1. Recognizes the stereoisomers and denotes the corresponding configuration isomers with stereochemical markings and shows the configuration of the molecules based on the labels; 2. Recognizes the stereochemical properties of the molecule and analyzes the effect of sterohemistry on reactivity; 3. Recognizes and designates basic heterocyclic compounds and defines the ways of their synthesis and characteristic reactions; 4. Use the acquired knowledge to recognize the structural characteristics, reactivity and properties of biomolecules (carbohydrates, proteins, lipids and nucleic acids); 5. Use the acquired knowledge to independently perform synthesis, purification and demonstration of simpler organic compounds.
Name | Lectures | Exercises | Laboratory |
---|---|---|---|
MARIJA KALUĐEROVIĆ | 4x1 9B+3S+4P | ||
NEVZETA TRUBLJANIN | 4x4 39B+3S+11P | ||
VLATKO KASTRATOVIĆ | 3x1 39B+3S+11P | 4x3 30B+7P |