Andijan state medical institute department of pharmaceutical sciences

Self-education topics
Amount of class hours
7 - semester
1	Normative documents used in the practice of forensic chemistry examination.	4
2	Preliminary express analysis methods used in forensic chemistry laboratories.	4
3	Validation of volatile poisons.	4
4	Pharmacokinetics of ethyl alcohol in the body	4
5	Application of thin-layer chromatography in the analysis of toxic substances.	4
6	Nitrobenzene, toxicological significance, methods of isolation and analysis.	4
7	Toxicological significance of aluminum-containing substances, methods of extraction and analysis.	5
8	Bismuth preservative compounds. Toxicological significance, methods of isolation and analysis from material evidence.	5
9	Application of atomic adsorption spectroscopy in the analysis of metal poisons	5
10	Toxicokinetics and toxicodynamics of toxic substances	5
11	Methods of purification of substances isolated from objects	5
12	Application of immunochemical analysis methods in chemical and toxicological analysis	5
13	Application of methods of enzyme-linked immunosorbent assay in chemical and toxicological analysis	5
Total			59
8-semester
1	Secure's alkaloid. Toxicological significance, isolation, qualitative and quantitative analysis.	4
2	Aconite alkaloid. Toxicological significance, isolation, qualitative and quantitative analysis.	4
3	Nonsteroidal anti-inflammatory drugs. Toxicological significance, isolation, qualitative and quantitative analysis	4
4	Diuretic drugs. Toxicological significance, isolation, qualitative and quantitative analysis.	4
5	Cases of poisoning with anti-diabetic drugs. Their analysis.	4
6	Antiarrhythmic drugs. Toxicological significance, isolation, qualitative and quantitative analysis.	4
7	Potassium chlorate. Toxicological significance, isolation, qualitative and quantitative analysis.	5
8	Fozalon and crisid. Toxicological significance, isolation, qualitative and quantitative analysis.	5
9	Detsis and karate. Toxicological significance, isolation, qualitative and quantitative analysis.	5
10	Cases of poisoning by medicinal plants. Natural and synthetic antidotes	5
11	Doping control in Uzbekistan. Doping group drugs	5
12	Application of spectral methods in the analysis of organic toxins	5
13	Application of chromatographic methods in the analysis of organic toxins	5
Total			59

Total: 118 hours

Each student is given a separate assignment each semester on the topics included in the approved work program in toxicological chemistry for independent work of students. The assignment will be distributed to the students by the teachers conducting the laboratory sessions and a teacher journal will be set up.

Students can be organized in the form of preparation of articles for the scientific conference on independent work, tables on topics, presentation slides, abstract articles, the development of a set of situational issues, the creation of videos and other forms. Each student prepares and defends a presentation on a specific topic and distributes the handouts to the other students in the group, supervising and evaluating them as they find solutions. In this way, each topic is fully mastered by all students, as well as they learn to self-assess.
Students who do not submit independent work are considered academic debtors for the semester and will not be placed on final supervision.

There is no course work on the subject. Production practices are not planned.