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 understanding the number of palmitoylation sites in 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.
Kit highlights
Competitively priced entry level kit.
Enables detection of the number S-palmitoylated sites within your protein of interest and calculation of palmitoylation stoichiometry.
Kit designed to process 2 x 2 biological samples with paired negative controls (i.e. 8 samples in total).
Convenient stopping point after blocking treatment.
Assay suitable for downstream western blot analysis
References
Percher A., et al. (2016) Mass-tag labelling reveals site specific and endogenous levels of protein S-fatty acylation. PNAS 113: 4302–4307
Yokoi N., et al. (2016) Identification of PSD-95 Depalmitoylating Enzymes. J. Neurosc., 36:6431– 6444
Storage
Store at 40C.
Datasheet
K010-313-Protocol
K010-313-MSDS
Regulatory statement
Product for research use only. Not intended for diagnostic or therapeutic use.
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Acyl PEG Exchange – An Important Advance in the Palmitoylation Toolbox
There have been many recent advances in methodologies to detect the only reversible lipidation reaction of proteins, S-palmitoylation. This fatty acyl post translational modification has gained great interest in the research community as it is increasingly recognised as important in both health and disease. In this article I will briefly examine the development of the acyl exchange methodologies used by researchers to measure S-palmitoylation. I will focus in particular on the recently published Acyl PEG Exchange (APE)/Acyl PEGyl Gel Shift(APEGS) assay, paying particular attention to the advantages it offers scientists interested in exploring palmitoylation.
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