Toxicology simulator

Practice calm recognition, support, antidote boundaries, serial reassessment, and handoff across high-risk poisonings.

• Methemoglobinemia with a saturation gap
• Carbon monoxide with a reassuring monitor
• Acetaminophen: the clock changes the meaning
• Salicylate: the falling number can be worse
• Tricyclic toxicity: read the whole electrical pattern
• Beta-blocker toxicity: perfusion is more than pulse rate
• Calcium-channel blocker toxicity: read the glucose with the shock
• Digoxin toxicity: read the rhythm and potassium together
• Cholinergic poisoning: protect the team, then clear the air
• Anticholinergic poisoning: cool the patient, not the clues
• Serotonin toxicity: cool the heat, follow the clonus
• Sympathomimetic toxicity: calm the surge, protect the person
• Methanol toxicity: the gaps are clues, not answers
• Local anesthetic toxicity: quiet warnings can turn fast
• Opioid poisoning: breathing can improve before sedation does

What Open Sim Lab is, who it is for, and where its pharmacology comes from

Open Sim Lab is an educational simulator, not for clinical use. It is not a clinical decision-support tool, not a dosing calculator, and is not validated for any decision affecting a real patient.