Medical Global Academy

Program overview

The Fellowship in Toxicology is an in-depth 12-month advanced training course for healthcare professionals who want to gain specialized knowledge in clinical, environmental, occupational, forensic and pharmaceutical toxicology. The programme combines structured online learning, case-based discussions, simulation training, clinical exposure and expert mentorship to build advanced skills in the diagnosis, management, prevention, and investigation of cases of toxic exposure and poisoning emergencies. Participants learn in depth about toxicokinetics, toxicodynamics, antidote therapy, environmental hazards, forensic analysis, public health toxicology and emerging innovations in the field. The programme aims to equip fellows with the skills needed to handle complex toxicology cases, to be involved in poison prevention programs, and to be able to lead toxicology services at a clinical, research, regulatory and public health level.

Skills You Will Gain

  • An understanding of toxicology principles, toxicokinetics, toxicodynamics and mechanisms of toxicity at an advanced level.

  • Focusing on the assessment, diagnosis and management of toxicological emergencies and poisoned patients.

  • Knowing how to recognise toxidromes and provide evidence-based treatment protocols.

  • Antidote therapy, decontamination and augmented elimination.

  • Familiarity with drug overdose, drug adverse reactions and toxicities due to substances.

  • Skill in environmental/occupational toxicology (exposure assessment and prevention strategies).

  • Knowledge of forensic toxicology, toxicological investigations, laboratory testing and medico-legal reporting.

  • Sensitivity to toxicology lab results and the use of advanced analytical skills.

  • Understanding of pesticide, heavy metal, biological toxin, envenomation and environmental contaminant poisoning.

  • Capability to handle toxicological mass disaster situations and mass casualty incidents and CBRN emergencies.

  • Knowledge of molecular toxicology, pharmacogenomics, biomarkers, and individual toxicology solutions.

  • Knowledge of digital toxicology, artificial intelligence app, toxicology database and health informatics.

  • Knowledge of regulatory, product safety assessment, consumer product and industrial compliance toxicology.

  • Public health advocacy (skills), poison prevention, toxicology education and community outreach initiatives.

  • Evidence-based clinical decision making for acute, chronic and complex toxicological diseases.

Career Outcomes

  • Hospital/poison control/emergency room clinical toxicologist.

  • Consultant Medical Toxicology & Poison Management.

  • Trained in advanced toxicology, Emergency Medicine Specialist.

  • Occupational and environmental toxicology specialist.

  • An expert in the science of toxicology who provides support in a medico-legal and/or investigative capacity.

  • Pharmacovigilance and Drug Toxicity Advisor.

  • Poison Information Specialist in the National / Regional Poison Control Centers.

  • Clinical Researcher in Toxicology, Pharmacology and Public Health.

  • In government agencies, healthcare organizations and industry, as a Regulatory Toxicologist.

  • Industrial Toxicology and Workplace Safety Consultant.

  • Academic Faculty or Clinical Educator (Toxicology/Emergency Medicine).

  • Assessor, health advisor, and public health professional in the fields of poison prevention, environmental health and disaster preparedness.

  • Toxicology Laboratory Director / Quality Assurance Specialist.

  • Independent Consultant, Toxicology, Risk Assessment and Chemical Safety Management.

What you will learn 

Learn from Industry-Leading Toxicology Specialists 

Skill-Driven Workshops on Evidence-Based Toxicology Practice 

Flexible Learning for Modern Healthcare Professionals 

Future-Ready Toxicology Curriculum 

Clinical Training for Real-World Practice 

Course curriculum

  • Principles of toxicology: Dose-response relationships
  • Mechanisms of toxicity: Cellular, molecular, and systemic
  • Toxicokinetics and toxicodynamics
  • Classifications of toxins: Chemical, biological, radiological
  • Risk assessment and regulatory toxicology
  • History and scope of toxicology
  • Approach to the poisoned patient
  • Toxidromes and their identification
  • Decontamination techniques and elimination enhancement
  • Antidotes: Mechanisms and indications
  • ICU management in poisoning
  • Case-based reviews: Real-life poisonings
  • Common environmental toxins: Heavy metals, pesticides, air pollutants
  • Water and food contamination: Toxic implications
  • Occupational exposures: Industrial chemicals, solvents, gases
  • Monitoring and prevention strategies
  • Environmental health laws and regulations
  • Toxicological sampling and specimen handling
  • Laboratory techniques: GC-MS, HPLC, ELISA, etc.
  • Interpretation of forensic toxicology reports
  • Post-mortem toxicology: Procedures and relevance
  • Medico-legal implications in poisoning deaths
  • Toxic effects of biological agents and bioterrorism
  • Drug abuse and addiction toxicology (opioids, synthetic drugs)
  • Snake bites, scorpion stings, marine and plant toxins
  • Nanotoxicology and cosmetic toxicology
  • Artificial intelligence in toxicology: Diagnostic tools and prediction models
  • Adverse drug reactions (ADR) vs. drug toxicity
  • Therapeutic drug monitoring
  • Overdose management protocols (e.g., acetaminophen, digoxin, lithium)
  • Overdose management protocols (e.g., acetaminophen, digoxin, lithium)
  • Clinical trials and drug safety regulations (ICH-GCP, pharmacovigilance)
  • Toxicity of biologics and monoclonal antibodies
  • Age-related variations in toxicity and pharmacokinetics
  • Common pediatric poisonings (e.g., iron, hydrocarbons, household cleaners)
  • Child-resistant packaging and prevention strategies
  • Toxicology in the elderly: Comorbidities and drug sensitivities
  • Ethical considerations in vulnerable populations
  • Neurotoxins: Mechanisms and clinical features
  • Behavioral and cognitive effects of chronic toxic exposure
  • Psychiatric manifestations of poisoning
  • Toxic encephalopathy and neurodevelopmental impacts
    • Assessment tools and neuroimaging in toxic brain injury
  • DNA damage, mutagenesis, and carcinogenesis
  • Genotoxicity assays (Ames test, micronucleus test)
  • Genotoxicity assays (Ames test, micronucleus test)
  • Biomarkers in toxicology
  • Personalized toxicology and pharmacogenomics
  • Management of chemical, biological, radiological, and nuclear (CBRN) events
  • Mass poisoning outbreaks and emergency protocols
  • Triage systems in toxicologic disasters
  • Coordination with public health and disaster response agencies
  • Simulation-based training for toxicology emergencies
  • Role of AI and machine learning in toxicology diagnostics
  • Predictive toxicology using computational models
  • Digital tools and toxicology databases (e.g., TOXNET, PubChem, ChemIDplus)
  • Mobile apps for poison information and clinical decision support
  • Data security and patient confidentiality in toxicology records
  • Toxicology in court: Expert witness training
  • Legal standards for toxicological evidence
  • Poisoning and criminal liability
  • Product liability and toxic torts
  • Compliance with global regulations (FDA, EMA, REACH, BIS, CDSCO)
  • Safety assessment of cosmetics and personal care products
  • Skin sensitization and irritancy testing
  • Regulations (e.g., FDA, EU Cosmetic Regulation, BIS norms)
  • Nanoparticles in cosmetics: Risks and regulations
  • Toxic ingredients in consumer products (e.g., parabens, formaldehyde, BPA)
  • Toxic exposures from cleaning agents, insecticides, fertilizers
  • Pesticide poisoning: Organophosphates, carbamates, and paraquat
  • Safe storage, labeling, and first aid strategies
  • Rural toxicology and farmer education
  • Case studies from poison control centers
  • Designing toxicology training programs for healthcare workers
  • Public awareness strategies for poison prevention
  • Collaborating with schools and community health programs
  • Advocacy for safer chemical policies and public health reforms
  • Creating educational materials and policy briefs
  • Business and Industrial Toxicology
  • Product safety evaluations and MSDS (Material Safety Data Sheets)
  • Workplace safety audits and exposure monitoring
  • Regulatory affairs and industrial compliance
  • Entrepreneurship in toxicology: Consultancy and innovation
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