Anti-S100 Antibody [6G1] (A279494)

Anti-S100 Antibody [6G1]

Mouse monoclonal [6G1] antibody to S100.

This antibody recognises S100 protein derived from human brain tissue. It is a ~21 kDa acidic calcium-binding protein synthesised by astroglial cells. It can be found predominantly as two isoforms, the alpha-beta heterodimer (S100a) and the beta-beta homodimer (S100b). The S100 family of proteins have been implicated in a large variety of intracellular and extracellular regulatory activities, such as cellular energy metabolism, cytoskeleton modification, cell proliferation and differentiation. When glial cells are damaged, S100 protein is leaked into the extracellular matrix and cerebrospinal fluid, further releasing into the bloodstream. As such, S100 protein can be used as a sensitive and reliable marker for nervous system damage, such as after brain damage or acute stroke. recognises both S100a (alpha-beta) and S100b (beta-beta). Mouse anti Human S100 Protein antibody, clone 6G1 is sensitive to EDTA and other bivalent-binding agents. Better performance can be obtained in the presence of 5mM CaCl2 in assay buffers.

WB, ELISA

Human

Human brain S100 protein.

Mouse

Monoclonal

6G1

IgG1

1 mg/ml

Liquid

Supplied in Phosphate Buffered Saline with <0.1% Sodium Azide.

Shipped at ambient temperature. Upon delivery aliquot and store at -20°C. When thawed, aliquot the sample as needed. Short term (up to 4 weeks): store at 4°C. Long term: store at -20°C. Avoid freeze / thaw cycles. Storage in frost free freezers is not recommended.

Mouse anti Human S100 Protein antibody, clone 6G1 recognizes S100 protein derived from human brain tissue. It is a ~21 kDa acidic calcium-binding protein synthesised by astroglial cells. It can be found predominantly as two isoforms, the alpha-beta heterodimer (S100a) and the beta-beta homodimer (S100b). The S100 family of proteins have been implicated in a large variety of intracellular and extracellular regulatory activities, such as cellular energy metabolism, cytoskeleton modification, cell proliferation and differentiation. When glial cells are damaged, S100 protein is leaked into the extracellular matrix and cerebrospinal fluid, further releasing into the bloodstream. As such, S100 protein can be used as a sensitive and reliable marker for nervous system damage, such as after brain damage or acute stroke. Mouse anti Human S100 Protein antibody, clone 6G1 recognizes both S100a (alpha-beta) and S100b (beta-beta). Mouse anti Human S100 Protein antibody, clone 6G1 is sensitive to EDTA and other bivalent-binding agents. Better performance can be obtained in the presence of 5mM CaCl2 in assay buffers.