ABEM Medical Tox study plan

Calculate volume of distribution, clearance, half-life, and loading/maintenance doses by hand for four hypothetical overdose scenarios, showing units at every step

Rank gastric lavage, activated charcoal, whole-bowel irrigation, multidose charcoal, and urinary alkalinization in a self-built table by indication, effective time window, and absolute contraindication

Explain how molecular weight, protein binding, volume of distribution, and systemic clearance predict dialyzability, and justify the decision for three named drugs

Define NOAEL, LOAEL, reference dose, and hazard quotient, then apply them to one workplace solvent exposure scenario to decide whether follow-up is warranted

Recite six cardinal toxidromes from memory, listing pupils, vital signs, skin findings, and at least two antidotes or treatments for each

Calculate anion gap, delta ratio, and osmolar gap on ten electrolyte vignettes and state the toxin each pattern implies

Map methanol, ethylene glycol, isopropanol, and ethanol to their metabolites, clinical findings, laboratory clues, and treatment thresholds, including fomepizole dosing

Sequence the supportive care bundle for an obtunded poisoned patient, covering airway, glucose, temperature, seizure control, and hypotension management

Build an antidote matrix covering at least 20 toxins with antidote, mechanism, dose, endpoint, and major adverse effect for each

Contrast the indications, mechanisms, and monitoring endpoints of sodium bicarbonate in tricyclic and salicylate poisoning

Explain the limits of the acetaminophen nomogram and compare the 21-hour and two-bag N-acetylcysteine regimens, including when the nomogram does not apply

Summarize indications and hazards of high-dose insulin euglycemia therapy and intravenous lipid emulsion for lipophilic cardiotoxins

Differentiate serotonin syndrome, neuroleptic malignant syndrome, and anticholinergic toxicity by onset, examination findings, and treatment

Classify chemical warfare agents as nerve, vesicant, blood, choking, or incapacitating, and pair each class with mechanism and first-line countermeasure

State atropine, pralidoxime, and benzodiazepine dosing and escalation logic for organophosphate and nerve-agent poisoning, including when to stop atropine

Describe the clinical presentation, decontamination priority, and antidote or supportive path for cyanide, hydrogen sulfide, and carbon monoxide exposures

Explain the role of lipid emulsion, glucagon, and pacing versus high-dose insulin for refractory beta-blocker and calcium-channel blocker overdose

Draft a 10-step hazardous materials scene response covering hot, warm, and cold zones, PPE levels, and the decontamination corridor

Outline recognition, isolation, prophylaxis, and treatment for anthrax, botulism, plague, smallpox, and tularemia in a one-page bioterrorism reference

Explain radiation exposure terminology, acute radiation syndrome phases, and the indications for Prussian blue, potassium iodide, and calcium-DTPA

Describe vesicant injury management for sulfur mustard and Lewisite, including decontamination timing and supportive care

Interpret a hazardous materials placard and safety data sheet to identify the hazard class and select an initial isolation distance

Match lead, arsenic, mercury, iron, thallium, and copper to their clinical syndromes, diagnostic tests, and chelating agents with doses

Differentiate the mechanisms and treatment of carbon monoxide, methemoglobinemia, cyanide, and cholinesterase-inhibitor poisoning

Compare organophosphate, carbamate, and pyrethroid toxicity by mechanism, clinical course, and whether oxime therapy is indicated

Explain the toxicology of common solvents, benzene, and chlorinated hydrocarbons, including target organs and workplace exposure limits

Describe the clinical approach to an industrial chlorine or ammonia release, including triage and delayed pulmonary injury monitoring

Distinguish screening immunoassays from confirmatory chromatography and mass spectrometry, and explain cross-reactivity and false-negative pitfalls

Explain chain of custody, specimen selection, and postmortem redistribution, and identify which matrix answers which forensic question

Interpret a quantitative drug level in context, including theophylline, lithium, digoxin, salicylate, and acetaminophen, and state the level at which intervention changes

Describe how cause and manner of death are determined and outline the toxicologist's role in impaired-driving and brain-death cases

Complete two full-length mixed practice examinations under timed conditions and review every incorrect or uncertain item to a written explanation

Re-drill the weak objectives flagged in the week 4 and week 6 assessments until each is answered correctly twice in a row

Reconstruct from memory the antidote matrix, toxidrome table, and decontamination card without notes

Explain aloud the management of six high-yield scenarios drawn from different domains to test retrieval under pressure