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当前位置:首页 > 商业/管理/HR > 管理学资料 > 超分辨远场生物荧光成像――突破光学衍射极限
超分辨远场生物荧光成像——突破光学衍射极限作者:毛峥乐,王琛,程亚,MaoZhengle,WangChen,ChengYa作者单位:中国科学院上海光学精密机械研究所强场激光物理国家重点实验室,上海,201800刊名:中国激光英文刊名:CHINESEJOURNALOFLASERS年,卷(期):2008,35(9)被引用次数:2次参考文献(230条)1.查看详情2.R.HookeMicrographia16643.E.AbbeContributionstothetheoryofthemicroscopeandthatmicroscopicperception18734.D.AttwoodNewopportunitiesatsoft-X-raywavelengths1992(08)5.MVMatz.AFFradkov.YALabasFluorescentproteinsfromnonbioluminescentAnthozoaspecies1999(10)6.KKonig.TKrasieva.EBauerCelldamagebyUVAradiationofamercurymicroscopylampprobedbyautofluorescencemodifications,cloningassay,andcometassay19967.L.ReimerScanningElectronMicroscopy:PhysicsofImageFormationandMicroanalysis20008.JintaoYang.WendongXuScanned-cantileveratomicforcemicroscopewithlargescanningrange[期刊论文]-ChineseOpticsofLetters2006(10)9.杨金涛.徐文东针尖扫描原子力显微镜的光点跟踪设计[期刊论文]-中国激光2006(01)10.吴世法.章健.潘石原了力与光扫描组合显微镜[期刊论文]-光学学报2005(08)11.GBinnig.HRohrer.ChGerberSurfacestudiesbyscanningtunnelingmicroscopy198212.E.H.SyngeAsuggestedmethodforextendingmicroscopicresolutionintotheultra-microscopicregion192813.JMichaelis.CHettich.JMlynekOpticalmicroscopyusingasinglemoleculelightsource200014.郑建亚.于晓明.张天浩用扫描近场光学硅微镜技术研究金膜表面等离子体共振[期刊论文]-光学学报2006(08)15.刘诚.闫长存.高淑梅近场显微干涉成像中的探测角度和偏振问题研究[期刊论文]-光学学报2006(03)16.徐铁军.许吉英.王佳扫描近场光学显微镜探针与光场相互作用的分析[期刊论文]-光学学报2005(04)17.D.Toomre.D.J.Mansteinlightingupthecellsurfacewithevanescentwavemicroscopy2001(07)18.J.W.顾德门傅里叶光学导论197619.Y.Garini.B.J.Vermolenand.I.T.YoungFrommicrotonano:recentadvancesinhigh-resolutionmicroscopy200520.L.RayleighOnthemanufactureandtheoryofdiffractiongratings187421.M.Schrader.S.W,Hell.H.T.M.VanderVoortThreedimensionalsuperresolutionwitha4Pi-confocalmicroscopeusingimagerestoration199822.M.Nagorni.S.W.HellCoherentuseofopposinglensesforaxialresolutionincreaseinfluorescencemicroscopyI.Comparativestudyofconcepts2001(01)23.M.Nagorni.S.W.HellCoherentuseofopposinglensesforaxialresolutionincrease.Ⅱ.Powerandlimitationofnonlinearimagerestoration2001(01)24.E.Alexander.S.W.HellFluorescencemicroscopywithsuper-resolvedopticalsections2005(04)25.M.G.L.GustafssonDoublingthelateralresolutionofwidefieldfuorescencemicroscopyusingstructuredillumination200026.S.W.HellDouble-ScanningConfocalMicroscope199027.R.Heintzmann.T.M.Jovin.C.CromerSaturatedpatternedexcitationmicroscopy:aconceptforopticalresolutionimprovement2002(08)28.V.Westphal.L.Kastrup.S.W.HellLateralresolutionof28nm(λ/25)infar-fieldfluorescencemicroscopy200329.R.B.Sekar.A.PeriasamyFluorescenceresonanceenergytransfer(FRET)microscopyimagingoflivecellproteinlocalizations2003(05)30.M.DybaSTED-1PiMicroscopy200431.S.W.Hell.E.H.K.StelzerFundamentalimprovementofresolutionwitha4Pi-confocalfluorescencemicroscopeusingtwo-photonexcitation199232.M.MinskyMicroscopyApparatus196133.TOta.HFukuyama.YIshiharaThekeratocytenetworkofhumancornea:Athree-dimensionalstudyusingconfocallaserscanningfluorescencemicroscopy2000(02)34.N.A.M.Verhaegh.D.Asnaghi.H.N.W.LekkerkerkerTransientgelsincolloid-polymermixturesstudiedwithfluorescenceconfocalscanninglasermicroscopy1999(1-2)35.J.R.Swedlow.K.Hu.P.D.AndrewsMeasuringtubulincontentintoxoplasmagondii:Acomparisonoflaserscanningconfocalandwide-ficeldfluorescencemicroscopy2002(04)36.MOheim.DJMichael.MGeisbauerPrinciplesoftwo-photonexcitationfluorescencemicroscopyandothernonlinearimagingapproaches200837.T.WilsonTheroleofthepinholeinconfocalimagingsystem199538.T.R.Code.G.S.KinoConfocalScanningOpticalMicroscopyandRelatedImagingSystems199639.J.PawleyFundamentallimitsinconfocalmicroscopy199640.M.Glass.T.DabbsTheexperimentaleffectofdetectorsizeonconfoeallateralresolution199141.T.WilsonOpticalsectioninginconfocalfluorescentmicroscopes198942.DRSandison.DWPiston.RMWilliamsQuantitativecomparisonofbackgroundrejection,signal-tonoiseratio,andresolutioninconfocalandfull-fieldlaserscanningmicroscopes199543.I.J.Cox.C.J.R.SheppardInformationcapacityandresolutioninanopticalsystem198644.LEMeyr.NOtberg.WSterryInvivoconfocalscanninglasermicroscopy:comparisonofthereflectanceandfluorescencemodebyimaginghumanskin2006(04)45.D.Vivares.E.W.Kaler.A.M.LenhoffPolyhedralinstabilityofglucoseisomerasecrystalsasrevealedbyconfocalscanningfluorescencemicroscopy2007(08)46.E.H.K.Stelzer.S.LindekFundamentalreductionoftheobservationvolumeinfar-fieldlightmicroscopybydetectionorthogonaltotheilluminationaxis:confocalthetamicroscopy199447.S.Lindek.E.H.K.StelzerOpticaltransferfunctionsforconfocalthetafluorescencemicroscopy1996(03)48.O.Haeberl.H.Furukawa.K.TenjimbayashiPolarizedconfocalthetamicroscopy200249.S.Lindek.C.Cremer.E.H.K.StelzerConfocalthetafluorescencemicroscopywithannularapertures1996(01)50.S.Lindek.E.K.StelzerSingle-lensthetamicroscopy-anewimplementationofconfocalthetamicroscopy199751.S.Lindek.J.Swoger.E.H.K.StelzerSingle-lensthetamicroscopy:resolution,efficiencyandworkingdistance199952.M.C(o)eppert-MayerOnelementaryprocesseswithtwoquantumsteps193153.D.J.Bradley.M.H.R.Hutchinson.H.KoetserInteractionsofpico-secondlaserpulseswithorganicmolecules.Ⅱ.Two-photonabsorptioncross-sections197254.F.P.Schafer.H.MilerTunabledyering-laser197155.J.A.Va
本文标题:超分辨远场生物荧光成像――突破光学衍射极限
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