4.6. Block of Elective Modules: Molecular Biology

• 300565 VO Intellectual Property Rights: Basics - Basics for Scientists

MMB W-1 Advanced Course in Compulsory Subject Molecular Biology

• 300850 UE [ de en ] Advanced Course in Compulsory Subject Molecular Biology

MMB W-2 Selected Subjects in Molecular Biosciences or Chemistry

• 300058 SE [ en ] Bioinformatics for metagenomics and metatranscriptomics
• 300092 SE [ en ] Modern Concepts in Structural Biology - Modern Concepts in Structural Biology
• 300094 VO [ en ] RNA Journal Club
• 300101 VO Epigenetics - Stem cells, Cloning and Disease
• 300137 VO [ en ] Basics of Neuroscience
• 300145 VO [ en ] The golden age of Molecular Biology - Scientists and strategies behind landmark discoveries in molecular biology
• 300178 SE+UE [ en ] Protein Transport and Sorting in Mammalian Cells - (Multimedia Übung / Vorlesung)
• 300190 PP [ en ] Hands-on Cryotechniques for Immuno-Electron Microscopy and Tissue in-situ Hybridization - To enable advanced BIO-stud. to understand & apply advan.cryo-electron microscopy, immunolabelling & tissue in-situ hybridization (TISH) tech. within their own research. Supported by lectures & demonst., this intensive, hand-on training courese teaches special. techn.,such as Tokuyasu cryosectioning, high-pressure freezing-freeze substitution & acrylic resin embedding for high resol. localization of intracell. proteins & other intracell. struc. by immunogold labelling or TISH
• 300281 VO [ en ] Symbiosis - concepts and model systems
• 300287 VO Structure and Function of Biomolecules
• 300289 SE [ en ] Current Topics in Computational and Systems Biology - Literature seminar
• 300313 SE [ en ] Bioinformatic for Functional Genomics
• 300347 VO [ en ] Principles of Molecular Virology
• 300349 VO Darwin would be surprised: Some results of molecular evolution appear absurd
• 300353 UE [ en ] Applied programming for Bioinformatics - Principles and techniques for simple programming to solve biological problems, using a common programming language. Practical experience with text processing and automation of external programms.
• 300407 VO [ en ] DNA-Tumor Viruses, from Cancer Agent to therapy - Elective Course in Molecular Medicine
• 300429 VO+SE [ en ] Advanced Image Processing for Light Microscopy
• 300555 PS Proseminar in Immunobiology
• 300577 VO Biophysical methods in structural biology
• 300585 VO Translation in Eukaryotes
• 300586 VO Molecular Medicine 2 - Molecular Aspects of Medical Research
• 300587 VO [ en ] Lecture Series Plant Molecular Biology - at the VBC
• 300598 VO GTPases: Structure and Function
• 300599 UE Laboratory Course: Bioinformatics
• 300605 SE Seminar in Genetics - Molecular Biology of RNA
• 300687 VO [ en ] Transcription factors and human disease - Elective Course in Molecular Medicine
• 300696 VO Fundamentals in Systems Biology
• 300705 VO Plant Molecular Biology II - Molecular Plant Physiology
• 300707 VO Embryos and Stemcells - Electiv Course in Molecular Medicine

MMB W-3 Selected Subjects in Bioinformatics

• 300058 SE [ en ] Bioinformatics for metagenomics and metatranscriptomics
• 300289 SE [ en ] Current Topics in Computational and Systems Biology - Literature seminar
• 300313 SE [ en ] Bioinformatic for Functional Genomics
• 300353 UE [ en ] Applied programming for Bioinformatics - Principles and techniques for simple programming to solve biological problems, using a common programming language. Practical experience with text processing and automation of external programms.
• 300599 UE Laboratory Course: Bioinformatics
• 300696 VO Fundamentals in Systems Biology