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Last update: RNDr. Pavla Balínová (27.10.2008)
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Last update: RNDr. Pavla Balínová (27.10.2008)
The primary aim is to inform students about some general rules in chemistry and an application of chemistry in medical practice. Students should be oriented in nomenclature of inorganic and organic compounds and they should be able to calculate basic chemical problems (concentration and pH of solutions). The second aim is to give an overview describing the structure, properties and importance of natural products (nucleic acids, saccharides, lipids, amino acids and proteins). Then students are informed about structure and function of the cell, proteosynthesis and importance of enzymes. Lectures are focused on an integration of chemical and physiological knowledge of human body (e. g. digestion and metabolism of carbohydrates). Students should be able to understand the biochemistry of a muscle cell with the inclusion of muscle cell contraction. Hormonal regulations and basics of clinical biochemistry are also explained. |
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Last update: MATEJ7A3 (27.09.2010)
Vacík J.: Přehled středoškolské chemie, SPN Praha 1999 Urban J.: Lékařská chemie (skripta 3. LF UK), Praha 1995 Němečková A. a kol.: Lékařská chemie a biochemie, Avicenum Praha 1991 Štern P. a kol.: Obecná a klinická biochemie pro bakalářské obory studia, Karolinum Praha 2005 Vodrážka Z.: Biochemie, Academia Praha 1999 Ledvina M. a kol.: Biochemie pro studující medicíny, Karolinum Praha 2005 Musil J., Nováková O.: Biochemie v obrazech a schématech, Avicenum Praha 1989 |
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Last update: MATEJ7A3 (27.09.2010)
Lectures, 2 seminars |
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Last update: MATEJ7A3 (27.09.2010)
Credit test |
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Last update: RNDr. Pavla Balínová (27.10.2008)
Winter semester: Chemistry and medicine Basics of laboratory medicine Important organic analytes in body fluids Important organic compounds in biochemistry Structure, chemical and biological properties of saccharides Structure, chemical and biological properties of lipids Structure, chemical and biological properties of amino acids, peptides and proteins
Summer semester: Introduction to biochemistry. Enzymes. Gain of an energy in the cell Carbohydrate metabolism. Glycemia. Diabetes mellitus Lipid metabolism. Lipoproteins. Ketone bodies. Metabolism of amino acids and proteins. Ammonia detoxication. Principle of muscle contraction. Energy metabolism of muscle cell. Hormonal regulation of metabolic processes Basics of clinical biochemistry
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Last update: RNDr. Pavla Balínová (27.10.2008)
Succesfull passing the entrance examination (biology, chemistry) |