PředmětyPředměty(verze: 945)
Předmět, akademický rok 2023/2024
   Přihlásit přes CAS
Medical Chemistry and Biochemistry - B83120 (Všeobecné lékařství - AP)
Anglický název: Medical Chemistry and Biochemistry
Zajišťuje: Ústav lékařské biochemie a laboratorní diagnostiky 1. LF UK a VFN (11-00410)
Fakulta: 1. lékařská fakulta
Platnost: od 2023
Semestr: zimní
Body: 14
E-Kredity: 14
Způsob provedení zkoušky: zimní s.:
letní s.:
Rozsah, examinace: zimní s.:4/5, Z [HT]
letní s.:4/5, Z+Zk [HT]
Rozsah za akademický rok: 270 [hodiny]
Počet míst: neomezen
Minimální obsazenost: neomezen
4EU+: ne
Virtuální mobilita / počet míst pro virtuální mobilitu: ne
Stav předmětu: vyučován
Jazyk výuky: angličtina
Způsob výuky: prezenční
Způsob výuky: prezenční
Vysvětlení: dr.Platenik (ULBLD) jplat@lf1.cuni.cz, Dr.Ševčík(UBEO) jsevc@lf1.cuni.czfor info see web pages of institute
Další informace: http://ulbld.lf1.cuni.cz, http://ubeo.lf1.cuni.cz
Staré označení: 606
Poznámka: nutno dodat lékařské potvrzení
povolen pro zápis po webu
Garant: prof. MUDr. Aleksi Šedo, DrSc.
Patří mezi: Compulsory for GM 2.y._23/24
Atributy: Lékařství
Předmět pro elearning
Teoretický předmět
Prerekvizity : {Anatomie pro ALEK jako rekvizita}, {Obecná histologie pro ALEK jako prerekvizita}
Korekvizity : B80003
Záměnnost : B81604
Je prerekvizitou pro: B80632, B80634, B82431, B82433, B82432, B83162, B83161, B82925, B83164
Sylabus - angličtina
Poslední úprava: Jana Kolářová (04.10.2019)

Introduction to physical, inorganic, and organic chemistry - principles of chemical processes, structures and characteristics of substances that are present in the human body under physiological and pathological conditions and general principles of their metabolism, basics of the metabolism of xenobiotics.

Overview of metabolic pathways - turnover of body fuels, interplay of their metabolic pathways during production, storage, and interconversion of energy and synthesis and degradation of structural and informational molecules.

Molecular biology principles of body functions - dynamics of information molecules, intracellular, intercellular, and systemic mechanisms of metabolic regulations, illustrative examples from the biochemistry of organ systems and molecular defects leading to human diseases.

Concepts of bioanalytical approaches - methods for the detection of biochemical and molecular biology markers in human medicine

Literatura
Poslední úprava: Ing. Vladislava Kohútová (07.01.2019)

H.S. Stoker: General, Organic and Biological Chemistry. Houghton Mifflin Co., Boston, (latest edition).

P.C. Champe, R.A. Harvey, and D.R. Ferrier: Lippincott?s Illustrated Reviews: Biochemistry. Lippincott Williams & Wilkins (latest edition)

R.K. Murray et al.: Harper?s Illustrated Biochemistry. McGraw-Hill, Inc., USA (latest edition)

B. Alberts et al.: Essential Cell Biology. Garland Science Publishing, New York (latest edition)

J.M. Gerg, J.L. Tymoczko, L. Stryer: Biochemistry. Freeman, New York (latest edition).

Podmínky zakončení předmětu - angličtina
Poslední úprava: MUDr. Jan Pláteník, Ph.D. (12.01.2021)

The final examination on Medical Chemistry and Biochemistry consists of two parts: written and oral. At least 57% of obtainable points must be reached in the written test in order to proceed to the oral part of the final examination. This requirement shall not be applied in case of the third exam attempt. Students who pass the written test but fail in the oral part will not write the test again in the subsequent exam attempts. If a student fails to answer a partial question at the exam, it is sufficient as a cause for termination of examination and classification of the whole exam as ‘failed’.    

A student can take an examination in a subject for three times as a maximum, i.e. the student is entitled to two re-examinations, and no extraordinary terms beyond that are allowed. In case of the second re-examination in a mandatory or elective subject the student is examined by a committee consisting of at least two examiners. If the internal faculty regulations (Article 19, Paragraph 2), permit repeated registration for the subject, the examination by the committee shall be applied only to the second re-examination in case of the repeatedly registered subject. By this a right of the faculty to enable examination by the committee in other cases, if implied by the internal regulations (Article 19, Paragraph 2), is not affected.

The credit requirements and further information on the examinations can be found in the announcements on the website of biochemical institute that provides the classes in the given academic year.

Požadavky ke zkoušce - angličtina
Poslední úprava: MUDr. Lenka Fialová, CSc. (29.09.2023)

MEDICAL CHEMISTRY AND BIOCHEMISTRY

Exam Questions 

 

LIST OF QUESTIONS FROM MEDICAL CHEMISTRY AND BIOCHEMISTRY FOR THE EXAM

 

I. Fundamentals of physical, inorganic and organic chemistry

1. Types of chemical bonds, weak interactions.

2. Water and its physical and chemical properties, importance in the body.

3. Dispersion systems, solubility of substances, true and colloidal solutions, emulsions and suspensions.

4. Diffusion, osmosis, osmotic and oncotic pressure, dialysis, examples from biochemistry.

5. Energetics of chemical reactions, Gibbs energy and entropy, application to metabolic processes.

6. Chemical equilibrium, Guldberg-Waage law. Kinetics and energetics of subsequent and reversible reactions, applications in enzymology.

7. Basic methods for separation of macromolecules (electrophoresis, chromatography, isolation) and their application in clinical practice.

8. Spectrophotometry, principle and application in clinical biochemistry.

9. Electrolytic dissociation, dissociation constant, strong and weak electrolytes, examples from biochemistry.

10. Brönsted's theory of acids and bases, equilibrium in protolytic reactions, examples.

from biochemistry.

11. Ionic product of water, pH and its importance in medicine.

12. Ampholytes, their properties, examples from biochemistry.

13. Buffers, calculation of pH, importance in the body.

14. Oxidation and reduction, oxidation-reduction potential, dependence on concentration of reactants, examples from biochemistry. Coenzymes of oxidoreduction reactions.

15. Precipitation reactions, solubility product, complex formation, coordination compounds, examples and their importance in biochemistry and medicine.

16. Chemical properties of the main biogenic elements.

17. Oxygen and its inorganic compounds

18. Lipid peroxidation.

19. Toxicologically important elements, mechanism of action of selected toxic compounds (CO, KCN, HCN, H2S, heavy metals).

20. Biological and metabolic significance of trace elements.

21. Structure of organic compounds, isomerism, examples from metabolic pathways.

22. Halogen- and nitro derivatives of hydrocarbons, examples of compounds of toxicological and medical importance.

23. Sulphur derivatives of hydrocarbons, examples of medically important compounds.

24. Amines, importance in biochemistry.

25. Alcohols, phenols, aldehydes and ketones, applications in metabolism. Substances used as

disinfectants, their mechanism of action.

26. Carboxylic acids, functional and substituent derivatives of carboxylic acids, applications

in biochemistry.

27. Nitrogen, oxygen and sulphur heterocycles, importance.

28. Structural characteristics of amino acids, partitioning, reactions, significance.

29. Peptides, peptide bonding, examples of biologically important peptides.

30. Proteins, structure primary, secondary, tertiary, quaternary. Suprasecondary structures, protein domains. Protein misfolding. Properties and functions of proteins.

31. Carbohydrates, distribution, structure, stereochemistry, biological significance.

32. Reactions and derivatives of monosaccharides, disaccharides, O- and N-glycosidic linkage, examples.

33. Homopolysaccharides and heteropolysaccharides, structure, occurrence and importance in the body.

34. Proteoglycans, glycoproteins, structure, properties, examples.

35. Lipids - classification, structure, properties, function in the organism.

36. Fatty acids.

37. Phospholipids and sphingolipids,

38. Sterols, bile acids and steroid hormones, structure, function and importance in the body.

 

II. Basics of metabolism

1. Structure of enzymes (simple and complex; apoenzyme and holoenzyme; cofactors: coenzymes, prosthetic groups, coactivators; oligomeric structure); multiple enzyme forms and isoenzymes. Classification of enzymes. Examples, significance.

2. Enzyme activity and its measurement, physicochemical factors affecting enzyme activity, regulation of enzymes (expression, covalent modification, allosteric effects). Application of enzymology in medicine.

3. Energetics of enzyme catalysis. Kinetics of monomeric and oligomeric enzymes, examples. Km, kcat, catalytic efficiency of the enzyme.

4. Inhibition of enzymes: competitive, non-competitive, covalent, allosteric. Use of enzyme inhibitors in medicine.

5. The respiratory chain. Oxidative phosphorylation. Electron transport across mitochondrial membranes.

6. "Macroergic" compounds, phosphorylation at the substrate level, driving endergonic reactions.

7. Citrate cycle, amphibolic nature, progression, regulation.

8. General mechanisms of amino acid conversion, deamination, transamination, decarboxylation. Nitrogen balance.

 9. Metabolism of one-carbon residues- sources and utilization of one-carbon residues, cofactors.

10. Formation of ammonia, its detoxification, ureosynthetic cycle and its regulation, hyperammonemia.

11. Metabolism of amino acids of pyruvate and oxaloacetate group, involvement of these amino acids in metabolic processes.

12. Metabolism of the carbon skeleton of amino acids of the 2-oxoglutarate group, amino acids

branched-chain amino acids, involvement of these amino acids in metabolic processes.

13. Catabolism of aromatic amino acids, disorders.

14. Metabolism of sulphur amino acids.

15. Biosynthesis, biodegradation and function of the most important biogenic amines.

16. Conversion of amino acids into specialized products: creatine, S-adenosylmethionine, carnitine, taurine and their significance.

17. Glycolysis, energy balance, utilization of glycolysis by different organs of the body under different physiological situations, regulation, oxidation of pyruvate, pyruvate dehydrogenase complex.

18. Gluconeogenesis, importance, regulation.

19. Glycogen synthesis and degradation, significance, regulation, disorders.

20. Pentose cycle, significance, regulation.

21. Galactose and fructose metabolism, disorders.

22. Metabolism of glucuronic acid and its importance in the body.

23. Biosynthesis of fatty acids.

24. Formation of ketone bodies from acetyl-CoA, metabolic causes, significance.

25. Oxidation of fatty acids, energy yield, carnitine system.

26. Triacylglycerols, biosynthesis, degradation.

27. Biosynthesis and degradation of phospholipids (glycerophospholipids and sphingolipids).

28. Biosynthesis of prostaglandins, thromboxanes and leukotrienes.

29. Cholesterol biosynthesis and its regulation, role of HMG-CoA reductase and SREBP protein .

30. Cholesterol metabolism and excretion, bile acid biosynthesis and its regulation .

31. Biosynthesis and degradation of steroid hormones.

32. Lipid transport, roles of lipoproteins, structure of lipoprotein particle. Lipoprotein electrophoresis.

33. Transport of endogenous and exogenous cholesterol (formation, transformation and role of chylomers, VLDL, LDL and HDL lipoproteins).

34. Tetrapyrrole-heme biosynthesis and its disorders. Heme incorporation into apoproteins and its function.

35. Intravascular and extravascular degradation of erythrocytes.

36. Metabolism of purine nucleotides, regulation, inhibitors, disorders.

37. Metabolism of pyrimidine nucleotides, regulation, inhibitors, disorders.

38. Reactive oxygen species, formation and significance, antioxidants.

 

 

III. Basic biochemistry of organs and functions

1. Biochemical interrelationships of carbohydrate and other nutrient metabolism.

2. Glycaemia, regulation, diagnosis (oGTT, glycated haemoglobin).

3. Metabolism of adipose tissue.

4. Regulation of heme biosynthesis, differences between hepatocyte and erythroid cell, iron metabolism.

5. Mechanism of action of hormones regulating water and mineral metabolism.

6. Hormonal regulation of energy metabolism.

7. Biochemical processes in the digestion of carbohydrates, lipids and proteins.

8. Biochemical functions of the hepatocyte and liver, possibilities of biochemical diagnosis of damage

hepatocyte and liver function.

9. Biotransformation of endogenous and exogenous substances, types of biotransformation processes, toxic and carcinogenic substances in the environment.

10. Buffer systems of the organism, function and importance for acid-base balance.

11. Erythrocyte metabolism.

12. Important proteins of blood plasma, importance in the organism (albumin, Ig, proteins

acute phase, transport proteins).

13. Haemocoagulation, cascade of coagulation factors, initiation, amplification and propagation, tenas and prothrombinase complex. Role of platelets and protein C.

14. Fibrin, fibrinolysis. Mechanism of action of anticoagulants.

15. Urine - physiological and pathological components.

16. Extracellular matrix, extracellular polysaccharides and proteins (collagen, elastin) - structure, properties, function. Metabolism of collagen.

17. Biochemistry of connective tissue (cartilage, bone).

18. Biochemistry of skin (barrier function, vitamin D, cytokeratins, intercellular junctions, melanin biosynthesis).

19. Contractile apparatus, control of smooth and skeletal muscle contraction.

20. Markers of muscle tissue damage, significance, determination.

21. Biochemistry of vision, Wald cycle, transducin cycle.

22. Biochemistry of the senses (taste, smell).

23. Biochemistry of nerve synapses, neurotransmitters.

24. Catecholamines - biosynthesis, biodegradation.

25. Steroid hormones - structure of steroid hormone receptors, mechanism of action, function.

26. Peptide hormones - mechanisms of action, function.

27. Local mediators (cytokines, growth factors, chemokines) - function, mechanism of action.

28. Thyroid hormones and their function in regulatory processes.

29. Structure and function of individual parts of immunoglobulins. Classes of immunoglobulins, properties and functions. Monoclonal antibodies - preparation, use.

30. Molecular basis of immunoglobulin diversity of primary and secondary antibody response, somatic recombination, isotype skipping.

31. Molecular basis of cellular immunity - pathogen recognition by cells of specific and non-specific immunity, effector mechanisms. MHC molecules - structure, function, mechanisms of antigen presentation to Tc and Th lymphocytes.

32. Basic immunochemical methods. Immunoturbidimetry, ELISA, RIA.

33. Biochemical significance of fat-soluble vitamins.

34. Biochemical significance of water soluble vitamins, cofactors derived from these vitamins.

35. Structure, composition and properties of cell membranes.

36. Transport of substances across membranes.

37. Cytoskeleton.

38. Compartmentation of biochemical processes at the subcellular level.

 

IV. Fundamentals of cellular and molecular biology

1. Principles, mechanisms and importance of intercellular communication and intracellular signal transduction cascades.

2. Types of membrane receptors, their ligands, biological significance, examples.

3. Intracellular receptors, heat-shock proteins, interaction of receptors with DNA

4. Amplification, integration and cross-talk of signaling pathways .

5. G-proteins - structure, activation, function.

6. Types and role of second messengers in signal transduction.

7. Mechanism and significance of reversible phosphorylation in signal transduction.

8. Signaling stimulated by growth factors (MAPK, PKB/AKT) and cytokines (JAK- STAT).

9. Proteolysis-dependent signaling pathways, examples. HIF signaling role in response to hypoxia.

10. Signaling using NO, medical relevance.

11. Structure and function of DNA.

12. Structure and function of RNA.

13. Organization of the prokaryotic, eukaryotic and mitochondrial genome.

14. DNA sequencing techniques (Sanger, NGS, human genome sequencing).

15. Classification of human genomic DNA according to repetitiveness and function, pseudogenes, transposons.

16. Replication of eukaryotic DNA, replication apparatus and its regulation.

17. DNA repair - BER, NER, MMR, direct repair of modified bases.

18. DNA repair - HR, NHEJ.

19. Transcription of prokaryotic and eukaryotic genomic DNA. Transcription factors, DNA-protein binding.

20. mRNA structure, post-transcriptional modifications (cap, poly A, splicing).

21. RNA interference, types and functions of non-coding RNAs .

22. Regulation of gene expression at the level of transcription.

23. Genetic code and its properties.

24. Eukaryotic, prokaryotic translation. Regulation of translation.

25. Sorting , transport and post-translational modifications of proteins .

26. Biosynthesis of glycoproteins and their importance .

27. Vesicular transport . Endocytosis and exocytosis .

28. Restriction enzymes and other genetic engineering tools, construction of recombinant DNA and protein molecules . DNA cloning.

29. Methods of cell fractionation, electrophoresis of nucleic acids and proteins.

30. Polymerase chain reaction, application of PCR in clinical diagnostics, RT-PCR and use of this technique.

31. Nature of gene mutations, inherited and acquired mutations, polymorphisms, mini- and microsatellite sequences and their applications.

32. DNA and RNA viruses - structure and replication.

33. Proto-oncogenes.

34. Tumour suppressor genes.

35. Cell cycle, role of cyclin complex and cdks (cyclin dependent kinases).

36. Lysosomal and proteasomal protein degradation in the cell. Ubiquitination of proteins

37. Biochemistry of apoptosis, examples of pro- and anti-apoptotic genes/proteins. Caspases. Role of mitochondria in cell death.

38. Epigenetics, histone modification, DNA methylation, significance.

 

 

 

 

Rozpis výuky -
Rozpis blokový
Týden bloku Den Od - Do Typ výuky Téma Učitel Soubory Poznámka Hodnocení
1Pondělí14:15 - 17:15praktická cvičeníLaboratory rules and principles of work safety. PhotometryRNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
průměr: 2, hodnoceno: 3x
Úterý14:15 - 17:15praktická cvičeníLaboratory rules and principles of work safety. PhotometryRNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníLaboratory rules and principles of work safety. PhotometryRNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
Čtvrtek14:15 - 17:15praktická cvičeníLaboratory rules and principles of work safety. PhotometryRNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
2Pondělí14:15 - 17:15praktická cvičeníOsmolarity, osmotic pressure - calculations, dialysis, titrationElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníOsmolarity, osmotic pressure - calculations, dialysis, titrationElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníOsmolarity, osmotic pressure - calculations, dialysis, titrationElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
průměr: 4, hodnoceno: 1x
Čtvrtek14:15 - 17:15praktická cvičeníOsmolarity, osmotic pressure - calculations, dialysis, titrationElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
3Pondělí14:15 - 15:45seminářCalculations in medicinal chemistry and biochemistryMgr. Lucie Stollinová Šromová, Ph.D.Lecture hall 1.26, U nemocnice 4
průměr: 2, hodnoceno: 1x
14:15 - 17:15praktická cvičeníAcids, bases, pH (theory and calculations), buffers (theory and calculations)Mgr. Petr Výmola laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníAcids, bases, pH (theory and calculations), buffers (theory and calculations)Mgr. Petr Výmola laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníAcids, bases, pH (theory and calculations), buffers (theory and calculations)Mgr. Petr Výmola laboratory of practical lessons, U Nemocnice 5
průměr: 3, hodnoceno: 2x
Čtvrtek14:15 - 17:15praktická cvičeníAcids, bases, pH (theory and calculations), buffers (theory and calculations)Mgr. Petr Výmola laboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
Pátek14:15 - 15:45seminářCalculations in medicinal chemistry and biochemistryMgr. Lucie Stollinová Šromová, Ph.D.Lecture hall 097 – Cori, U nemocnice
4Pondělí14:15 - 17:15praktická cvičeníProperties and reactions of biologically and toxicologically important elements and their compounds. Solubility, complex compounds, repetition- biogenic and toxic elements, Pb, Hg, As.RNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníProperties and reactions of biologically and toxicologically important elements and their compounds. Solubility, complex compounds, repetition- biogenic and toxic elements, Pb, Hg, As.RNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníProperties and reactions of biologically and toxicologically important elements and their compounds. Solubility, complex compounds, repetition- biogenic and toxic elements, Pb, Hg, As.RNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
Čtvrtek14:15 - 17:15praktická cvičeníProperties and reactions of biologically and toxicologically important elements and their compounds. Solubility, complex compounds, repetition- biogenic and toxic elements, Pb, Hg, As.RNDr. Jan Stejskallaboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
5Pondělí14:15 - 15:45seminářOrganic Chemistry - repetition.MUDr. Eva Balážiová, Ph.D.Lecture hall 1.26, U nemocnice 4
14:15 - 17:15praktická cvičeníReactions of biochemically important organic compounds. Classification and basic nomenclature of organic compounds.Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníReactions of biochemically important organic compounds. Classification and basic nomenclature of organic compounds.Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníReactions of biochemically important organic compounds. Classification and basic nomenclature of organic compounds.Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníReactions of biochemically important organic compounds. Classification and basic nomenclature of organic compounds.Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
průměr: 5, hodnoceno: 1x
Pátek14:15 - 15:45seminářOrganic Chemistry - repetition.MUDr. Eva Balážiová, Ph.D.Lecture hall 097 – Cori, U nemocnice
6Pondělí14:15 - 15:45seminářProteins - properties, functions.Mgr. Helena Kupcová Skalníková, Ph.D.Lecture hall 1.26, U nemocnice 4
14:15 - 17:15praktická cvičeníControl test. Amino acids and peptides.Mgr. Petr Výmolalaboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníControl test. Amino acids and peptides.Mgr. Petr Výmolalaboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníControl test. Amino acids and peptides.Mgr. Petr Výmolalaboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníControl test. Amino acids and peptides.Mgr. Petr Výmolalaboratory of practical lessons, U Nemocnice 5
průměr: 3, hodnoceno: 2x
Pátek14:15 - 17:15seminářProteins - properties, functions.Mgr. Helena Kupcová Skalníková, Ph.D.Lecture hall 097 – Cori, U nemocnice
7Pondělí14:15 - 15:45seminářEnzymes - definition and characterization, importance of enzymes and isoenzymes in medicine.Mgr. Lucie Stollinová Šromová, Ph.D.Lecture hall 1.26, U nemocnice 4
14:15 - 17:15praktická cvičeníStructure and properties of proteins, selected methods for studying proteinsMgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníStructure and properties of proteins, selected methods for studying proteinsMgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníStructure and properties of proteins, selected methods for studying proteinsMgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníStructure and properties of proteins, selected methods for studying proteinsMgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
Pátek14:15 - 15:45seminářEnzymes - definition and characterization, importance of enzymes and isoenzymes in medicine.Mgr. Lucie Stollinová Šromová, Ph.D.Lecture hall 097 – Cori, U nemocnice
8Pondělí14:15 - 17:15praktická cvičeníEnzyme, enzyme activity and its modulation (effectors and inhibitors).Mgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníEnzyme, enzyme activity and its modulation (effectors and inhibitors).Mgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníEnzyme, enzyme activity and its modulation (effectors and inhibitors).Mgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníEnzyme, enzyme activity and its modulation (effectors and inhibitors).Mgr. Ivana Matrasová, Ph.D.laboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
9Pondělí14:15 - 17:15praktická cvičeníBiological oxidationMUDr. Barbora Výmoloválaboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníBiological oxidationMUDr. Barbora Výmoloválaboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníBiological oxidationMUDr. Barbora Výmoloválaboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníBiological oxidationMUDr. Barbora Výmoloválaboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
10Pondělí14:15 - 17:15praktická cvičeníControl test. Digestion of starch.Mgr. Nikola Terneroválaboratory of practical lessons, U Nemocnice 5
14:15 - 15:45seminářOverview of carbohydrates metabolic pathways Mgr. Helena Kupcová Skalníková, Ph.D.Lecture hall 1.26, U nemocnice 4
Úterý14:15 - 17:15praktická cvičeníControl test. Digestion of starch.Mgr. Nikola Terneroválaboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníControl test. Digestion of starch.Mgr. Nikola Terneroválaboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníControl test. Digestion of starch.Mgr. Nikola Terneroválaboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 1x
Pátek14:15 - 15:45seminářOverview of carbohydrates metabolic pathways Mgr. Helena Kupcová Skalníková, Ph.D.Lecture hall 097 – Cori, U nemocnice
11Pondělí14:15 - 17:15praktická cvičeníBile acids, lipid digestion.MUDr. František Sedlák, Ph.D.laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníBile acids, lipid digestion.MUDr. František Sedlák, Ph.D.laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníBile acids, lipid digestion.MUDr. František Sedlák, Ph.D.laboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníBile acids, lipid digestion.MUDr. František Sedlák, Ph.D.laboratory of practical lessons, U Nemocnice 5
průměr: 1, hodnoceno: 2x
12Pondělí14:15 - 15:45seminářLipids -overviewMgr. Jan Ševčík, Ph.D. Lecture hall 1.26, U nemocnice 4
14:15 - 17:15praktická cvičeníCholesterol, triacylglycerols, lipoproteins .Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníCholesterol, triacylglycerols, lipoproteins .Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníCholesterol, triacylglycerols, lipoproteins .Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníCholesterol, triacylglycerols, lipoproteins .Elena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
průměr: 5, hodnoceno: 1x
Pátek14:15 - 15:45seminářLipids -overviewMgr. Jan Ševčík, Ph.D.Lecture hall 097 – Cori, U nemocnice
13Pondělí14:15 - 17:15praktická cvičeníTransamination, deamination, urea cycle.Mgr. Magdalena Houdová Megová, Ph.D. laboratory of practical lessons, U Nemocnice 5 1st January - Holiday´s
Úterý14:15 - 17:15praktická cvičeníTransamination, deamination, urea cycle.Mgr. Magdalena Houdová Megová, Ph.D. laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníTransamination, deamination, urea cycle.Mgr. Magdalena Houdová Megová, Ph.D. laboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníTransamination, deamination, urea cycle.Mgr. Magdalena Houdová Megová, Ph.D. laboratory of practical lessons, U Nemocnice 5
14Pondělí14:15 - 15:45seminářAmino acid(AA) metabolism and selected disorders of AA metabolismMgr. Magdalena Houdová Megová, Ph.D.8.1.2024 lecture is held in CHE1P1, Kateřinská 32, 3.073
14:15 - 17:15praktická cvičeníControl test. TetrapyrrolesElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Úterý14:15 - 17:15praktická cvičeníControl test. TetrapyrrolesElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Středa14:15 - 17:15praktická cvičeníControl test. TetrapyrrolesElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Čtvrtek14:15 - 17:15praktická cvičeníControl test. TetrapyrrolesElena Garcia Borja, M.Sc.laboratory of practical lessons, U Nemocnice 5
Pátek14:15 - 15:45seminářAmino acid(AA) metabolism and selected disorders of AA metabolismMgr. Magdalena Houdová Megová, Ph.D.Lecture hall 097 – Cori, U nemocnice 5
Rozpis blokový
Týden bloku Den Od - Do Typ výuky Téma Učitel Soubory Poznámka Hodnocení
1Pondělí14:15 - 17:15praktická cvičeníDetermination of uric acidMUDr. Tereza Šváblová 
Úterý14:15 - 17:15praktická cvičeníDetermination of uric acidMUDr. Tereza Šváblová 
Středa14:15 - 17:15praktická cvičeníDetermination of uric acidMUDr. Tereza Šváblová 
Čtvrtek14:15 - 17:15praktická cvičeníDetermination of uric acidMUDr. Tereza Šváblová 
2Pondělí14:15 - 15:45seminářOpening week. The importance of molecular biology in medicine 
průměr: 4, hodnoceno: 2x
14:15 - 17:15praktická cvičeníCalculations in molecular biologyMgr. Lucie Stollinová Šromová, Ph.D. 
Úterý14:15 - 17:15praktická cvičeníCalculations in molecular biologyMgr. Lucie Stollinová Šromová, Ph.D. 
Středa14:15 - 17:15praktická cvičeníCalculations in molecular biologyMgr. Lucie Stollinová Šromová, Ph.D. 
Čtvrtek14:15 - 17:15praktická cvičeníCalculations in molecular biologyMgr. Lucie Stollinová Šromová, Ph.D. 
Pátek14:15 - 15:45seminářOpening week. The importance of molecular biology in medicine 
3Pondělí14:15 - 15:45seminář Summarizing seminar- structure and function of nucleic acids, RNA types, genome organization, chromatin structure.Mgr. Magdalena Houdová Megová, Ph.D. 
14:15 - 17:15praktická cvičení Isolation of genetic material from buccal mucosal swabs. Measurement of isolated DNA concentration. 
Úterý14:15 - 17:15praktická cvičení Isolation of genetic material from buccal mucosal swabs. Measurement of isolated DNA concentration. 
Středa14:15 - 17:15praktická cvičení Isolation of genetic material from buccal mucosal swabs. Measurement of isolated DNA concentration. 
Čtvrtek14:15 - 17:15praktická cvičení Isolation of genetic material from buccal mucosal swabs. Measurement of isolated DNA concentration. 
Pátek14:15 - 15:45seminář Summarizing seminar- structure and function of nucleic acids, RNA types, genome organization, chromatin structure.Mgr. Magdalena Houdová Megová, Ph.D. 
4Pondělí14:15 - 15:45seminářNext Generation sequencingMUDr. František Sedlák, Ph.D. 
14:15 - 17:15praktická cvičeníElectrophoresis of isolated DNA. PCR amplification of the stretch including exon 13 of the DPYD gene. 
Úterý14:15 - 17:15praktická cvičeníElectrophoresis of isolated DNA. PCR amplification of the stretch including exon 13 of the DPYD gene. 
Středa14:15 - 17:15praktická cvičeníElectrophoresis of isolated DNA. PCR amplification of the stretch including exon 13 of the DPYD gene. 
Čtvrtek14:15 - 17:15praktická cvičeníElectrophoresis of isolated DNA. PCR amplification of the stretch including exon 13 of the DPYD gene. 
Pátek14:15 - 15:45seminářNext Generation sequencingMUDr. František Sedlák, Ph.D. 
5Pondělí14:15 - 15:45seminářRegulation of gene expression 
14:15 - 17:15praktická cvičení PCR electrophoresis and sequence preparation, evaluation in FINCH 
Úterý14:15 - 17:15praktická cvičení PCR electrophoresis and sequence preparation, evaluation in FINCH 
Středa14:15 - 17:15praktická cvičení PCR electrophoresis and sequence preparation, evaluation in FINCH 
Čtvrtek14:15 - 17:15praktická cvičení PCR electrophoresis and sequence preparation, evaluation in FINCH 
Pátek14:15 - 15:45seminářRegulation of gene expression 
6Pondělí14:15 - 17:15praktická cvičeníMB block evaluation  
Úterý14:15 - 17:15praktická cvičeníMB block evaluation  
Středa14:15 - 17:15praktická cvičeníMB block evaluation  
Čtvrtek14:15 - 17:15praktická cvičeníMB block evaluation  
7Pondělí14:15 - 15:45seminářPreanalytical aspects of biochemical examination 
Pátek14:15 - 15:45seminářPreanalytical aspects of biochemical examination 
8Pondělí14:15 - 15:45seminářTransmembrane transport (proton pump, Wilson's disease, cystic fibrosis) 
14:15 - 17:15praktická cvičení Analysis of urine and urinary sediment in diagnostics 
Úterý14:15 - 17:15praktická cvičení Analysis of urine and urinary sediment in diagnostics 
Středa14:15 - 17:15praktická cvičení Analysis of urine and urinary sediment in diagnostics 
Čtvrtek14:15 - 17:15praktická cvičení Analysis of urine and urinary sediment in diagnostics 
Pátek14:15 - 15:45seminářTransmembrane transport (proton pump, Wilson's disease, cystic fibrosis) 
9Pondělí14:15 - 15:45seminářProtein folding, ubiquitin proteasome system (misfolding diseases, chaperones, defects in the ubiquitin-proteasome system- VHL, parkin, HPV induced) 
průměr: 1, hodnoceno: 1x
14:15 - 17:15praktická cvičeníControl test Kidney biochemistry /clearance 
Úterý14:15 - 17:15praktická cvičeníControl test Kidney biochemistry /clearance 
Středa14:15 - 17:15praktická cvičeníControl test Kidney biochemistry /clearance 
Čtvrtek14:15 - 17:15praktická cvičeníControl test Kidney biochemistry /clearance 
Pátek14:15 - 15:45seminářProtein folding, ubiquitin proteasome system (misfolding diseases, chaperones, defects in the ubiquitin-proteasome system- VHL, parkin, HPV induced) 
průměr: 1, hodnoceno: 1x
10Pondělí14:15 - 15:45seminářMembrane receptors and their signalling. Cytokines and growth factors (erythropoietin, insulin, VEGF, EGF). Congenital and acquired defects in signalling molecules and cancer 
průměr: 1, hodnoceno: 1x
14:15 - 17:15praktická cvičeníAcid-base balance 
Úterý14:15 - 17:15praktická cvičeníAcid-base balance 
Středa14:15 - 17:15praktická cvičeníAcid-base balance 
Čtvrtek14:15 - 17:15praktická cvičeníAcid-base balance 
Pátek14:15 - 15:45seminářMembrane receptors and their signalling. Cytokines and growth factors (erythropoietin, insulin, VEGF, EGF). Congenital and acquired defects in signalling molecules and cancer 
průměr: 1, hodnoceno: 1x
11Pondělí14:15 - 15:45seminářMembrane receptors and their signalling. Cytokines and growth factors (erythropoietin, insulin, VEGF, EGF). Congenital and acquired defects in signalling molecules and cancer 
průměr: 1, hodnoceno: 1x
14:15 - 17:15praktická cvičeníExamination in patients with diabetes mellitus 
Úterý14:15 - 17:15praktická cvičeníExamination in patients with diabetes mellitus 
Středa14:15 - 17:15praktická cvičeníExamination in patients with diabetes mellitus 
Čtvrtek14:15 - 17:15praktická cvičeníExamination in patients with diabetes mellitus 
Pátek14:15 - 15:45seminářMembrane receptors and their signalling. Cytokines and growth factors (erythropoietin, insulin, VEGF, EGF). Congenital and acquired defects in signalling molecules and cancer 
průměr: 1, hodnoceno: 1x
12Pondělí14:15 - 15:45seminářSummary seminar - signalling 
14:15 - 17:15praktická cvičeníXenobiochemistry and toxicology /Ethanol in breath. Detection of drugs in urine 
Úterý14:15 - 17:15praktická cvičeníXenobiochemistry and toxicology /Ethanol in breath. Detection of drugs in urine 
Středa14:15 - 17:15praktická cvičeníXenobiochemistry and toxicology /Ethanol in breath. Detection of drugs in urine 
Čtvrtek14:15 - 17:15praktická cvičeníXenobiochemistry and toxicology /Ethanol in breath. Detection of drugs in urine 
Pátek14:15 - 15:45seminářSummary seminar - signalling 
13Pondělí14:15 - 15:45seminářSummary of energy metabolism control 
14:15 - 17:15praktická cvičení Biochemistry of muscle tissue/ Determination of selected markers of muscle damage 
Úterý14:15 - 17:15praktická cvičení Biochemistry of muscle tissue/ Determination of selected markers of muscle damage 
Středa14:15 - 17:15praktická cvičení Biochemistry of muscle tissue/ Determination of selected markers of muscle damage 
Čtvrtek14:15 - 17:15praktická cvičení Biochemistry of muscle tissue/ Determination of selected markers of muscle damage 
Pátek14:15 - 15:45seminářSummary of energy metabolism control 
14Pondělí14:15 - 15:45seminářOverview of immunological methods- Monoclonal antibodies- preparation and use. Basic immunochemical methods. Immunoturbidimetry, ELISA, RIA. 
14:15 - 17:15praktická cvičeníImmunological methods in clinical practice Control test 
Úterý14:15 - 17:15praktická cvičeníImmunological methods in clinical practice Control test 
Středa14:15 - 17:15praktická cvičeníImmunological methods in clinical practice Control test 
Čtvrtek14:15 - 17:15praktická cvičeníImmunological methods in clinical practice Control test 
Pátek14:15 - 15:45seminářOverview of immunological methods- Monoclonal antibodies- preparation and use. Basic immunochemical methods. Immunoturbidimetry, ELISA, RIA. 
Rozpis datumový
Den Datum Popis Učitel Soubory Poznámka Hodnocení
Pondělí02.10.2023Introduction to medicinal chemistry and biochemistry. Water and aqueous dispersion systems.prof. MUDr. Aleksi Šedo, DrSc. 
průměr: 4, hodnoceno: 4x
Čtvrtek05.10.2023Chemical reactions.doc. MUDr. Petr Bušek, Ph.D. 
průměr: 4, hodnoceno: 5x
Pondělí09.10.2023Acidobasis. pH and buffers, reactions.Mgr. Lucie Stollinová Šromová, Ph.D. 
průměr: 3, hodnoceno: 4x
Čtvrtek12.10.2023Biogenic elements and medically important inorganic compounds.Mgr. Lucie Stollinová Šromová, Ph.D. 
průměr: 1, hodnoceno: 1x
Pondělí16.10.2023Medically important organic compounds.MUDr. František Sedlák, Ph.D. 
průměr: 4, hodnoceno: 2x
Čtvrtek19.10.2023Saccharides - overview.doc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 3x
Pondělí23.10.2023Medically important heterocyclic compounds.Mgr. Jan Ševčík, Ph.D. 
průměr: 4, hodnoceno: 4x
Čtvrtek26.10.2023Amino acids and peptides.doc. MUDr. Petr Bušek, Ph.D. 
průměr: 4, hodnoceno: 3x
Pondělí30.10.2023Structure of proteins and their function in the organism.doc. MUDr. Petr Bušek, Ph.D. 
průměr: 4, hodnoceno: 3x
Středa01.11.2023Lipids - an overview.Mgr. Jan Ševčík, Ph.D. 
průměr: 5, hodnoceno: 3x
Pondělí06.11.2023Enzymes 1prof. MUDr. Aleksi Šedo, DrSc. 
průměr: 3, hodnoceno: 2x
Čtvrtek09.11.2023Enzymes 2prof. MUDr. Aleksi Šedo, DrSc. 
průměr: 3, hodnoceno: 2x
Pondělí13.11.2023Vitaminsdoc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 3x
Čtvrtek16.11.2023Introduction to metabolism (biochemistry and energy)doc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 3x
Pondělí20.11.2023Makroergic compounds. Respiratory chain and oxidative phosphorylation.doc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 1x
Čtvrtek23.11.2023Citrate cycledoc. MUDr. Jaromír Křemen, CSc. 
průměr: 5, hodnoceno: 1x
Pondělí27.11.2023Saccharides digestion, glycolysis, gluconeogenesis. Fructose metabolism.MUDr. Ivan Melezínek, CSc., mimořádný profesor Univerzity Karlovy 
průměr: 5, hodnoceno: 1x
Čtvrtek30.11.2023Metabolism of glycogen, uronic acids, pentose cycle. Galactose metabolism.doc. MUDr. Petr Bušek, Ph.D. 
průměr: 5, hodnoceno: 1x
Pondělí04.12.2023Lipid digestion, triacylglycerol metabolismMgr. Jan Ševčík, Ph.D. 
průměr: 1, hodnoceno: 2x
Čtvrtek07.12.2023Beta oxidation, ketone bodies, fatty acid synthesis.Mgr. Jan Ševčík, Ph.D. 
průměr: 4, hodnoceno: 1x
Pondělí11.12.2023Cholesterol and bile acid metabolism Mgr. Jan Ševčík, Ph.D. 
průměr: 5, hodnoceno: 1x
Čtvrtek14.12.2023Steroid hormonesMgr. Jan Ševčík, Ph.D. 
průměr: 5, hodnoceno: 1x
Pondělí18.12.2023Metabolism of glycerophospholipids and sphingolipids. Eikosanoids.Mgr. Jan Ševčík, Ph.D. 
průměr: 5, hodnoceno: 1x
Čtvrtek21.12.2023Protein digestion, transamination, ureosynthetic cycle.doc. MUDr. Petr Bušek, Ph.D. 
průměr: 5, hodnoceno: 1x
Pondělí01.01.2024Metabolism of the carbon skeleton of amino acids.doc. MUDr. Petr Bušek, Ph.D.1st January - Holiday´s
průměr: 1, hodnoceno: 1x
Čtvrtek04.01.2024Metabolism of aromatic amino acids and formation of specialized products.doc. MUDr. Petr Bušek, Ph.D. 
průměr: 5, hodnoceno: 1x
Pondělí08.01.2024Metabolism of tetrapyrroles.MUDr. Ivan Melezínek, CSc., mimořádný profesor Univerzity Karlovy8.1.2024 lecture is held in CHE1P1, Kateřinská 32, 3.073)
průměr: 5, hodnoceno: 1x
Čtvrtek11.01.2024Purine and pyrimidine metabolism.doc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 1x
Rozpis datumový
Den Datum Popis Učitel Soubory Poznámka Hodnocení
Středa21.02.2024Introduction to Molecular Biology (Biochemistry Information)changed to 23.2.2024
průměr: 3, hodnoceno: 1x
Čtvrtek22.02.2024Structure and function of nucleic acids, types of RNA moleculesdoc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 1x
Středa28.02.2024Organization of prokaryotic, eukaryotic and mitochondrial genomes; structure of chromatindoc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 1x
Čtvrtek29.02.2024DNA replication in prokaryotic and eukaryotic cells.doc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 1x
Středa06.03.2024Mutations and their origin and effects. Mutagens and carcinogens.Mgr. Jan Ševčík, Ph.D. 
průměr: 3, hodnoceno: 2x
Čtvrtek07.03.2024DNA mutation repairMgr. Jan Ševčík, Ph.D. 
průměr: 3, hodnoceno: 2x
Středa13.03.2024RNA biosynthesis - DNA transcription, modifications of primary transcript of prokaryotes and eukaryotes, alternative splicing. RNA transport and degradation in eukaryotes.MUDr. František Sedlák, Ph.D. 
průměr: 2, hodnoceno: 1x
Čtvrtek14.03.2024Regulation of gene expression.MUDr. František Sedlák, Ph.D. 
průměr: 2, hodnoceno: 1x
Středa20.03.2024 Translation , inhibitors of prokaryotic and eukaryotic translation. Protein folding, chaperones. Post-translational modification of proteins 1.MUDr. František Sedlák, Ph.D. 
průměr: 2, hodnoceno: 1x
Čtvrtek21.03.2024 Post-translational covalent modification of proteins 2. Sorting and transport of proteins into individual organelles, secretory proteins.MUDr. František Sedlák, Ph.D. 
průměr: 1, hodnoceno: 1x
Středa27.03.2024Mechanisms of signal transduction 1prof. MUDr. Aleksi Šedo, DrSc. 
průměr: 1, hodnoceno: 1x
Čtvrtek28.03.2024 Mechanisms of signal transduction 2 dean´s dayprof. MUDr. Aleksi Šedo, DrSc. 
průměr: 1, hodnoceno: 1x
Středa03.04.2024Virus structure, replication and assembly.doc. MUDr. Jaromír Křemen, CSc. 
průměr: 1, hodnoceno: 1x
Čtvrtek04.04.2024Structure and function of cell membranes, cell junctions.doc. MUDr. Petr Bušek, Ph.D. 
průměr: 1, hodnoceno: 1x
Středa10.04.2024Compartmentation of the cell, structure and function of cell organelles, vesicular transport.Mgr. Lucie Stollinová Šromová, Ph.D. 
průměr: 1, hodnoceno: 1x
Čtvrtek11.04.2024 Mechanisms of signal transduction 3prof. MUDr. Aleksi Šedo, DrSc. 
průměr: 5, hodnoceno: 1x
Středa17.04.2024ApoptosisMUDr. Ivan Melezínek, CSc., mimořádný profesor Univerzity Karlovy 
průměr: 5, hodnoceno: 1x
Čtvrtek18.04.2024Cell cycleMUDr. Ivan Melezínek, CSc., mimořádný profesor Univerzity Karlovy 
průměr: 5, hodnoceno: 1x
Středa24.04.2024Biochemistry of peptide and protein hormones and thyroid hormones.prof. MUDr. Aleksi Šedo, DrSc. 
průměr: 5, hodnoceno: 1x
Čtvrtek25.04.2024Hormones and signaling pathways affecting energy metabolism.prof. MUDr. Aleksi Šedo, DrSc. 
průměr: 5, hodnoceno: 1x
Středa01.05.2024 Liver biochemistrydoc. MUDr. Jaromír Křemen, CSc. 
Čtvrtek02.05.2024 Xenobiochemistrydoc. MUDr. Jaromír Křemen, CSc. 
Středa08.05.2024Biochemistry of blood and hemocoagulation.doc. MUDr. Petr Bušek, Ph.D. 
Čtvrtek09.05.2024Muscle biochemistry and muscle contractionMUDr. Eva Balážiová, Ph.D. 
Středa15.05.2024Humoral immunitydoc. MUDr. Petr Bušek, Ph.D. 
Čtvrtek16.05.2024Cellular immunitydoc. MUDr. Petr Bušek, Ph.D. 
Středa22.05.2024Biochemistry of neuronal tissue and senses.MUDr. Eva Balážiová, Ph.D. 
Čtvrtek23.05.2024Biochemistry of connective tissue and skin.MUDr. Ivan Melezínek, CSc., mimořádný profesor Univerzity Karlovy 
 
Univerzita Karlova | Informační systém UK