1. Semester10 ECTS
Molecular Developmental Biology
Provides in-depth basics in Developmental Biology with focus on model organisms (animals like Drosophila and plants like Arabidopsis), molecular developmental genetics methods, and gene regulatory networks in development.
1. Semester10 ECTS
Molecular Genetics
Covers genome structure, chromatin modification, epigenetics, tumor genetics, transposons, immunogenetics, comparative genetics, genome analysis, and basics of systems biology.
1. Semester10 ECTS
Molecular Cell Biology
Extends knowledge in cell communication, signalling, membrane structure and function, cell nucleus organization, molecular processes in plants, and molecular organization of biological clocks including circadian rhythms.
2. Semester10 ECTS
Molecular Developmental Biology of Model Systems
Provides knowledge in housing and breeding of model organisms (Arabidopsis, Zebrafish, mouse), developmental stages, genotyping, expression analysis, immunohistochemistry, fluorescence microscopy, and analysis of transgenic organisms.
2. Semester10 ECTS
Evolutionary Developmental Biology
Focuses on cultivation of evolutionarily informative organisms and comparative morphogenetic and gene expression analysis with classical model organisms in an evolutionary biological context.
2. Semester10 ECTS
Developmental Control Genes
Analyzes genes regulating developmental processes (homeobox genes, MADS box genes) using molecular biology methods (cloning, sequencing, expression analysis) and molecular evolution approaches.
2. Semester10 ECTS
Gene Regulation
Covers mechanisms of gene regulation including temporal, spatial and hormonal control, expression analysis, molecular genetic techniques, biological clocks, and chromatin analysis.
2. Semester10 ECTS
Theoretical Systems Biology
Provides overview of microarray technologies, data preprocessing, differential gene expression analysis, supervised and unsupervised learning, and mathematical modeling of metabolic and regulatory networks.
2. Semester10 ECTS
Applied Systems Biology
Covers automated DNA sequencing, sequence analysis, DNA and RNA fingerprinting, PCR, proteome enrichment, mass spectrometry, and omics methods for functional genome, proteome and metabolome analysis.
2. Semester10 ECTS
Signal Transduction
Discusses current research trends in signal transduction including G protein-coupled receptors, cytokine receptors, receptor tyrosine kinases, and molecular medicine applications.
2. Semester10 ECTS
Biological Clock and Temporal Gene Expression
Focuses on cultivation of organisms under circadian conditions, measurement of circadian rhythms using reporter genes, and characterization of clock genes and proteins at transcriptional, translational and post-translational levels.
2. Semester10 ECTS
Molecular Medicine of Ion Transport
Covers ion transport and disease, structure and function of ion channels and transporters, and membrane processes.
2. Semester10 ECTS
Genome Integrity, Tumors and Ageing
Addresses genomic instability, tumor biology, and genetic and cellular plasticity relevant to ageing.
2. Semester10 ECTS
Organelles: Development and Function
Examines the development and function of cellular organelles.
2. Semester10 ECTS
Cellular Networks
Analyzes the organization and dynamics of cellular networks.
2. Semester10 ECTS
Systematic Neurobiology
Covers systematic approaches to understanding neurobiological systems and organization.
2. Semester10 ECTS
Development and Plasticity of Nervous System II
Examines development and plasticity mechanisms of the nervous system.
2. Semester10 ECTS
Symbiosis, Signalling and Metabolism
Explores symbiotic relationships and their molecular basis in signalling and metabolic processes.
3. Semester10 ECTS
Specialisation Module MMLS
Advanced current methods relevant to the Master programme in Molecular Life Sciences, to be arranged according to student interest.
3. Semester20 ECTS
Project Module MMLS
Intensive project laboratory course in an area of Molecular Life Sciences, to be arranged according to student interest and research availability.
4. Semester30 ECTS
Master Thesis MMLS
Research-based master thesis in an area of Molecular Life Sciences.
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Moduldaten aus dem offiziellen Modulhandbuch der Hochschule München. Umfang und Angebot können sich je Studien- und Prüfungsordnung ändern.