Teaching Bachelor of Science Biochemistry Molecular Biochemistry and Methods (BCB P 15), organization of module Master of Science Biochemistry Biophysical Chemistry (BCM P 04), organization of module

Teaching Master Biochemistry Lecture „Biophysikalische Chemie“ (1.semester, Module BCM P 04) Practical course „Biophysikalische Chemie“ (1. semester, Modul BCM P 04) Lab internships and Master thesis

Methods Super-Resolution Fluorescence Microscopy / Nanoscopy ( d STORM, DNA-PAINT, QuantumDot Triexciton Imaging, expansion Microscopy) Electrophoretic Nanoinjection FRET / smFRET

Current Projects Quantitative injection of biomolecules for live cell tracking and super-resolution imaging Intra- and intercellular organization of hCMEC/d3 cells Organization of actinin-mediated act

Current Projects The phage G4 origin of replication system as an in vitro replication model. Protein-protein interactions occurring during the lagging strand synthesis of rolling circle replication.

Alumni Alumni M.Sc. Andrea Bogutzki B.Sc. Tammy Stellbrinck Dr. rer. nat. Natalie Naue PhD Sirine El Houry Mignan Dr. rer. nat Maike Kruse PD Dr. rer. nat Gregor Witte Dr. rer. nat. Tobias Knust

Analytical ultracentrifugation In vitro DNA replication Protein expression and purification Side directed mutagenesis Fluorescence spectrophotometry UV/Vis spectrophotometry Isothermal titration calor

Biostatistics, omics techniques and big data (BCM WP 14) Copyright: Trulley, Philipp / Zellbiochemie / MHH Qualification objective To impart basic methodological, bioinformatic and biostatistical know

Molecular Biology and Biochemistry of Cancer II: Molecular Therapeutic Approaches (BCM WP 48) Copyright: Trulley, Philipp / Zellbiochemie / MHH Qualification objective The module builds on the module

Master's thesis (BCM P 05) Copyright: Dr. Gustav Meyer / Cell Biochemistry / MHH Qualification objective Independent planning and execution of a scientific thesis. The Master's thesis provides student