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Magnetic beads-conjugated anti-mCherry VHH Single Domain antibody (AE094)

Publication (2) Datasheet

Tested applications:WBIHC-PIF/ICCIPChIPChIP-seqRIPFCFC(Intra)ELISAMeDIPNucleotide ArrayDBFACSCoIPCUT&TagmeRIPInhibitionReactivity:Species independent

ABclonal:Immunoprecipitation - Magnetic beads-conjugated anti-mCherry VHH Single Domain antibody (AE094)

Immunoprecipitation of CT55-mCherry from 300 µg extracts of 293T cells transfected with a CT55 expression vector containing a single C-terminal mCherry-Tag was performed using 30 µl of Magnetic beads-conjugated anti-mCherry VHH Single Domain antibody (AE094). Magnetic beads-conjugated anti-GFP VHH Single Domain antibody (AE079) was used to precipitate the Control sample. IP samples were eluted with 1X Laemmli Buffer. The Input lane represents 10 % of the total input.Western blot analysis of immunoprecipitates was conducted using Mouse anti mCherry-Tag mAb (AE002) at a dilution of 1:2000.

Overview

Product nameMagnetic beads-conjugated anti-mCherry VHH Single Domain antibody
Catalog No.AE094
Host speciesAlpaca
Purification methodAffinity purification
IsotypeVHH
mCherry is a monomeric, fluorescent, photostable red dye that was isolated from and further engineered from the Discosoma sea anemone. Its peak fluorescent excitation is at 587 nm and emission 610 nm. Fluorescent protein mCherry is frequently used as reporter and fusion tag. VHH or Nanobody is the next generation monoclonal antibody, whichn is a Single domain antibody reserving only one single antigen recognizing domain from camelid heavy chain antibody. With size of only ~ 15 kDa, Nanobody dispay numberous advantages over conventional antibody and it's derivatives, such as higher tissue penetration capability, more accessble to hidden epitopes, higher stability, solubility and binding affinity. Anti-mCherry Nanobody Beads are magnetic agarose beads covalently coupled with VHH antibodies/ nanobodies acquiring high specificity and affinity for mCherry. These nanobeads can efficiently capture and separate mCherry and mCherry tagged proteins from cell crudes or other samples.
ImmunogenRecombinant protein of mCherry.
SequenceEmail for sequence
Gene ID
Swiss Prot
Synonyms
Calculated MW
Observed MWRefer to Figures
ReactivitySpecies independent
Tested applicationsWBIHC-PIF/ICCIPChIPChIP-seqRIPFCFC(Intra)ELISAMeDIPNucleotide ArrayDBFACSCoIPCUT&TagmeRIPInhibition
Recommended dilution
  • IP 30ul antibody (bead slurry) for 200μg-400μg extracts of whole cells
  • ChIP 500 μL (20 reactions)
  • CoIP 500 μL (20 reactions)
  • RIP 500 μL (20 reactions)
Storage bufferStore at 4℃. Avoid freeze / thaw cycles.
Buffer: 0.03% NaN3, 20% ethanol.
Key applicationImmunoprecipitation    
Positive samples
Cellular location
Customer validation

WB(Oryza sativa, Crassostrea gigas)

IP(Oryza sativa)

Documents

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    ABclonal:Immunoprecipitation - Magnetic beads-conjugated anti-mCherry VHH Single Domain antibody (AE094)}

    Immunoprecipitation - Magnetic beads-conjugated anti-mCherry VHH Single Domain antibody (AE094)

    Immunoprecipitation of CT55-mCherry from 300 µg extracts of 293T cells transfected with a CT55 expression vector containing a single C-terminal mCherry-Tag was performed using 30 µl of Magnetic beads-conjugated anti-mCherry VHH Single Domain antibody (AE094). Magnetic beads-conjugated anti-GFP VHH Single Domain antibody (AE079) was used to precipitate the Control sample. IP samples were eluted with 1X Laemmli Buffer. The Input lane represents 10 % of the total input.Western blot analysis of immunoprecipitates was conducted using Mouse anti mCherry-Tag mAb (AE002) at a dilution of 1:2000.

    * For research use only. Not for therapeutic or diagnostic purposes.

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