Rabbitpolyclonalantibody

Size:

100µl

Formulation:

AffinityPurifiedfromPooledSerum

Specificity:

Rat,Mouse,Non-humanprimate

Applications:

WB1:1,000IF1:1,000IHC1:1,000

Species:

Rabbit

GeneName:

TH

MolecularReference:

~60kDa

CiteThisAntibody:

PhosphoSolutionsCat#p1580-31,RRID:AB_2492278

Storage

100µlin10mMHEPES(pH7.5),150mMNaCl,100µgpermlBSAand50%glycerol.Adequateamountofmaterialtoconduct10-miniWesternBlots.

Forlongtermstorage–20°Cisrecommended.Stableat–20°Cforatleast1year.

ProductSpecificReferences

Jorge-Finnigan,A.,Kleppe,R.,Jung-KC,K.,Ying,M.,Marie,M.,Rios-Mondragon,I.,Salvatore,M.F.,Saraste,J.andMartinez,A.,2017.Phosphorylationatserine31targetstyrosinehydroxylasetovesiclesfortransportalongmicrotubules.JournalofBiologicalChemistry,pp.jbc-M116.PMID:28637871

Bonito-Oliva,Alessandra,GiadaSpigolon,andGilbertoFisone.(2015)“RegulationofPre-andPostsynapticProteinPhosphorylationbyDopamineD2Receptors.”DopamineReceptorTechnologies.SpringerNewYork,2015.79-100.

Izumi,Y.,Ezumi,M.,Takada-Takatori,Y.,Akaike,A.,&Kume,T.(2014).Endogenousdopamineisinvolvedintheherbicideparaquat-induceddopaminergiccelldeath.ToxicologicalSciences,139(2),466-478.PMID:24743698

Calipari,E.S.,Ferris,M.J.,Melchior,J.R.,Bermejo,K.,Salahpour,A.,Roberts,D.,&Jones,S.R.(2014).Methylphenidateandcocaineself‐admiNISTrationproducedistinctdopamineterminalalterations.Addictionbiology,19(2),145-155.PMID:22458761

JedynakJP,AliSF,HaycockJW,HopeBT(2002)Acuteadministrationofcocaineregulatesthephosphorylationofserine-19,-31and-40intyrosinehydroxylase.JNeuRochem82:382-388.PMID:12124439

SalvatoreMF,WaymireJC,HaycockJW(2001)Depolarization-stimulatedcatecholaminebiosynthesis:involvementofproteinkinasesandtyrosinehydroxylasephosphorylationsitesinsitu.JNeurochem79:349-360.PMID:11677263

WitkovskyP,GabrielR,HaycockJW,MellerE(2000)Influenceoflightandneuralcircuitryontyrosinehydroxylasephosphorylationintheratretina.JChemNeuroanat19:105-116.PMID:10936746

PhosphoSolutions 由 Drs 于 2001 年创立。Michael D. Browning、John W. Haycock 和 Andrew J. Czernik，他们在 Paul Greengard 博士的实验室共同工作，Paul Greengard 博士因研究蛋白质磷酸化在信号转导中的作用而共同获得 2000 年诺贝尔医学奖在神经系统中。这种专业知识使我们主要关注神经科学领域中感兴趣的蛋白质。我们位于科罗拉多州奥罗拉的 Fitzsimons 生命科学园区，是一支敬业、友好、勤奋的科学家团队，致力于为您提供最优质的抗体和业内客户支持。