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The course is a follow-up to the basic course Biochemistry I and should lead students to a broader understanding of biological and biochemical relationships. The individual lecture topics are therefore chosen to bring together knowledge from various areas of biochemistry (metabolic processes, regulation and signaling, molecular genetics, immunology) and explain the possibilities of their practical application (e.g. in clinical biochemistry or the development of new drugs).
Last update: Benešová Eva (10.04.2025)
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In order to pass the exam, the student must a) successfully pass the written part of the examination b) create and present a poster according to the teacher's assignment Last update: Benešová Eva (10.04.2025)
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Participation in lectures, self-study, creation and presentation of own poster, solving voluntary tasks in e-learning. Last update: Benešová Eva (10.04.2025)
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1. Biochemistry and an introduction to the world of ‘omics’ 2. Coordination of metabolic functions in multicellular organisms 3. Regulatory and signaling mechanisms in different organisms 4. 200 different posttranslational modifications of proteins 5. Enzymes - medical and biotechnological aspects of their use 6. Principles of the immune system and related disorders 7. The importance of antibodies in medicine and other fields 8. Principles of molecular genetics 9. Practical aspects of molecular genetics 10. Principles of clinical biochemistry 11. Invited lecture 12. Discussion of inappropriate or misrepresented biochemical information, selection of appropriate topics for projects 13. Consultation of projects 14. Presentation of projects Last update: Benešová Eva (10.04.2025)
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Presentations and other materials for Biochemistry A or I and II provided in electronic form at e-learning.vscht.cz Last update: Benešová Eva (10.04.2025)
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Students will understand how basic biochemical knowledge is translated into related fields and into practical areas of contemporary food technology, agriculture, and medicine. They will acquire the ability to analyze biochemical processes, connect theoretical knowledge with their practical application, and prepare for study in master's and doctoral programs, where knowledge of biochemistry is automatically an assumed prerequisite.
Last update: Benešová Eva (10.04.2025)
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Biochemie I nebo Biochemie A Last update: Benešová Eva (10.04.2025)
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Course of Biochemistry I or Biochemistry A Last update: Benešová Eva (10.04.2025)
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