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蚂蚁淘在线 / 品牌中心 / Kerafast / Kerafast/抗乙酰化甘露聚糖[CCRC-M169，2C2.D8.E5]抗体（上清液）/EGA144/5mL（上清液）

Kerafast/抗乙酰化甘露聚糖[CCRC-M169，2C2.D8.E5]抗体（上清液）/EGA144/5mL（上清液）

价格
￥5380.00
货号：EGA144
浏览量：127
品牌：Kerafast
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商品描述

ThismouseIgMkmonoclonalantibodywasgeneratedagainstglycanandrecognizesgumandtomatoacetylatedmannan.

Highlights:

  • Reactswithgumandtomatoacetylatedmannan
  • SuitableforELISA,ImmunolabelingandImmunofluorescenceapplications

Mannanisoneofthemajorconstituentgroupsofhemicelluloseinthewallofhigherplants.ItcompriseslinearorbranchedpolymersderivedfromsugarssuchasD-mannose,D-galactose,andD-glucose.

FromthelaboratoryofMichaelG.Hahn,PhD,UniversityofGeorgia.

Specifications
ProductType: Antibody
Antigen: AcetylatedMannan
AccessionID: CCRCM169
Isotype: IgMk
Clonality: Monoclonal
CloneName: CCRCM169:2C2.D8.E5
Reactivity: Gumandtomato
Immunogen: Pectin/MeBSA
SpeciesImmunized: Mouse
Buffer: Cellculturesupernatant
TestedApplications: ELISA,Immunolabeling,IF
Storage: <1 month="" at="" 4c,="">1monthat-80C
Shipped: Dryice
Documentation

Notes:

Strongreactivitytowardtomatoglucomannan.Weaktomoderatereactivitytoward(1?3)(1?4)-ß-glucan.

ThesemonoclonalantibodiesweredevelopedunderthesponsorshipoftheUSNationalScienceFoundation,throughawardnumberDBI-0421683.Theiruseinbiomasscharacterization,studyofbiomassdeconstructionandquantitationwasdevelopedunderthesponsorshipoftheUSDepartmentofEnergythroughawardsDE-PS02-06ER64304andDE-AC05-00OR22725(BioEenergyScienceCenter).

Provider
FromthelaboratoryofMichaelG.Hahn,PhD,UniversityofGeorgia.
References
  1. RobinE.Young,HeatherE.McFarlane,MichaelG.Hahn,TamaraL.Western,GeorgeW.HaughnandA.LaceySamuels.2008.AnalysisoftheGolgiApparatusinArabidopsisSeedCoatCellsduringPolarizedSecretionofPectin-RichMucilage.ThePlantCellJune2008vol.20no.61623-1638.
  2. DeMartini,JD,Pattathil,S,Avci,U,Szekalski,K,Mazumder,K,Hahn,M.G.,Wyman,CE:Applicationofmonoclonalantibodiestoinvestigateplantcellwalldeconstructionforbiofuelsproduction.EnergyEnviron.Sci.,2011,4,4332-4339.
  3. PattathilS,AvciU,MillerJS,HahnMG.2012.Immunologicalapproachestoplantcellwallandbiomasscharacterization:Glycomeprofiling.In:HimmelM(ed)BiomassConversion:MethodsandProtocols.SpringerScience+BusinessMedia,LLC,NewYork,NY,pp61-72.
  4. A.P.deSouza,D.C.C.Leite,S.Pattahil,M.G.Hahn,M.S.Buckeridge.2013.Compositionandstructureofsugarcanecellwallpolysaccharides:Implicationsforsecondgenerationbioethanolproduction.BioenergyResearch6:564-579.
  5. J.Puhlmann,E.Bucheli,M.J.Swain,N.Dunning,P.Albersheim,A.G.Darvill,andM.G.Hahn.(1994)Generationofmonoclonalantibodiesagainstplantcellwallpolysaccharides.I.Characterizationofamonoclonalantibodytoaterminalalpha-(1,2)-linkedfucosyl-containingepitope.PlantPhysiol.104:699-710.
  6. G.Freshour,R.P.Clay,M.S.Fuller,P.Albersheim,A.G.Darvill,andM.G.Hahn.(1996)Developmentalandtissue-specificstructuralalterationsofthecell-wallpolysaccharidesofArabidopsisthalianaroots.PlantPhysiol.110:1413-1429.
  7. G.Freshour,C.P.Bonin,W.-D.Reiter,P.Albersheim,A.G.Darvill,andM.G.Hahn.(2003)Distributionoffucose-containingxyloglucansincellwallsofthemur1mutantofArabidopsisthaliana.PlantPhysiol.131:1602-1612.
  8. PattathilS,AvciU,BaldwinD,SwennesAG,McGillJA,PopperZ,BoottenT,AlbertA,DavisRH,ChennareddyC,DongR,O"SheaB,RossiR,LeoffC,FreshourG,NarraR,O"NeilM,YorkWS,HahnMG.(2010)AComprehensiveToolkitofPlantCellWallGlycan-DirectedMonoclonalAntibodies.PlantPhysiol.153:514-525.
  9. PattathilS,AvciU,MillerJS,HahnMG.2012.Immunologicalapproachestoplantcellwallandbiomasscharacterization:Glycomeprofiling.In:HimmelM(ed)BiomassConversion:MethodsandProtocols.SpringerScience+BusinessMedia,LLC,NewYork,NY,pp61-72.
  10. PattathilS,AvciU,BaldwinD,etal.2010.Acomprehensivetoolkitofplantcellwallglycan-directedmonoclonalantibodies.PlantPhysiology153,514-525.
  11. PattathilS,HahnMG,DaleBE,ChundawatSP.Insightsintoplantcellwallstructure,architecture,andintegrityusingglycomeprofilingofnativeandAFEXTM-pre-treatedbiomass.JExpBot.2015Jul;66(14):4279-94.

Ifyoupublishresearchwiththisproduct,pleaseletusknowsowecanciteyourpaper.

Kerafast is a Boston-based reagent company whose primary mission is to make unique laboratory-made research tools easily accessible to the global scientific community. Our portfolio includes cell lines, antibodies, small molecules, dyes and more, many of which are not available elsewhere. Since our founding in 2011, researchers from more than 150 institutions worldwide have made their innovative reagents available through our online platform, where the materials can be quickly accessed without needing to go through the traditional Material Transfer Agreement process. We handle all selling and shipping logistics for the providing laboratory, as well as return generous royalty payments from every sale. We therefore help providing labs save time and resources, while generating extra funding for further research. Procuring scientists can more easily discover and access unique reagents that are often unavailable elsewhere, while also funding the work of other researchers.