Protein phosphorylation constitutes a key post-translational modification involved in
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Presentation Transcript

Protein phosphorylation constitutes a key post-translational modification involved in

regulation of cell signaling pathways governing a diversity of cellular processes. There

are three amino acids most commonly phosphorylated: Serine (S), Threonine (T) and

Tyrosine (Y). The use of Phosphorylation specific antibodies is critical in elucidating

the role of phosphorylation events in producing complex biological effects. In

addition, phosphotyrosine antibody, which specifically binds to phosphorylated

tyrosine residues, is a valuable tool for analyzing tyrosine kinase activity in

high-throughput drug discovery research.

Creative Diagnostics offers extensive selection of phospho antibodies, which can be

used in a variety of applications including Western blot, immunoprecipitations,

immunofluorescence, FACS, ICC, and more. Phospho-specific Antibodies are supplied

for your research.

http://www.creative-diagnostics.com/CommonTypeList_489.htm


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