Teaching

Masterposter2

Teaching:

Bachelor Biowissenschaften

    • Modul 8 (Molekularbiologie, Vorlesung, Seminar und Praktikum)
    • Modul 15c (Spezialisierung Molekularbiologie, Praktikum und Seminar)
    • Modul 19 (Einführung in wissenschaftliches Arbeiten, Seminar, Protokoll)
    • Modul 20 (Bachelorarbeit)

Master MSc Molecular Biosciences

    • Compulsory elective module 9a (RNA Biology of Eukaryotes, lecture, intership and seminar)
    • Compulsory module 11 (Specialisation, seminar, intership and protocol)
    • Compulsory module12 (Introduction to Scientific Research Methods,
       intership and protocol)
    • Compulsory module 13 (Master Thesis)
Master MSc Physical Biology of Cells and Cell Interactions
    • Module 3 (Advanced Cell Biology II, Lectures, Seminar)
    • Module 4 (Current Concepts in Cell Biology, written proposal)
    • Module 5 (Advanced Methods in Cell Biology, practical and protocol)
    • Module 6 (Master thesis)
    • Elective Module 33 (Cellular RNA Biologie, practical, seminar, protocol)

Methods

Our laboratory employs and develops quantitative and genome-wide in vivo approaches to understand the principles of eukaryotic mRNA regulation at the post-transcriptional level through RNA-binding proteins.

 You can learn and apply the following methods in our lab:                       

  • iCLIP-Seq (individual-nucleotide resolution UV cross-linking and Immuno-Precipitation followed by Deep Sequencing)
  • Ribo-Seq (Ribosome footprinting followed by Deep Sequencing)
  • Different NGS-based methods
  • Computational analysis of Deep Sequencing data
  • Human and murine cell culture techniques
  • Transfection, manipulation and modification of mammalian cell lines
  • Crispr/Cas9
  • Akute depletion
  • Confocal microscopy                 
  • RNA FISH
  • Immunofluorescence
  • Cloning
  • Western Blotting
  • Protein expression and purification
  • biomolecular condensation
  • Native Protein-RNA interaction