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当前位置: 首页 > 产品中心 > Fluorescent_dyes > AAT Bioquest/iFluor™ 594 succinimidyl ester/1029/1 mg
商品详细AAT Bioquest/iFluor™ 594 succinimidyl ester/1029/1 mg
AAT Bioquest/iFluor™ 594 succinimidyl ester/1029/1 mg
AAT Bioquest/iFluor™ 594 succinimidyl ester/1029/1 mg
商品编号: 1029
品牌: aatbio
市场价: ¥56560.00
美元价: 33936.00
产地: 美国(厂家直采)
公司:
产品分类: 荧光染料
公司分类: Fluorescent_dyes
联系Q Q: 3392242852
电话号码: 4000-520-616
电子邮箱: info@ebiomall.com
商品介绍
Overview
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Ex/Em(nm)594/614
MW~1200
CAS#N/A
SolventDMSO
StorageF/D/L
CategorySuperiorLabelingDyes
iFluor™DyesandKits
RelatedAmine-ReactiveProbes
LabelingviaAminoGroups
BiochemicalAssays
AATBioquest"siFluor™dyesareoptimizedforlabelingproteins,inparticular,antibodies.iFluor™594dyeshavefluorescenceexcitationandemissionmaximaof~590nmand~610nmrespectively.iFluor™594familyhasthespectralpropertiessimilartothoseofTexasRed®andAlexaFluor®594(TexasRed®andAlexaFluor®594arethetrademarksofInvitrogen).iFluor™594familyispH-independentfrompH3to11.ThesespectralcharacteristicsmakethisnewdyefamilyanexcellentalternativetoTexasRed®andAlexaFluor®594.ComparedtoTexasRed®,iFluor™594ismucheasiertobeconjugatedwithRPEwithmuchhigherconjugationyield,andtheresultedRPE-iFluor™594tandemhasbetterFRETefficiency.iFluor™594SEisreasonablystableandshowsgoodreactivityandselectivitywithproteinaminogroups.
SpectrumAdvancedSpectrumViewer

Sorry,yourbrowserdoesnotsupportinlineSVG.RelativeIntensity(%)100806040200Sorry,yourbrowserdoesnotsupportinlineSVG.
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Thisprotocolonlyprovidesaguideline,andshouldbemodifiedaccordingtoyourspecificneeds.

Note:ThislabelingprotocolwasdevelopedfortheconjugateofGoatanti-mouseIgGwithiFluor™647SE.Youmightneedfurtheroptimizationforyourparticularproteins.

1.      Prepareproteinstocksolution(SolutionA):

a.      Mix100µLofareactionbuffer(e.g.,1Msodiumcarbonatesolutionor1MphosphatebufferwithpH~9.0)with900µLofthetargetproteinsolution(e.g.antibody,proteinconcentration>2mg/mlifpossible)togive1mLproteinlabelingstocksolution.

b.     Note1:ThepHoftheproteinsolution(SolutionA)shouldbe8.5±0.5.IfthepHoftheproteinsolutionislowerthan8.0,adjustthepHtotherangeof8.0-9.0using1Msodiumbicarbonatesolutionor1MpH9.0phosphatebuffer.

c.      Note2:Theproteinshouldbedissolvedin1Xphosphatebufferedsaline(PBS),pH7.2-7.4.IftheproteinisdissolvedinTrisorglycinebuffer,itmustbedialyzedagainst1XPBS,pH7.2-7.4,toremovefreeaminesorammoniumsalts(suchasammoniumsulfateandammoniumacetate)thatarewidelyusedforproteinprecipitation.

d.     Note3:ImpureantibodiesorantibodiesstABIlizedwithbovineserumalbumin(BSA)orgelatinwillnotbelabeledwell.Thepresenceofsodiumazideorthimerosalmightalsointerferewiththeconjugationreaction.Sodiumazideorthimerosalcanberemovedbydialysisorspincolumnforoptimallabelingresults

e.     Note4:Theconjugationefficiencyissignificantlyreducediftheproteinconcentrationislessthan2mg/mL.Foroptimallabelingefficiencythefinalproteinconcentrationrangeof2-10mg/mLisrecommended.

2.      Preparedyestocksolution(SolutionB):

a.      AddanhydrousDMSOintothevialofiFluor™dyeSEtomakea10-20mMstocksolution.Mixwellbypipettingorvortex.

b.     Note:Preparethedyestocksolution(SolutionB)beforestartingtheconjugation.Usepromptly.Extendedstorageofthedyestocksolutionmayreducethedyeactivity.SolutionBcanbestoredinfreezerfortwoweekswhenkeptfromlightandmoisture.Avoidfreeze-thawcycles.

3.      Determinetheoptimaldye/proteinratio(optional):

a.      Note:Eachproteinrequiresdistinctdye/proteinratio,whichalsodependsonthepropertiesofdyes.Overlabelingofaproteincoulddetrimentallyaffectsitsbindingaffinitywhiletheproteinconjugatesoflowdye/proteinratiogivesreducedsensitivity.Werecommendyouexperimentallydeterminethebestdye/proteinratiobyrepeatingSteps4and5usingaserialdifferentamountoflabelingdyesolutions.Ingeneral4-6dyes/proteinarerecommendedformostofdye-proteinconjugates.

b.     Use10:1molarratioofSolutionB(dye)/SolutionA(protein)asthestartingpoint:Add5µlofthedyestocksolution(SolutionB,assumingthedyestocksolutionis10mM)intothevialoftheproteinsolution(95µlofSolutionA)witheffectiveshaking.Theconcentrationoftheproteinis~0.05mMassumingtheproteinconcentrationis10mg/mLandthemolecularweightoftheproteinis~200KD.

c.      Note:TheconcentrationoftheDMSOintheproteinsolutionshouldbe<10%

c.      Runconjugationreaction(seeStep4below).

d.     Repeat#3.2withthemolarratiosofSolutionB/SolutionAat5:1;15:1and20:1respectively.

e.     Purifythedesiredconjugatesusingpremadespincolumns.

f.       Calculatethedye/proteinratio(DOS)fortheabove4conjugates(seenextpage).

g.      Runyourfunctionaltestsoftheabove4conjugatestodeterminethebestdye/proteinratiotoscaleupyourlabelingreaction.

4.      Runconjugationreaction:

a.      Addtheappropriateamountofdyestocksolution(SolutionB)intothevialoftheproteinsolution(SolutionA)witheffectiveshaking.

b.     Note:ThebestmolarratioofSolutionB/SolutionisdeterminedfromStep3.6.IfStep3isskipped,werecommendtouse10:1molarratioofSolutionB(dye)/SolutionA(protein).

c.      Continuetorotateorshakethereactionmixtureatroomtemperaturefor30-60minutes.

5.      Purifytheconjugation

a.      Thefollowingprotocolisanexampleofdye-proteinconjugatepurificationbyusingaSephadexG-25column.

b.     PrepareSephadexG-25columnaccordingtothemanufactureinstruction.

c.      Loadthereactionmixture(directlyfromStep4)tothetopoftheSephadexG-25column.

d.     AddPBS(pH7.2-7.4)assoonasthesamplerunsjustbelowthetopresinsurface.

e.     AddmorePBS(pH7.2-7.4)tothedesiredsampletocompletethecolumnpurification.Combinethefractionsthatcontainthedesireddye-proteinconjugate.

f.       Note1:Forimmediateuse,thedye-proteinconjugateneedbedilutedwithstainingbuffer,andaliquotedformultipleuses.

g.      Note2:Forlongertermstorage,dye-proteinconjugatesolutionneedbeconcentratedorfreezedried(seebelow).

References&Citations
CitationExplorer

DeepSequencingAnalysisoftheEha-RegulatedTranscriptomeofEdwardsiellatardaFollowingAcidification
Authors:DGao,NLiu,YLi,YZhang,GLiu
Journal:Metabolomics(LosAngel)(2017):2153--0769

Suramininhibitscullin-RINGE3ubiquitinligases
Authors:KennethWu,RobertAChong,QingYu,JinBai,DonaldESpratt,KevinChing,ChanLee,HaibinMiao,IngerTappin,JerardHurwitz
Journal:ProceedingsoftheNationalAcademyofSciences(2016):E2011--E2018

GlycosaminoglycanmimicrybyCOAMreducesmelanomagrowththroughchemokineinductionandfunction
Authors:HelenePiccard,NeleBerghmans,EvaKorpos,ChrisDillen,IlseVanAelst,SandraLi,ErikMartens,SandraLiekens,SamNoppen,JoVanDamme
Journal:InternationalJournalofCancer(2012):E425--E436


品牌介绍
美国AAT Bioquest Inc.(前身是ABD Bioquest,Inc.)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。
品牌分类
淋巴细胞信号传导 GPCR抗体 羰基活性生物素 细胞代谢 胺反应生物素 链霉亲和素结合物 生物素化抗IgGs 乙酰基特异性抗体 细胞骨架抗体
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