Post-translational modification data analysis software tools
Tandem mass spectrometry has become a standard tool for identifying post-translational modifications (PTMs) of proteins. Protein modification is an extremely important post-translational regulation that adjusts the physical and chemical properties, conformation, stability and activity of a protein; thus altering protein function.
Dephosphorylation site prediction
3 tools
Mutation impact on phosphorylation
1 tool
Ubiquitination site prediction
9 tools
S-nitrosylation site prediction
4 tools
Prenylation site prediction
2 tools
N-myristoylation site prediction
5 tools
Succinylation site prediction
10 tools
Phosphoglycerylation site prediction
3 tools
Palmitoylation site prediction
8 tools
Acetylation site prediction
18 tools
Pupylation site prediction
6 tools
S-sulfenylation site prediction
3 tools
Methylation site prediction
17 tools
GPI anchor attachment prediction
5 tools
SUMOylation site prediction
8 tools
Crosstalk prediction
4 tools
Hydroxylation site prediction
7 tools
Tyrosine nitration site prediction
2 tools
Malonylation site prediction
2 tools
Tyrosine sulfation site prediction
5 tools
Carbonylation site prediction
3 tools
Amidation site prediction
1 tool
Deamidation site prediction
1 tool
Glycation site prediction
3 tools
Glutathione site prediction
4 tools
Carboxylation site prediction
1 tool
Ribosylation site prediction
2 tools
Propionylation site prediction
1 tool
