Invitrogen™ Click-iT™ Protein Enrichment Kit, for click chemistry capture of azide-modified proteins

The Click-iT Protein Enrichment Kit for the efficient capture of click chemistry based azide-modified proteins on a resin of alkyne agarose. Superior to biotin or lectin based enrichment approaches. Ideal for proteomics, biomarker discovery, post-translational modification (PTM) analysis, and more. The azide modification can occur via metabolic feeding, enzymatic addition, or chemical modification. Click-Azide modified proteins, or their post-translationally modified forms, are enriched from complex protein extracts on the alkyne-agarose resin supplied. Once anchored to the resin via copper catalyzed click chemistry, extensive washing yields a highly enriched population of nascent molecules that can be furthered characterized by mass spectrometry. The alkyne-agarose resin improves upon existing biotin approaches by >8 fold, with signal to noise of biotin = 3 while the Click-iT resin = 25. Perfect upstream MS-based sample preparation technique for looking at changes in global protein expression and biomarker analysis.

• Global differential profiling of multiple subclasses of posttranslationally modified (PTM) proteins and newly synthesized proteins
• Improved signal to noise by eliminating nonspecific binding and increasing selectivity, thus improving detection of low abundant proteins
• Accelerates PTM site identification leading to more rapid initiation of functional studies
• Fully compatible with widely used MS techniques including iTRAC and ICAT
• Seamless integration of cell biology with protein chemistry
• Affordable, easy, no special equipment required
• One Reaction, Endless Possibilities

Cell Analysis, Click Chemistries, Labeling Chemistry, Mass Spectrometry, Metabolic Labeling and Nascent Protein Synthesis with Click Chemistry, Protein and Peptide Purification, Protein Enrichment, Protein Sample Preparation and Protein Purification, Proteins, Expression, Isolation and Analysis, Spectrometry Sample Preparation Reagents