Research Article

SUMOhunt: Combining Spatial Staging between Lysine and SUMO with Random Forests to Predict SUMOylation

Table 1

Physicochemical properties used to shape SUMOhunt. They were chosen because of their potential contribution in docking of SUMO with substrate protein at the target site.

Amino acid propertyAAIndexYear reported

HydrophobicityPRAM9001011990
PolarityGRAR7401021974
BulkinessZIMJ6801021968
Hydropathy indexKYTJ8201011982
Accessible surface areaRADA8801061988
Residue accessible surface area in tripeptideCHOC7601011976
Percentage of buried residuesJANJ7801021978
Entropy of formationHUTJ7001031970
Side-chain volumeKRIW7901031979
Side-chain’s contribution to stabilityTAKK0101012001
BuriabilityZHOH0401032004
Hydrophilicity valueHOPT8101011981
Molecular weightFASG7601011976
Transfer free energy to surfaceBULH7401011974
Steric parameterCHAM8101011981
Isoelectric pointZIMJ6801041968