News:
Die Einsicht der Klausur
Biochemie II (f. Biophysiker) / Proteinbiochemie - CHE - 5106,52263,51068 am 14.07.2021
findet am Mittwoch, den 18. August 2021 um 13:00 Uhr in 54-581 statt.
Online Tools
Lectures & Seminars
Protein biochemistry (German)
Lecturer: M. Deponte
Course: See here
Term: Summer semester
Venue & Time:
HS 52-207 / Mon 845 - 930
HS 52-204 / Tue 900 - 1030
Content:
- Advanced amino acid metabolism (rep. proteinogenic amino acids, enzyme mechanisms, connections with carbon metabolism, mediators/hormons/neurotransmitters, nitrogen excretion)
- Protein structure (rep. primary to quaternary structure, folding problem, structure-function relationships)
- Intracellular protein turnover (synthesis, folding, sorting, secondary modifications, degradation)
- Protein production and purification (methods in research & industry)
Material:
Vorlesung 1 (Aminosäuremetabolismus)
Vorlesung 2 (Aminosäuremetabolismus)
Seminar 1 (Aminosäuremetabolismus)
Vorlesung 3 (Aminosäuremetabolismus)
Vorlesung 11 (Proteinreinigung)
Vorlesung 12 (Proteinreinigung)
Tests:
Nachholklausur Proteinbiochemie 25.10.2018
Klausur Proteinbiochemie 15.07.2019
Mol. parasitology / Microbial biochem. II (Engl.)
Lecturer: M. Deponte
Course: See here
Term: Summer semester
Venue & Time:
To be announced
Content:
- Overview and phylogeny of parasitic protists
- Special cell organelles and metabolic pathways
- Molecular parasitology
- Drug development (screening vs. rational drug design, target identification)
- Resistance mechanisms
Material:
Tests:
Oral test for groups < 8 persons
Comparative biochemistry (German)
Lecturer: M. Deponte
Course: See here
Term: Winter semester
Venue & Time:
HS 52-204 / Mon 1145 - 1315
HS 46-280 / Wed 845 - 930
Content:
- Introduction (organismic diversity, metabolic compartmentalization)
- Comparison of metabolic pathways (examples of analogous & differing reactions, purine and pyrimidine metabolism)
- Model systems and applications (eukaryotic and prokaryotic model systems, molecular tools)
- Comparison of pro- and eukaryotes (energy metabolism, information systems, growth and reproduction, optional: defence & immune systems or motility)
Material:
Vorlesung 4 (Vergleich von Stoffwechselwegen)
Vorlesung 5 (Vergleich von Stoffwechselwegen)
Vorlesung 6 (Vergleich von Stoffwechselwegen)
Vorlesung 7 (Vergleich von Stoffwechselwegen)
Vorlesung 8 (Modellsysteme und Anwendungen)
Vorlesung 9 (Modellsysteme und Anwendungen)
Vorlesung 10 (Modellsysteme und Anwendungen)
Vorlesung 11 (Modellsysteme und Anwendungen)
Vorlesung 12 (Vergleich Pro- und Eukaryoten)
Seminar 1 (Proteinvisualisierung)
Seminar 2 (Proteinvisualisierung)
Seminar 5 (Kohlenhydratrepetitorium)
Seminar 7 (Modellsysteme und Anwendungen)
Seminar 8 (Modellsysteme und Anwendungen)
Seminar 9 (Modellsysteme und Anwendungen)
Seminar 10 (Modellsysteme und Anwendungen)
Seminar 11 (Vergleich Pro- und Eukaryoten)
Tests:
Nachholklausur vergleichende Biochemie 16.05.2018
Klausur vergleichende Biochemie 13.03.2019
Enzymology (Engl.)
Lecturer: M. Deponte
Course: See here
Term: Winter semester
Venue & Time:
Room 54-656 / Tue 900 - 1045
Content:
- Enzyme classification
- Principles of enzyme catalysis
- Steady-state and pre-steady state kinetics
- Reversible and irreversible reactions
- Enzyme inhibitors
- Allostery and cooperativity
- Data analysis and evaluation
- Selected enzyme mechanisms and examples
Material:
Tests: