Course for international guest/part time students

Faculty
Faculty of Science
Organization
TTK Department of Biochemistry
Code
mobivfmb22em
Title
Molecular Biology – Selected topics L
Usual semester
Autumn
ECTS
3
Language
en
Learning outcomes
Competencies: Knowledge: Understands the relationship of structure and function in molecular biology. Knows the basic terms and principles for the understanding structure-function, bioenergetics and regulatory principles of protein machines. Knows the methodological background to understand molecular machines. Knows and understands bioenergetic at the molecular level and energetic relationship between the living system and the whole biosphere. Ability: Has the ability to recognize the basic features and relationships of  molecular biology processes and the molecular machines that carry on these functions, Has the ability to apply his knowledge obtained during this course to any protein machinery of biological systems. Attitude: Aims to elaborate the acquired knowledge with an integrating attitude. Committed and open to the scientifica knowledge with an integrative attitude Autonomy and Responsibility: Able to independently analyze and evaluate fundamental professional issues Able to report and make meaningful compilation about them. Feels the responsibility to explain research discoveries in molecular biology for the general public.
Course content
The aim of the course is to teach deep knowledge in wide areas of molecular biology, bioenergetics of structure-function relationships of protein machines. Main topics of the course: Thermodynamics and bioenergetics of living systems. Molecular machines. Interactions between energy and equilibrium of open systems. Exploring and understanding molecular mechanisms through protein structure. Mechanism and structure-function relationship of ATP synthase motor protein. Mechanism of chemiosmosis: energy transduction and conservation in proton gradient. Oxidation and light driven electron transport chains, symmetry of the oxidation of hydrogen and water. Energy transducing molecular machines of replication, transcription and translation: Structure-function relationship and bioenergetics of the replisome, the transcriptional apparatus and the ribosome.
Assessment method
k5 = exam mark (5) (1 failed, 5 excellent) Evaluation is based on the knowledge of student in oral exams. During the exam basic terms and concepts are asked to explain, moreover slides are shown to students to explain molecular biology processes, structure-function relationships of the visualized proteins and their complexes including the methodological background. Oral exams are in groups of students in several rounds of questioning until the professor (based on detailed scoring) is able to decide the final grade.
Bibliography
Class materials (pdf)

Programmes of the course

Title (code) Lang. Level Mandatory Year ...
Bioinformatician (TTK-BIOLÓGUS-BIOINFORMAT-NMEN) en 7 1/2
Biológus MSc - Idegtudomány és Humánbiológia szakirány (TTK-BIOLÓGUS-IDEGTUDHUMB-NMHU) hu 7 1/2
Biológus MSc - Molekuláris genetika, Sejt- és fejlodéstudomány szakirány (TTK-BIOLÓGUS-MOLGSEJTFEJ-NMHU) hu 7 1/2
Biológus MSc - Molekuláris-, Immun- és Mikrobiológia szakirány (TTK-BIOLÓGUS-MOLIMMMIKRO-NMHU) hu 7 1/2
Biológus MSc - Ökológia, Evolúció- és Konzervációbiológia szakirány (TTK-BIOLÓGUS-ÖKOEVOKONZ-NMHU) hu 7 1/2
Ecology, Evolutionary and Conservation Biology (TTK-BIOLÓGUS-ÖKOEVOKONZ-NMEN) en 7 1/2
Erasmus Programme (TTK-ERASMUS-NXXX) en Mandatory
Molecular Genetics, Cell- and Developmental Biology (TTK-BIOLÓGUS-MOLGSEJTFEJ-NMEN) en 7 1/2
Molecular- Immuno- and Microbiology (TTK-BIOLÓGUS-MOLIMMMIKRO-NMEN) en 7 1/2
Neuroscience and Human Biology (TTK-BIOLÓGUS-IDEGTUDHUMB-NMEN) en 7 1/2
Plant Biology and Mycology (TTK-BIOLÓGUS-NÖVBIOLMIKOL-NMHU) hu 7 1/2
Plant Biology and Mycology (TTK-BIOLÓGUS-NÖVBIOLMIKOL-NMEN) en 7 1/2
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