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Email: info@nsjbio.com
- Tel: 858.663.9055
- Email: info@nsjbio.com
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Uroplakin 1B (UPK1B) is a multi-pass transmembrane protein encoded by the UPK1B gene and is structurally classified as a tetraspanin-like protein that contributes to membrane organization in urothelial cells. UPK1B Antibody / Membrane Tetraspanin-like Protein Antibody (clone UPK1B/3081) recognizes this protein within the context of plasma membrane architecture, where it is commonly referred to as Uroplakin 1B antibody or UP1B antibody in the literature. This Membrane Tetraspanin-like Protein Antibody highlights UPK1B as a four-pass membrane protein that organizes membrane domains and supports protein clustering at the cell surface. As a Membrane Tetraspanin-like Protein Antibody, it emphasizes membrane topology and spatial organization rather than differentiation status or plaque structure.
UPK1B contains multiple transmembrane helices typical of tetraspanin-like proteins, enabling it to function as a scaffold for assembling and stabilizing protein complexes within the plasma membrane. It interacts with uroplakin partners such as UPK1A, UPK2, and UPK3A, contributing to the formation of organized membrane domains while maintaining its role as a membrane organizer. This Membrane Tetraspanin-like Protein Antibody is therefore particularly suited for studies focused on protein-protein interactions, membrane microdomain formation, and the organization of transmembrane complexes, rather than applications centered on urothelial differentiation or plaque ultrastructure.
The defining feature of UPK1B in this context is its role in coordinating membrane organization, where it helps establish specialized regions of the plasma membrane that support structural stability and signaling interfaces. This Membrane Tetraspanin-like Protein Antibody reinforces the concept of UPK1B as a membrane-organizing protein, clearly separating it from UPK1B antibody formats that emphasize urothelial plaque assembly or epithelial differentiation markers. By focusing on its tetraspanin-like characteristics, this page establishes a distinct biological identity centered on membrane architecture and protein network formation.
UPK1B expression is primarily observed in urothelial tissues including bladder, ureter, and renal pelvis, with localization concentrated at the plasma membrane of epithelial cells. Staining is typically membranous, consistent with its integration within the lipid bilayer and association with organized membrane domains. Clone UPK1B/3081 antibody provides consistent recognition of UPK1B, and the UPK1B/3081 monoclonal antibody format supports reproducible detection of this membrane tetraspanin-like protein in studies focused on membrane organization and protein interaction networks.
Optimal dilution of the UPK1B Antibody / Membrane Tetraspanin-like Protein Antibody should be determined by the researcher.
A recombinant human partial protein (amino acids 109-229) was used at the immunogen for this UPK1B Antibody / Membrane Tetraspanin-like Protein Antibody.
Store the UPK1B antibody at 2-8oC (with azide) or aliquot and store at -20oC or colder (without azide).
Uroplakin 1B antibody, UP1B antibody, Tspan20 antibody, Membrane tetraspanin protein antibody
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