Anti-RFP / mCherry Nanobody (VHH), Recombinant, Purified

Anti-RFP / mCherry Nanobody (VHH), Recombinant, Purified

Catalog #: EG-NB-RFP01
$355.00
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3D Structure — Nanobody–Epitope Complex
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anti-RFP / mCherry nanobody complex
PDB 7SAJ
nanobody (VHH)   antigen   epitope (32)
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Interactive model of the VHH bound to its structural epitope on RFP / mCherry (from experimental complex PDB 7SAJ). Nanobody in blue, epitope contact residues in red. For research visualization.

Product Description
Product NameAnti-RFP / mCherry Nanobody (VHH), Recombinant, Purified
DescriptionA purified, engineered VHH nanobody against mCherry/RFP for clean single-step capture of red-fluorescent-tagged targets.
Target / SpecificitymCherry and related red fluorescent proteins (RFP / DsRed family)
SequenceThis nanobody is an engineered variant based on PDB 7SAJ, with higher affinity and stability than the original published sequence.
FormatPurified recombinant single-domain antibody (VHH / nanobody), carrier-free
Tag & ExpressionC-terminal 6×His tag; secreted from HEK293 cells and purified by one-step IMAC from the culture medium.
Molecular Weight~14 kDa (single VHH domain + His6; ~1/10 the size of a conventional IgG)
Purity>90% by SDS-PAGE
Quantity100 µg
FormulationPBS with 50% glycerol (carrier-free); 0.02% sodium azide
ApplicationsIP of RFP fusions, IF, imaging, ELISA, affinity capture
Structural EpitopeEpitope mapped from the experimental VHH–antigen complex (PDB 7SAJ); 32 antigen contact residues within 5 Å. An interactive 3D complex model is shown on this page.
StorageStore at -20°C; avoid repeated freeze-thaw. Stable 1 year.
AdvantagesNanobodies are the smallest functional antibody fragments: exceptional thermal and chemical stability, single-domain, high-yield recombinant production, and access to cryptic epitopes and dense tissue that conventional antibodies cannot reach.
Product Documents
DatasheetEG-NB-RFP01 Product Datasheet
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