Cells have evolved complex macromolecular machines capable of dealing with the challenges involved in the manipulation of nucleic acids during DNA replication, DNA repair, RNA processing, transcription, translation, and other DNA and RNA transactions. The combination of advances in cryo-electron ...
Cells have evolved complex macromolecular machines capable of dealing with the challenges involved in the manipulation of nucleic acids during DNA replication, DNA repair, RNA processing, transcription, translation, and other DNA and RNA transactions. The combination of advances in cryo-electron microscopy with cell and molecular biology, biochemistry and biophysics is providing unprecedented advances in our understanding of these complex and highly regulated processes. This meeting will bring together research leaders in the field with a focus on the integration of structural, biophysical and biochemical studies to define the molecular mechanisms underlying the function of the large molecular machines carrying out nuclei acid transactions essential for the cell and the organism.
Topics to be covered:
• Chromatin structure and remodelling • DNA damage signalling and repair • Genome Editing • Macromolecular complexes in DNA/RNA processing • Replication and Transcription
FECHA LÍMITE DE INSCRIPCIÓN5/05/2025 FECHA LÍMITE DE ENVÍO DE RESUMEN 24/04/2025 PRECIO 200 Euro Students and CNIO staff; 400 Euro Post-docs and Academia; 600 Euro Industry.