Principles of intracellular organization Asymmetry is an inherent property of most cells. Proteins and mRNA have to be distributed at specific cellular locales to perform their assigned function or to be translated in a…
TFS Titan Krios G4 TEM Configuration The Titan Krios G4 from Thermo Fisher Scientific is a high-end transmission cryo-electron microscope designed for ultimate performance and productivity across a wide range of Life Science…
Thermo Fisher Scientific Aquilos 2 Cryo-FIB Configuration The Aquilos 2 cryo-FIB is the latest generation cryo-DualBeam instrument with enhanced anti-contamination hardware for improved cryo-sample protection and minimal ice…
Duftstoffe, Licht, Hormone sowie eine Vielzahl weiterer Signale werden durch eine grosse Gruppe von Proteinen, den G-Protein-gekoppelten Rezeptoren (GPCRs), erkannt. Sie befinden sich auf der Zelloberfläche und wandeln…
RIF Equipment All researcher affiliated to a research group of the Biozentrum may obtain access and training, and become independent users of the instruments listed below. Please ask for access to our booking system and…
FEI Tecnai G2 Spirit TEM Configuration BioTWIN lens configuration for increased contrast. 120kV TEM microscope (operated at 80kV) with a LaB6 filament and an EMSIS Veleta camera (top, side-mounted). The Camera operates using…
Molecule-Scale Resolution and Dynamics in Fluorescence Microscopy I will show how an in-depth description of the basic principles of diffraction-unlimited fluorescence microscopy has spawned MINFLUX [1-4], a recent…
Comparative genomics at scale in the post-AlphaFold era Within a decade, various consortia under the Earth BioGenome umbrella aim to sequence 1.5M eukaryotes. All these genomes are connected through life’s common origin, yet…
A5: Infection Biology – From in vitro models to human patients – 30638 (1 hrs/week; 1 CP; Fall 2025) Dirk Bumann , Christoph Dehio This introductory course to Systems Biology of Infection will focus on data and knowled…
Cycle H: Molecular Medicine H1: Molecular Medicine I – 22831 (2 hrs/week; 2 CP; Fall 2025) H2: Molecular Medicine II – 12424 (2 hrs/week; 2 CP; Spring 2026) H3: Molecular Control of Vertebrate Development and Organogenesis –…
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