Find the Right Antibody for Your Application
Take the Guesswork Out of Cell Analysis
Cell isolation and cell culture are essential steps for cutting-edge cell-based research. Screening antibodies shouldn't be. Don't waste valuable research time finding the appropriate antibody for your cell analysis.
Choose from a range of high-quality primary and secondary antibodies that are validated to work with our cell isolation and cell culture reagents in specific applications. When integrated into your workflow, these antibodies support reliable and consistent downstream cell analysis, including phenotyping, purity assessments, and immunocytochemistry (ICC), helping you achieve results with greater confidence and reproducibility.
Why Use Our Antibodies?
- Choose from a wide range of high-quality primary and secondary antibodies and isotype controls
- Use antibodies validated to work with our cell isolation and cell culture products in select applications*
- Save time on cell analysis optimization by starting with verified antibodies
- Get help when you need it from our dedicated team of research scientists and product and scientific support staff
*Please consult each product’s Product Information Sheet (PIS) for a complete list of verified applications.
Antibodies for Immunocytochemistry (ICC)
What is Immunocytochemistry (ICC)?
Immunocytochemistry (ICC) is a technique used to detect and visualize the presence and location of specific proteins or antigens within cells. By using antibodies conjugated to fluorescent dyes, stains, or enzymes, researchers can detect and study cellular components with high precision under a microscope. ICC is widely used in cell biology, neuroscience, and stem cell research to confirm cell identity and analyze protein expression.
º£½ÇÆƽâ°æ offers an extensive selection of ICC-validated antibodies across a wide range of research areas, including epithelial cell biology and neuroscience.Thoroughly tested in our recommended ICC workflows, these antibodies deliver reliable, reproducible staining results while helping you save time on optimization. Easily find the best fit for your experiment by filtering by research area, cell type, or conjugate, and access comprehensive protocols and workflow guides to support your success from start to finish.
Figure 1. Human Induced Pluripotent Stem Cells Stained with Mouse Anti-Tubulin
º£½ÇÆƽâ°æ Technologies' Healthy Control Human iPSC Line, Male, SCTi004-A cultured in mTeSRâ„¢ Plus on STEMmatrixâ„¢ BME were labeled with DAPI (Blue), Phalloidin, iFluorâ„¢ 488 (Magenta), and Mouse anti-Tubulin (Orange).
Figure 2. E18 Rat Cortical Neurons Stained with Anti-Human MAP2 Antibody, Polyclonal
E18 Rat Cortical Neurons (DIV21) cultured in BrainPhysâ„¢ Primary Neuron Kit on Poly-D-Lysine were stained with DAPI (Grey), anti-Human MAP2 Antibody, Polyclonal (blue), and Mouse anti-Synapsin 1 (Magenta).
Figure 3. Induced Basal Cell Aggregates Stained with Anti-Human p63 Antibody
Induced basal cell (iBC) aggregates generated from CPM+ sorted lung progenitors using the STEMdiffâ„¢ Lung Progenitor Kit and further differentiated following the Hawkins et al. protocol. Immunofluorescence analysis shows robust expression of basal marker p63 (yellow) and epithelial marker EpCAM (red), with nuclei counterstained using DAPI (blue).
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