From:  Plant-derived phytochemicals as potential antibacterial agents for foodborne pathogen, Campylobacter jejuni targeting guaB-encoded IMPDH

 Predicted organ toxicity and toxicity endpoints of the phytochemicals identified as possible inhibitors of inosine-5’-monophosphate dehydrogenase.

ClassificationTargetName of the phytochemicals
AmaroswerinEriocitrinAfzelechinAmarogentin
Organ toxicityHepatotoxicityInactive: 0.78Inactive: 0.80Inactive: 0.71Inactive: 0.75
NeurotoxicityInactive: 0.80Inactive: 0.89Inactive: 0.90Inactive: 0.80
NephrotoxicityActive: 0.66Active: 0.77Active: 0.62Active: 0.75
Respiratory toxicityActive: 0.61Active: 0.63Active: 0.80Active: 0.56
CardiotoxicityActive: 0.68Inactive: 0.98Inactive: 0.76Active: 0.65
Toxicity endpointsCarcinogenicityInactive: 0.75Inactive: 0.91Inactive: 0.70Inactive: 0.77
ImmunotoxicityActive: 0.98Active: 0.99Inactive: 0.98Active: 0.98
MutagenicityInactive: 0.66Inactive: 0.88Inactive: 0.56Inactive: 0.66
CytotoxicityInactive: 0.74Inactive: 0.64Inactive: 0.84Inactive: 0.75
BBB-barrierInactive: 0.52Inactive: 0.75Active: 0.58Inactive: 0.52
EcotoxicityInactive: 0.67Inactive: 0.60Inactive: 0.56Inactive: 0.68
Clinical toxicityActive: 0.66Active: 0.52Active: 0.51Active: 0.65
Nutritional toxicityActive: 0.73Active: 0.54Active: 0.66Active: 0.66
Total number of organ toxicity probability3223
Total number of toxicity endpoints probability4344

Notes: Green denotes inactive probability > 0.7; pink denotes inactive probability < 0.7; red denotes active probability > 0.7; yellow denotes active probability < 0.7.