1. Definition of the subject toxicology, classification of poisons, relationship between the structure of the substance and its toxicity, toxicity evaluation, factors affecting the toxic effect, entry of substances into the body, distribution and mechanisms of action of poisons,
2. Interaction of toxins with the cell, biotransformation and its phases, exposure, toxic substances in the environment and work environment, ecotoxicology,
3. Effects of poisons on organism and organ toxicity - hematotoxic, hepatotoxic, immunotoxic and neurotoxic substances, mutagenic and carcinogenic substances, addictive substances,
4. toxicity of combustion products,
5. Toxicity of raw materials, intermediates, products and wastes of selected chemical productions (inorganic and organic production),
6. Toxicity of industrial gases (chlorine, ammonia, hydrogen),
7. Petrochemistry, toxicity of oil processing product,
8. Chemistry of phosphorus, phosphates and organophosphates of nerve agent,
9. Division of pesticides according to the efficiency of the segment, focus on ecotoxicity,
10. Organic solvents, examples, their risks in application including toxicity,
11. Metals and metal compounds, influence of ionic form on toxicity,
12. Natural toxins with a focus on mycotoxins,
13. Toxicity of nanoparticles with a focus on nanoparticles specifically produced such as graphene, graphene oxide, fullerene, titanium and zinc oxides and the like
2. Interaction of toxins with the cell, biotransformation and its phases, exposure, toxic substances in the environment and work environment, ecotoxicology,
3. Effects of poisons on organism and organ toxicity - hematotoxic, hepatotoxic, immunotoxic and neurotoxic substances, mutagenic and carcinogenic substances, addictive substances,
4. toxicity of combustion products,
5. Toxicity of raw materials, intermediates, products and wastes of selected chemical productions (inorganic and organic production),
6. Toxicity of industrial gases (chlorine, ammonia, hydrogen),
7. Petrochemistry, toxicity of oil processing product,
8. Chemistry of phosphorus, phosphates and organophosphates of nerve agent,
9. Division of pesticides according to the efficiency of the segment, focus on ecotoxicity,
10. Organic solvents, examples, their risks in application including toxicity,
11. Metals and metal compounds, influence of ionic form on toxicity,
12. Natural toxins with a focus on mycotoxins,
13. Toxicity of nanoparticles with a focus on nanoparticles specifically produced such as graphene, graphene oxide, fullerene, titanium and zinc oxides and the like