Contemporary Directions in the Development of Organic 1200-SZD-WCHO
The topics discussed include:
• Basic transformations and synthons in organic chemistry, methods of building complex molecules from simpler compounds
• Biomolecules and biologically active compounds. Basic concepts and methods in stereocontrolled synthesis;
• Catalysis in general — assumptions, new concepts and applications;
• Organocatalysis, and methods of providing energy to reactions, such as high pressure;
• Palladium and nickel-catalyzed couplings;
• Catalytic olefin metathesis and its examples of concepts of green chemistry and sustainable production;
• Supramolecular chemistry — assumptions, concepts and contemporary achievements;
• Polymerization, polymers, including precise polymer synthesis using ATRP
• Latest trends in biological chemistry, with particular emphasis on the development of biological drugs
Course coordinators
Learning outcomes
During this course, the student should acquire up-to-date and comprehensive knowledge of basic and advanced methods of organic chemistry, and concepts that are currently being developed and discussed.
Assessment criteria
Exam
Bibliography
McMurry J., Organic Chemistry, Cengage, 2015 as a basis.
Original and review publications will be indicated during lectures.
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: