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AAT Bioquest/trFluor™ Eu goat anti-rabbit IgG (H+L) *Cross Adsorbed*/16847/1 mg
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OverviewPrinterFriendlyVersionEx/Em(nm)346/617MWN/ACAS#N/ASolventWaterStorageF/D/LCategoryImmunologyFluorescentAnti-IgGsRelatediFluor™DyesandKitsTagAntibodiesBiochemicalAssaysManyBIOLOGicalcompoundspresentincells,serumorotherbiologicalfluidsarenaturallyfluorescent,andthustheuseofconventional,promptfluorophoresleadstoseriouslimitationsinassaysensitivityduetothehighbackgroundcausedbytheautofluorescenceofthebiologicalmoleculestobeassayed.Theuseoflong-livedfluorophorescombinedwithtime-resolveddetection(adelaybetweenexcitationandemissiondetection)minimizespromptfluorescenceinterferences.OurtrFluor™Euprobesenabletime-resolvedfluorometry(TRF)fortheassaysthatrequirehighsensitivity.trFluor™EuprobeshavelargeStokesshiftsandextremelylongemissionhalf-liveswhencomparedtomoretrADItionalfluorophoressuchasAlexaFluororcyaninedyes.ComparedtotheotherTRFcompounds,ourtrFluor™EuprobeshaverelativelyhighstABIlity,highemissionyieldandabilitytobelinkedtobiomolecules.ThistrFluor™Eugoatanti-rabbitIgG(H+L)conjugateiscommonlyusedasasecondstepreagentforindirectimmunofluorescentstaining,whenusedinconjunctionwithprimaryantibodies.SpectrumAdvancedSpectrumViewer #xAxis div{ display: inline-block; 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stroke-width: 1; } Sorry,yourbrowserdoesnotsupportinlineSVG. .graphLine{ fill-opacity:0.5; stroke-opacity:0.75; } .graphLine:hover{ fill-opacity:0.75; stroke-opacity:1; } Sorry,yourbrowserdoesnotsupportinlineSVG.Movemouseovergridtodisplaywavelength&intensityvalues.300400500600700800900Wavelength(nm)References&CitationsPrinterFriendlyVersion1.   SavilleL,SpaisC,MasonJL,AlbomMS,MurthyS,MeyerSL,AtorMA,AngelesTS,HustenJ.(2012)Time-ResolvedFluorescenceResonanceEnergyTransferasaVersatileToolintheDevelopmentofHomogeneousCellularKinaseAssays.AssayDrugDevTechnol.2.   LoMC,NgoR,DaiK,LiC,LiangL,LeeJ,EmkeyR,EksterowiczJ,VenturaM,YoungSW,XiaoSH.(2012)Developmentofatime-resolvedfluorescenceresonanceenergytransferassayforcyclin-dependentkinase4andidentificationofitsATP-noncompetitiveinhibitors.AnalBiochem,421,368.3.   PailaYD,KombrabailM,KrishnamoorthyG,ChattopadhyayA.(2011)OligomerizationoftheSEROtonin(1A)receptorinlivecells:atime-resolvedfluorescenceanisotropyapproach.JPhysChemB,115,11439.4.   MartikkalaE,Rozwandowicz-JansenA,HanninenP,Petaja-RepoU,HarmaH.(2011)Ahomogeneoussingle-labeltime-resolvedfluorescencecAMPassay.JBiomolScreen,16,356.5.   GaboritN,LarbouretC,VallagheJ,PeyrussonF,Bascoul-MolleviC,CrapezE,AzriaD,ChardesT,PoulMA,MathisG,BazinH,PelegrinA.(2011)Time-resolvedfluorescenceresonanceenergytransfer(TR-FRET)toanalyzethedisruptionofEGFR/HER2dimers:anewmethodtoevaluatetheefficiencyoftargetedtherapyusingmonoclonalantibodies.JBiolChem,286,11337.6.   LeyrisJP,RouxT,TrinquetE,VerdieP,FehrentzJA,OueslatiN,DouzonS,BourrierE,LamarqueL,GagneD,GalleyrandJC,M"KadmiC,MartinezJ,MaryS,BaneresJL,MarieJ.(2011)Homogeneoustime-resolvedfluorescence-basedassaytoscreenforligandstargetingthegrowthhormonesecretagoguereceptortype1a.AnalBiochem,408,253.7.   PosokhovYO,KyrychenkoA,LadokhinAS.(2010)Steady-stateandtime-resolvedfluorescencequenchingwithtransitionmetalionsasshort-distanceprobesforproteinconformation.AnalBiochem,407,284.8.   Alvarez-CurtoE,WardRJ,PedianiJD,MilliganG.(2010)LigandregulationofthequaternaryorganizationofcellsurfaceM3muscarinicacetylcholinereceptorsanalyzedbyfluorescenceresonanceenergytransfer(FRET)imagingandhomogeneoustime-resolvedFRET.JBiolChem,285,23318.9.   KotaS,ScampaviaL,SpicerT,BeelerAB,TakahashiV,SnyderJK,PorcoJA,HodderP,StrosbergAD.(2010)Atime-resolvedfluorescence-resonanceenergytransferassayforidentifyinginhibitorsofhepatitisCviruscoredimerization.AssayDrugDevTechnol,8,96.10.   VisserAJ,LaptenokSP,VisserNV,vanHoekA,BirchDJ,BrochonJC,BorstJW.(2010)Time-resolvedFRETfluorescencespectroscopyofvisiblefluorescentproteinpairs.EurBiophysJ,39,241.ViewAllAsPDF

美国AAT Bioquest Inc.(前身是ABD BioquestInc.)是一家为从事生命科学研究、诊断研发及药物开发的科学家研发、生产和销售生物分析研究试剂和试剂盒的公司。公司致力于光谱学检测领域,包括吸收(颜色)、荧光和发光技术。AAT Bioquest的产品帮助全世界的科学家和生物医药研究者更好的了解生物化学、免疫学、细胞生物学和分子生物学等领域。AAT Bioquest会不断研发新产品,快速地丰富各个领域的产品。

1)提供反应探针和发光探针,生物素和端粒酶能够应用于标记药物小分子和生物聚合物,如蛋白、核酸以及其他碳水化合物;

2)研究并生产荧光和发光探针用于检测蛋白,核酸和活细胞;

3)不断推出新型的荧光和发光探针用于检测多种酶,特别是检测水解酶和氧化还原酶类;

4)致力于开发用于信号转导研究的试剂;

5)提供生理和神经探针,特别是钙离子指示剂和膜电位探针。

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