Delve Deeper: Explore the Depths of Aldolase C Functionality

Explore Aldolase C research with our aldolase antibody, specifically designed to target aldolase C enzymes via Immunocytochemistry (ICC), Immunohistochemistry (IHC) and Western Blotting (WB) techniques.

Aldolase C, Mouse Monoclonal Antibody

In mixed neuron/glial cultures, M-1693-100 (green) reveals strong cytoplasmic staining in astrocytes, while our rabbit antibody to NeuN/FOX3 (R-3770-100, red) shows nuclear and distal cytoplasmic staining in neuron cells. The blue stain reveals DNA in the nuclei of these cells.

Versatile Applications

Aldolase C, Mouse Monoclonal Antibody (M-1693-100), shows its flexibility as it reacts with a wide range of species, including Bovine, Human, Pig and Rat.

Left (A): Rat cerebellum section stained by Immunohistochemistry with mouse antibody to aldolase C (M-1693-100, green), and co-stained with rabbit antibody to GFAP (R-1374-50, red). Blue: Hoechst nuclear stain. (B) Analysis of aldolase C expression (green) in E20 rat cortical culture by Immunocytochemistry. Cells were stained with mouse antibody to aldolase C (M-1693-100, green) and co-stained with rabbit antibody to GFAP (R-1374-50, red). Blue: Hoechst nuclear stain.

Right: Western blot analysis of aldolase C expression (green) in tissue lysates using mouse antibody to aldolase C (M-1693-100, green). [1] protein standard, [2] rat brain, [3] mouse brain, [4] cow cerebellum, and [5] pig hippocampus. The single strong band at about 40 kDa corresponds to the aldolase C protein.

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