PTMScan HS: Simplified PTM Proteomics Workflow Solution

Simplify your proteomics workflow and detect thousands of post-translationally modified peptides with the enhanced methods in PTMScan® HS Kits.

Download this flyer to see exactly how the PTMScan® HS kits perform in comparison to the classic PTMScan kits.

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Quantify significantly more PTM sites with the improved sensitivity and specificity of these kits, all while using less starting sample.

  • PTMScan HS® Phospho-Tyrosine (P-Tyr-1000) Kit #38572
  • PTMScan HS® Acetyl-Lysine Motif (Ac-K) Kit #46784
  • PTMScan HS® Ubiquitin/SUMO Remnant Motif (K-ε-GG) Kit #59322
  • PTMScan HS® Succinyl-Lysine Motif (Succ-K) Kit #60724

More PTM Sites Identified

PTMScan Landing V.3 1600x500

 

Comparison of unique K-e-GG ubiquitin modification sites identified between PTMScan Classic (blue) and PTMScan HS (green) enrichment methods, across two different sample types: mouse brain (left), and human MKN45 gastric cancer cells (right). Cell count and wet weight tissue inputs were identical, producing 1mg of extracted protein by PTMScan HS protocol. The results indicate that the PTMScan HS method identifies significantly more unique modification sites across different sample types.

Comparison of unique phospho-tyrosine modification sites identified between PTMScan Classic (blue) and PTMScan HS (green) enrichment methods, across two different sample types: mouse embryo (left), and HCT 116 cells (right). Protein was extracted from 3mg of HCT116 cells and 5mg of mouse embryo (wet weight) using the PTMScan HS protocol. The results indicate that the PTMScan HS method identifies significantly more unique modification sites across different sample types.