()#∃,#∃,#∃#∃,#,∃,,,#∃#∃,,,#∃,#∃%%%(Drosophilamelanogaster),,,,,,,,#∃(1,),,,#∃,1,3&105,%%%(C.elegans)302,1011,,#∃,,,(2,),750(ommatidium),85%,40∋[1]()5∋,8(photoreceptor),()3.5∋[2,3]8,6,R1~R6,Rh1(photopigmentrhodopsin1,Rh1),;2R7R8[4,5](opticlobe),(lamina)(medulla)(lobula)(lobulaplate),(63(自然杂志31卷2期,(ventrolateralprotocerebrum,VPN),,[6]2,,2080[79],[1012],[1320][2123](3,)Goetz1964[2],,,HeisenbergWolf[24],,,,90∋,[9](),,,(performanceindex,PI),,#∃(t1)#∃(t2)(t1+t2)[9,14,25,26],[27,28],,,#∃,,[29,30],,/,#∃,#∃3,,(verticalcompactness),,(retinotopictemplatematchingmechanism)[11],,[31],,,,,,,,#∃#∃,,#∃(relationalcues)#∃(what)#∃(where),,,4,,?Lashly(engramofmemorytrace),[32],rut(,,#∃),UAS/GAL4rutrut,rutGAL4,GAL4,(fanshapedbody),rut,G(Gs*)rut,,,(centralcomplex,CX)(fanshapedbody,FB)(64(ChineseJournalofNatureVol.31No.2InvitedSpecialPaper,[33],,(mushroombodies,MB),5,,,,,,#∃:,,#∃#∃,#∃,;,,;,,?,#∃,#/∃(#color/shape∃dilemma)[34],,#∃(value),#∃#∃(winnertakeall),(mbm1)(),6,(shibirets1),,,[35](dopaminergicsystem),,(4,)FelixDujardin1850(kenyoncell),,,(calyx),,,(peduncle),(lobes),/),!/!)∀,,,,,,FelixDujardin(freewill)(intelligentcontrol)[36],;,,,,7,,#∃#∃#∃#∃#∃,#∃,#∃,:,(/)(OCT)(MCH)/,,,#-∃,,(1+12)#∃[37],,#∃,#∃,#∃,(65(自然杂志31卷2期,#∃#∃8,,[38][21],,(,),,,,,[39],[40],,?[41],,,,,;,,(),,,,,(),,,#∃,,,,,,9,[42],,[43],[44],(themedialprotocerebrum)20~30Hz[45],20~30Hz,duncerutabaga,[23,45],,dunce20~30Hzduncerutabaga,,3,,#∃[43],GABA[46]10?,,,,,,,∗∗,?,,,Dobzhansky,(Nothinginbiologymakessenseexceptinthelightofevolution)#,∃(),#,∃,,,,,,,,,,,2060,(66(ChineseJournalofNatureVol.31No.2InvitedSpecialPaper50,,,,?,,,,,#∃(dorsalpairedmedialneurons),,GABA(anteriorpairedlateralneuron),(VPN),,,,!,,,??,()(2009年2月9日收到)[1]BUCHNERE.DunkelanregungdesstationarenflugsderFruchtfliegeDrosophila[M].DiplThesisUnivTuebingen,1971.[2]GTZKG.OptomotorischeUntersuchungdesvisuellenSystemseinigerAugenmutantenderFruchtfliegeDrosophila[J].Kybernetik1964,2:7792.[3]LANDMF.Visualacuityininsects[J].AnnuRevEntomol,1997,42:147177.[4]HARDIER.Functionalorganizationoftheflyretina[M]//OTTOSOND.Progressinsensoryphysiology.Berlin:Springer,1985.[5]MORANTEJ,DESPLANC.BuildingaprojectionmapforphotoreceptorneuronsintheDrosophilaopticlobes[J].SeminCellDevBiol,2004,15:137143.[6]OTSUNAH,ITOK.SystematicanalysisofthevisualprojectionneuronsofDrosophilamelanogaster.I.Lobulaspecificpathways[J].JCompNeurol,2006,497:928958.[7]HEISENBERGM,WOLFR.ReafferentcontrolofoptomotoryawtorqueinDrosophilamelanogaster[J].JCompPhysiolA,1988,130:113130.[8]WOLFR,HEISENBERGM.VisualcontrolofstraightflightinDrosophilamelanogaster[J].JCompPhysiolA,1990,167:269283.[9]WOLFR,HEISENBERGM.BasicorganizationofoperantbehaviorasrevealedinDrosophilaflightorientation[J].JCompPhysiolA,1991,169:699705.[10]DILLM,WOLFR,HEISENBERGM.VisualpatternrecognitionwithoutshaperecognitionJ[J].PhilTransRSocLond,B,1995,349:143152.[11]DILLM,WOLFR,HEISENBERGM.VisualpatternrecognitioninDrosophilainvolvesretinotopicmatching[J].Nature,1993,365:751753.[12]ERNSTR,HEISENBERGM.ThememorytemplateinDrosophilapatternvisionattheflightsimulator[J].VisRes,1999,39:39203933.[13]GUOAK,GTZKG.AssociationofvisualobjectsandolfactorycuesinDrosophila[J].LearnMem,1997,4:192204.[14]GUOAK,LIL,XIASZ,etal.ConditionedvisualflightorientationinDrosophila:dependenceonage,practice,anddiet[J].LearnMem,1996,3:4959.[15]LIUL,WANGX,XIAS,etal.ConditionedvisualflightorientationinDrosophilamelanogasterabolishedbybenzaldehyde[J].PharmacolBiochemBehav,1998,61:349355.[16]XIAS,LIUL,FENGC,etal.DrugdisruptionofshorttermmemoryinDrosophilamelanogaster[J].PharmacolBiochemBehav,1997a,58:727735.[17]XIAS,LIUL,FENGC,etal.MemoryconsolidationinDrosophilaoperantvisuallearning[J].LearnMem,1997b,4:205218.[18]XIASZ,FENGCH,GUOAK.MultiplephasemodelofmemoryconsolidationconfirmedbybehavioralandpharmacologicalanalysesofoperantconditioninginDrosophila[J].PharmacolBiochemBehav,1998,60:809816.[19]XIASZ,FENGCH,GUOAK.TemporaryamnesiainducedbycoldanesthesiaandhypoxiainDrosophila[J].PhysiolBehav,1999,65:617623.[20]XIASZ,LIUL,FENGCH,etal.NutritionaleffectsonoperantvisuallearninginDrosophilamelanogaster[J].PhysiolBehav,1997c,62:263271.[21]LIUL,WOLFR,ERNSTR,etal.ContextgeneralizationinDrosophilavisuallearningrequiresthemushroombodies[J].Nature,1999,400:753756.[22]WOLFR,WITTIGT,LIUL,etal.Drosophilamushroombodiesaredispensableforvisual,tactile,andmotorlearning[J].LearnMem,1998,5:166178.[23]WUZ,GONGZ,FENGC,etal.AnemergentmechanismofselectivevisualattentioninDrosophila[J].BiolCybern,2000,82:6168.[24]HEISENBERGM,WOLFR.VisioninDrosophila[M]//Studiesofbrainfunction.Berlin:Springer,1984.[25]BREMBSB,HEISENBERGM.TheoperantandtheclassicalinconditionedorientationofDrosophilamelanogasterattheflightsimulator[J].LearnMem,2000,7:104115.[26]BREMBSB,HEISENBERGM.ConditioningwithcompoundstimuliinDrosophilamelanogasterintheflightsimulator[J].JExpBiol,2001,204:28492859.[27]HAWKINSRD,ABRAMSTW,CAREWTJ,etal.AcellularmechanismofclassicalconditioninginAplysia:activitydependen