• This has for many years been Wikipedia’s astrocyte see here! This image was made with our GFAP and vimentin antibodies.

  • HN2 neurons grown in culture and stained with EnCor antibody to MAP tau protein in red and UCHL1 in green.

  • HeLa cells grown in culture and processed with EnCor antibody to β-tubulin in green, HSP60 in yellow, fibrillarin in red and DNA in purple

  • A neuron in green stained with antibody to neurofilament NF-L and stem cells in red stained with antibody to α-internexin.

  • Glia in a rat cortical cell culture revealed with our GFAP antibody in green and vimentin antibody in red, DNA in blue.

  • Section of mouse brain stained with antibody to neurofilament NF-L in green and and antibody to NeuN/FOX3 in red.

  • Section of rat brain stained with antibody to the serotonin transporter SERT in green and tyrosine hydroxylase MCA-2H2 in red.

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      Our goal is to be the leader in the development and commercialization of unique, well-characterized antibody reagents for academic, biopharmaceutical and clinical research. If we say that an antibody will work in a particular assay, rest assured that it will, we know because we tested it. Since we develop, characterize and manufacture all of the reagents we sell, we can also offer very competitive pricing!

Most Popular

HeLa cells showing microtubules in green and Ki67 in red

Our recent best sellers are antibodies to MAP2, antibodies to GFAP (RPCA-GFAP and CPCA-GFAP) antibodies to c-FOS (RPCA c-FOS and MCA-2H2), antibodies to NeuN (MCA-1B7 and RPCA-Fox3), and to mCherry, RPCA-mCherry.

Our Research

Rat cerebellar molecular layer showing microglia in green and Purkinje cell dendrites in red.

We collaborate with many research and commercial labs, providing access to our expertise or facilities. For recent examples see Shaw et al. 2023, Beck et al. 2021, Holmström et al. 2020, Petzold et al. 2020 and Gopinath et al. 2020.

New Products

Rat hippocampus showing FOX3/NeuN in green and myelin basic protein in red.

Novel neurofilament NF-L antibodies, MCA-6H63 and MCA-1D44 only recognize degenerating neurons and processes, while others RPCA-NF-L-ct and MCA-DA2, only bind undamaged neuronal material, see BioRχiv and Brain Comms articles for details.

Our Products

Rat cerebellar Purkinje cells revealed with MAP2A/B antibody in green, cell body shown with autoantigen in red.

Our major focus is the development and characterization of high quality antibodies. These are almost all made in the EnCor lab, and the production and detailed characterization of these reagents is available from our website.