This in-silico screening study used StopTox, ToxAlerts and LD-50 values toxicity models to assess the MEML drugs.  In the StopTox model, 86% of the drugs had potential to cause at least one toxicity including 55% that had the potential of causing eye irritation and corrosion.  Model consensus evaluation results showed that the highest consensus was observed between ToxAlerts and StopTox (80%). 
StopTox
This in-silico screening study used StopTox, ToxAlerts and LD-50 values toxicity models to assess the MEML drugs.  In ToxAlerts, 90% of the drugs had the potential of causing at least one toxicity and 72% were found to be potentially reactive, unstable and toxic.  Model consensus evaluation results showed that the highest consensus was observed between ToxAlerts and StopTox (80%). 
ToxAlerts
This in-silico screening study used StopTox, ToxAlerts and LD-50 values toxicity models to assess the MEML drugs. 
LD-50 values toxicity models