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Email: info@nsjbio.com
- Tel: 858.663.9055
- Email: info@nsjbio.com
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Beta-catenin (CTNNB1) is a multifunctional protein involved in both adherens junction stability and Wnt signaling, with intracellular localization that makes it well suited for detection by flow cytometry following fixation and permeabilization. The Catenin Beta Antibody for FACS enables analysis of CTNNB1 expression at the single-cell level, supporting population-based studies of signaling status, cellular heterogeneity, and protein distribution. CTNNB1 is encoded on chromosome 3p22.1 and belongs to the armadillo repeat protein family, characterized by multiple interaction domains that mediate binding to cadherins, transcription factors, and regulatory complexes.
The Catenin Beta Antibody for FACS, also referred to as Beta-catenin antibody and CTNNB1 antibody in the literature, recognizes a protein that is primarily localized to the cytoplasm and cell membrane under basal conditions, with redistribution occurring during signaling activation. In flow cytometry workflows, beta-catenin is detected intracellularly following fixation and permeabilization, allowing quantitative assessment across large cell populations. This approach is particularly valuable for identifying shifts in CTNNB1 levels associated with Wnt pathway activation, differentiation states, or oncogenic transformation.
This Catenin Beta Antibody for FACS is uniquely positioned for studies requiring high-throughput analysis of CTNNB1 expression across heterogeneous samples. In cancer cell populations, including epithelial-derived lines such as HeLa cells, beta-catenin expression can vary depending on signaling activity and cellular context. Flow cytometry enables detection of these differences through shifts in fluorescence intensity relative to controls, providing a robust readout of protein abundance and distribution at the single-cell level.
The recombinant mouse monoclonal rCTNNB1/1507 antibody supports consistent and specific detection of CTNNB1 in flow cytometry applications. Its performance enables clear separation between positive and control populations, supporting reliable gating and quantitative analysis. While beta-catenin is not a surface protein, intracellular staining strategies allow effective detection of its cytoplasmic and membrane-associated pools, making this antibody suitable for evaluating signaling-related changes in protein levels.
Alterations in CTNNB1 expression and regulation are associated with numerous cancers, including cervical carcinoma, colorectal cancer, and hepatocellular carcinoma, where dysregulated Wnt signaling leads to accumulation of beta-catenin. Flow cytometry-based detection provides a complementary approach to imaging and immunoblotting methods, enabling rapid and quantitative assessment across large sample sets. This antibody targets CTNNB1 for research applications requiring precise measurement of beta-catenin expression in flow cytometry assays.
This antibody complements our Beta-Catenin Antibody / CTNNB1 Antibody (clone CTNNB1/2030R) for broader analysis of CTNNB1 expression and localization.
Optimal dilution of the Catenin Beta Antibody for FACS / CTNNB1 Flow Cytometry Antibody should be determined by the researcher.
A recombinant human beta-Catenin (p120) protein fragment from the human protein was used as the immunogen for the recombinant Catenin beta antibody.
Store the Catenin beta antibody at 2-8oC (with azide) or aliquot and store at -20oC or colder (without azide).
Beta-catenin FACS antibody, CTNNB1 flow cytometry antibody, Catenin beta-1 FACS antibody, Beta catenin flow cytometry antibody, CTNNB1 intracellular FACS antibody
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