The post-translational modification of individual residues in a protein is an important feature of protein regulation in health and disease. Highly specific monoclonal antibodies to chemically modified amino acids have been assembled. All of these antibodies have been carefully validated for use in western blotting.
The Badrilla CAPTUREomeTM S-Palmitoylated protein kit is a simple and easy way of determining whether your protein of interest is post translationally modified with a palmitate group. The assay is based on the acyl-RAC (resin assisted capture) method and facilitates, with four simple steps – Block, Cleave, Capture and Analysis - determination of protein palmitoylation.
The new CAPTUREomeTM S-Palmitoylation Mini Kit from Badrilla represents an affordable gateway into the emerging field of palmitoylation research. The Mini Kit, based on acyl RAC (resin assisted capture) technology, enables rapid determination of protein palmitoylation status from as little as 1mg of total cell lysate protein.
Affinity purified mouse monoclonal antibody clone 2E11 to nitrotyrosine
Affinity purified Mouse monoclonal antibody clone 6B2 to NitroTyrosine (NY)
The new Badrilla SiteCounterTM S-Palmitoylated protein kit is a quick and easy way to quantify the extent of S-palmitoylation of your protein of interest. Using a straightforward mass tag approach, modification of each cysteine residue results in an incremental increase in the mass of the protein. The number of mobility shifts (as detected by western blot analysis) is observed as a ladder of protein bands, each ‘step’ in the ladder representing an additional s-palmitoylated cysteine residue.
The new Badrilla SiteCounterTM S-Palmitoylated Protein Mini Kit is a quick and easy way to quantify S-palmitoylation. Competitively priced, this starter kit provides a gateway into determining the number of palmitoylation sites in your protein of interest
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