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Fitness effects of horizontal gene transfer

Fitness effects of horizontal gene transfer Bacteria living in multispecies communities can benefit from a gene pool shared through horizontal gene transfer (HGT). Because alleles, genes, and even operons can be acquired…


Deciphering tumor heterogeneity from a multiomics perspective: the case of liver cancer

Deciphering tumor heterogeneity from a multiomics perspective: the case of liver cancer Tumor heterogeneity manifests at multiple levels—between patients, across tumors within the same patient, and among individual cells…


A new layer of control in embryonic development

Genes provide the blueprint for life, determining when and where proteins are made. This process involves two key steps: transcription, from DNA to messenger mRNA (mRNA), and translation, where mRNA is decoded into proteins.…


From Meningococcus to Gonococcus: The journey of Vaccine Development and Cross-Protection

From Meningococcus to Gonococcus: The journey of Vaccine Development and Cross-Protection Progress in genomic sequencing and bioinformatic analysis, has opened a new era in vaccine design enabling the discovery of many new…


Epigenetic insights for precision medicine: Sequencing-based real-time brain cancer classification

Epigenetic insights for precision medicine: Sequencing-based real-time brain cancer classification The differentiation of a totipotent cell into a somatic cell type is a highly orchestrated process characterized by changes…


Beyond structures: Dynamics rule at physiological temperatures – Insights from single-molecule FRET & nanopores

Beyond structures: Dynamics rule at physiological temperatures – Insights from single-molecule FRET & nanopores Speaker: Prof. Dr. Sonja Schmid Sonja Schmid did her undergrad in Nanosciences at the University of Basel before…


Dynamic RNA biology at the single-molecule level: Watching how interconnected processes work in real-time

Dynamic RNA biology at the single-molecule level: Watching how interconnected processes work in real-time Speaker: Prof. Dr. Olivier Duss Olivier Duss studied Chemistry at the ETH Zurich, did his PhD with Fred Allain at the…


Resolving Protein-Ligand Interactions Across Time and Space Using X-ray Free Electron Lasers

Resolving Protein-Ligand Interactions Across Time and Space Using X-ray Free Electron Lasers Speaker: Prof. Dr. Jörg Standfuss Jörg earned his PhD at the Max Planck Institute of Biophysics in Frankfurt before joining the MRC…


Superresolution microscopy for dynamic structural cell biology

Superresolution microscopy for dynamic structural cell biology Speaker: Prof. Dr. Jonas Ries Jonas Ries studied Physics, did his PhD with Petra Schwille in Dresden, was a postdoc at the ETH in Zurich with Vahid Sandoghdar, a…


Microsecond time-resolved cryo-EM

Microsecond time-resolved cryo-EM Speaker: Prof. Dr. Ulrich Lorenz Ulrich Lorenz studied Chemistry in Würzburg, did his Ph.D. with Tom Rizzo at EPFL, and was postdoc with Ahmed Zewail at Caltech; since 2016 he has been a…