Fig. 3
From: Analysis of human acetylation stoichiometry defines mechanistic constraints on protein regulation
Properties of high stoichiometry acetylation. a The distribution of acetylation site stoichiometry for the 6829 sites measured in this study. b UniProt keyword enrichment for the indicated classes of high stoichiometry acetylation sites (>0.23% and >0.1%) and for doubly acetylated peptides. The size of the text is related to the fraction of sites associated with the keyword, and keywords that were more than two-fold enriched are colored red. c Subcellular compartment analysis based on the Human Protein Atlas14. Category scatterplots show the distributions of acetylation site stoichiometry in each subcellular compartment. The number (n) of sites analyzed, median stoichiometry (median), and percentage of sites with >1% stoichiometry (>1%) is shown. d Amino acid sequence logos of the indicated classes of acetylation sites using IceLogo15. Source data are provided as a Source Data file
