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4000-520-616
当前位置: 首页 > 产品中心 > Functional_antibody > Millipore/AB1593 | Anti-Amyloid Precursor Protein Antibody, a.a. 44-63/AB1593/100 µL
商品详细Millipore/AB1593 | Anti-Amyloid Precursor Protein Antibody, a.a. 44-63/AB1593/100 µL
Millipore/AB1593 | Anti-Amyloid Precursor Protein Antibody, a.a. 44-63/AB1593/100 µL
Millipore/AB1593 | Anti-Amyloid Precursor Protein Antibody, a.a. 44-63/AB1593/100 µL
商品编号: AB1593
品牌: 密理博
市场价: ¥3900.00
美元价: 2340.00
产地: 美国(厂家直采)
公司:
产品分类: 功能性抗体
公司分类: Functional_antibody
联系Q Q: 3392242852
电话号码: 4000-520-616
电子邮箱: info@ebiomall.com
商品介绍
Description
CatalogueNumberAB1593
BrandFamilyChemicon®
TradeName
  • Chemicon
DescriptionAnti-AmyloidPrecursorProteinAntibody,a.a.44-63
AlternateNames
  • APP
ProductInformation
FormatSerum
PresentationGoatantiserum.Liquidwith0.01%Thimerosal.
StorageandShippingInformation
StorageConditionsStoreat-20ºCinundilutedaliquotsforupto12months.Avoidrepeatedfreeze/thawcycles.
Applications
ApplicationAnti-AmyloidPrecursorProteinAntibody,a.a.44-63isanantibodyagainstAmyloidPrecursorProteinforuseinELISA,IF,WB,IH,IH(P).
KeyApplications
  • ELISA
  • Immunofluorescence
  • WesternBlotting
  • Immunohistochemistry
  • Immunohistochemistry(Paraffin)
ApplicationNotesImmunoblotting:1:1,000

Immunofluorescence

Immunohistochemistry

Formalinfixedparaffinembeddedtissue:1:50-1:100

4%paraformaldehydefixedfrozensections:1:2,500-1:5,000

ELISA:1:1,500againstimmunogenpeptide

Optimalworkingdilutionsmustbedeterminedbyenduser.
BIOLOGicalInformation
ImmunogenPeptidetotheN-terminalregion(aminoacids44-63)oftheAPPprotein.
Epitopea.a.44-63
HostGoat
SpecificityRecognizesamyloidprecursorprotein(APP).InAlzheimer"sdisease,thisproteinisbrokendownandreleasesthe12aminoacidb-amyloidproteinthatisfoundinsenileplaquesandvessels.

TheamyloidprecursorproteinisthesubjectofintensiveinvestigationstodeterminehowthisproteinisbrokendownabnormallyinAlzheimer"sdiseasetogiverisetotheb-amyloidproteinwhichispresentinsenileplaquesandvessels.ThisantiserumhasbeenshowntobeimmunoreactivetotheimmunizingpeptidebyELISA.Theantiserumwillimmunolabeldystrophicneuritesinsenileplaquesinbothformalin-fixedparaffinsectionsandparaformaldehydefixedfrozensectionsfromAlzheimer"sbrain.

ThisantiserumshouldbeavaluabletoolforscientistandneuropathologistswhostudytheroleofamyloidinAlzheimers"sdisease.
SpeciesReactivity
  • Human
AntibodyTypePolyclonalAntibody
EntrezGeneNumber
EntrezGeneSummaryThisgeneencodesacellsurfacereceptorandtransmembraneprecursorproteinthatiscleavedbysecretasestoformanumberofpeptides.SomeofthesepeptidesaresecretedandcanbindtotheacetyltransferasecomplexAPBB1/TIP60topromotetranscriptionalactivation,whileothersformtheproteinbasisoftheamyloidplaquesfoundinthebrainsofpatientswithAlzheimerdisease.MutationsinthisgenehavebeenimplicatedinautosomaldominantAlzheimerdiseaseandcerebroarterialamyloidosis(cerebralamyloidangiopathy).Multipletranscriptvariantsencodingseveraldifferentisoformshavebeenfoundforthisgene.
GeneSymbol
  • APP
  • PN-II
  • AD1
  • ABETA
  • CTFgamma
  • APPI
  • ABPP
  • A4
  • CVAP
  • PN2
  • PreA4
  • AAA
UniProtNumber
UniProtSummaryFUNCTION:SwissProt:P05067#Thegamma-CTFpeptidesaswellasthecaspase-cleavedpeptides,includingC31,arepotentenhancersofneuronalapoptosis.
SIZE:770aminoacids;86943Da
SUBUNIT:Binds,viaitsC-terminus,tothePIDdomainofseveralcytoplasmicproteins,includingAPBBfamilymembers,theAPBAfamily,MAPK8IP1,SHC1and,NumbandDab1(Bysimilarity).BindingtoDab1inhibitsitsserinephosphorylation(Bysimilarity).AlsointeractswithGPCR-likeproteinBPP,FPRL1,APPBP1,IB1,KNS2(viaitsTPRdomains)(Bysimilarity),APPBP2(viaBaSS)andDDB1.Invitro,itbindsMAPTviatheMT-bindingdomains(Bysimilarity).AssociateswithmicrotubulesinthepresenceofATPandinakinesin-dependentmanner(Bysimilarity).Interacts,throughaC-terminaldomain,withGNAO1.Amyloidbeta-42bindsCHRNA7inhippocampalneurons.Beta-amyloidassociateswithHADH2.SolubleAPPbinds,viaitsN-terminalhead,toFBLN1.InteractswithCPEB1(Bysimilarity).
SUBCELLULARLOCATION:Membrane;Single-passtypeImembraneprotein.Note=Cellsurfaceproteinthatrapidlybecomesinternalizedviaclathrin-coatedpits.Duringmaturation,theimmatureAPP(N-glycosylatedintheendoplasmicreticulum)movestotheGolgicomplexwherecompletematurationoccurs(O-glycosylatedandsulfated).Afteralpha-secretasecleavage,solubleAPPisreleasedintotheextracellularspaceandtheC-terminalisinternalizedtoendosomesandlysosomes.SomeAPPaccumulatesinsecretorytransportvesiclesleavingthelateGolgicompartmentandreturnstothecellsurface.Gamma-CTF(59)peptideislocatedtoboththecytoplasmandnucleiofneurons.ItcanbetranslocatedtothenucleusthroughassociationwithFe65.Beta-APP42associateswithFRPL1atthecellsurfaceandthecomplexisthenrapidlyinternalized.APPsortstothebasolateralsurfaceinepithelialcells.Duringneuronaldifferentiation,theThr-743phosphorylatedformislocatedmainlyingrowthcones,moderatelyinneuritesandsparinglyinthecellbody.Caseinkinasephosphorylationcanoccureitheratthecellsurfaceorwithinapost-Golgicompartment.
TISSUESPECIFICITY:Expressedinallfetaltissuesexaminedwithhighestlevelsinbrain,kidney,heartandspleen.Weakexpressioninliver.Inadultbrain,highestexpressionfoundinthefrontallobeofthecortexandintheanteriorperisylviancortex-operculargyri.Moderateexpressioninthecerebellarcortex,theposteriorperisylviancortex-operculargyriandthetemporalassociatedcortex.Weakexpressionfoundinthestriate,extra-striateandmotorcortices.IsoformAPP695isthepredominantforminneuronaltissue,isoformAPP751andisoformAPP770arewidelyexpressedinnon-neuronalcells.IsoformAPP751isthemostabundantforminT-lymphocytes.Appicanisexpressedinastrocytes.
DOMAIN:SwissProt:P05067Thebasolateralsortingsignal(BaSS)isrequiredforsortingofmembraneproteinstothebasolateralsurfaceofepithelialcells.&TheNPXYsequencemotiffoundinmanytyrosine-phosphorylatedproteinsisrequiredforthespecificbindingofthePIDdomain.However,additionalaminoacidseitherN-orC-terminaltotheNPXYmotifareoftenrequiredforcompleteinteraction.ThePIDdomain-containingproteinswhichbindAPPrequiretheYENPTYmotifforfullinteraction.Theseinteractionsareindependentofphosphorylationontheterminaltyrosineresidue.TheNPXYsiteisalsoinvolvedinclathrin-mediatedendocytosis.
PTM:Proteolyticallyprocessedundernormalcellularconditions.Cleavagebyalpha-secretaseoralternativelybybeta-secretaseleadstogenerationandextracellularreleaseofsolubleAPPpeptides,S-APP-alphaandS-APP-beta,respectively,andtheretentionofcorrespondingmembrane-anchoredC-terminalfragments,C83andC99.SubsequentprocessingofC83bygamma-secretaseyieldsP3peptides.Thisisthemajorsecretorypathwayandisnon-amyloidogenic.Alternatively,presenilin/nicastrin-mediatedgamma-secretaseprocessingofC99releasestheamyloidbetaproteins,amyloid-beta40(Abeta40)andamyloid-beta42(Abeta42),majorcomponentsofamyloidplaques,andthecytotoxicC-terminalfragments,gamma-CTF(50),gamma-CTF(57)andgamma-CTF(59).&Proteolyticallycleavedbycaspasesduringneuronalapoptosis.CleavageatAsp-739byeithercaspase-6,-8or-9resultsintheproductionoftheneurotoxicC31peptideandtheincreasedproductionofbeta-amyloidpeptides.&N-andO-glycosylated.O-linkageofchondroitinsulfatetotheL-APPisoformsproducestheAPPproteoglycancoreproteins,theappicans.Thechondroitinsulfatechainofappicanscontains4-O-sulfatedgalactoseinthelinkageregionandchondroitinsulfateEintherepeateddisaccharideregion(Bysimilarity).&PhosphorylationintheC-terminalontyrosine,threonineandserineresiduesisneuron-specific.PhosphorylationcanaffectAPPprocessing,neuronaldifferentiationandinteractionwithotherproteins.PhosphorylatedonThr-743inneuronalcellsbyCdc5kinaseandMapk10,individingcellsbyCdc2kinaseinacell-cycledependentmannerwithmaximallevelsattheG2/Mphaseand,invitro,byGSK-3-beta.TheThr-743phosphorylatedformcausesaconformationalchangewhichreducesbindingofFe65familymembers.PhosphorylationonTyr-757isrequiredforSHCbinding.Phosphorylatedintheextracellulardomainbycaseinkinasesonbothsolubleandmembrane-boundAPP.Thisphosphorylationisinhibitedbyheparin.&Extracellularbindingandreductionofcopper,resultsinacorrespondingoxidationofCys-144andCys-158,andtheformationofadisulfidebond.Invitro,theAPP-Cu(+)complexinthepresenceofhydrogenperoxideresultsinanincreasedproductionofbeta-amyloid-containingpeptides.
DISEASE:SwissProt:P05067#DefectsinAPPareacauseofautosomaldominantAlzheimerdisease(AD)[MIM:104300].ADisthemostprevelantformofdementia,characterizedbyneurofibrillarytanglesandamyloidplaquesdepositioninthebrain.IdenticallesionsoccurintheneuronsofagedDownsyndromebutatanearlieragethaninAD.Themajorconstituentoftheseneuriticplaquesistheneurotoxicamyloid-beta-APP40-42peptide(s),derivedproteolyticallyfromthetransmembraneprecursorproteinAPPbysequentialsecretaseprocessing.Mutationsoccurringatthebeta-amyloidN-terminal,suchastheSwedishdoublemutation,appeartoincreaselevelsofbeta-amyloidbyfacilitatingbeta-secretasecleavageresultinginelevatedlevelsofbothbeta-APP42andbeta-APP40.ThecytotoxicC-terminalfragments(CTFs)andthecaspase-cleavedproductssuchasC31,arealsoimplicatedinADneuronaldeath.AlzheimerdiseasecausedbymutationsinAPPisarareoccurrenceandusuallycausesthefamilialorearly-onsetformofthedisease(FAD).Flemish-typeADischaracterizedby,inadditiontopreseniledementia,cerebralhemorrhagingduetocerebralamyloidangiopathywhichissimilarto,butdistinctfrom,cerebroarterialamyloidosisDutchtype.Onlyabout5%ofallcasesofAlzheimerdiseasearecausedbyFADmutations,therestaresporADIc.&DefectsinAPParethecauseofhereditarycerebralhemorrhagewithamyloidosisDutchtype(HCHWAD)[MIM:609065].HCHWADischaracterizedbyamyloiddepositsincerebralvessels.Theprincipalclinicalcharacteristicsarerecurringcerebralhemorrhages,sometimesprecededbymigrainousheadachesormentalcleavage.Beta-APP40isthepredominantformofcerebrovascularamyloid.&DefectsinAPParethecauseofhereditarycerebroarterialamyloidosisIowatype[MIM:605714].HereditarycerebroarterialamyloidosisIowatypeisanautosomaldominantdementiabeginninginthesixthorseventhdecadeoflife.Thepatientshaveprogressiveaphasicdementia,leukoencephalopathy,andoccipitalcalcifications.Theydonotpresentcerebralhemorrhaging.
SIMILARITY:BelongstotheAPPfamily.&Contains1BPTI/Kunitzinhibitordomain.
MISCELLANEOUS:Chelationofmetalions,notablycopper,ironandzinc,caninducehistidine-bridgingbetweenbeta-amyloidmoleculesresultinginbeta-amyloid-metalaggregates.Theaffinityforcopperismuchhigherthanforothertransientmetalsandisincreasedunderacidicconditions.Extracellularzinc-bindingincreasesbindingofheparintoAPPandinhibitscollagen-binding.
PhysicochemicalInformation
Dimensions
MaterialsInformation
MaterialsInformation
品牌介绍
密理博(Millipore)公司成立于1954年,总部位于美国麻省,在全世界设有47个办事处,为100多个国家提供产品和技术服务。目前全球雇员超过5800人,在美国、法国和日本等国家拥有7家大型生产工厂,主要生产过滤膜及膜过滤产品。20世纪80年代,密理博公司进入中国市场。先后在香港、北京、上海、广州及成都设立了办事机构,并于2000年4月在上海浦东外高桥保税区建立了密理博(上海)贸易有限公司。为了更好地满足中国用户的需求,密理博中国主页于2006年11月向广大用户开放,介绍密理博中国有限公司的最新动态,力求为用户打造专业的产品与服务信息交流平台。