Cellular processes in general are executed by sets of molecular machines that work in a coordinated manner as part of assembly lines. One such assembly line is provided by the gene expression pathway from the gene to polyribosomes. In this context, chromatin modifications, transcription, RNA modification, transport and translation are integrated through the synergistic action of molecular machines. The goal of the conference is the characterization of some of these machines, using advanced genomics and imaging technique in combination with biophysical and theoretical approaches, with the aim of understanding the mechanisms by which these complexes function
Submit a poster title here to present your work at the conference.
Cellular processes in general are executed by sets of molecular machines that work in a coordinated manner as part of assembly lines. One such assembly line is provided by the gene expression pathway from the gene to polyribosomes. In this context, chromatin modifications, transcription, RNA modification, transport and translation are integrated through the synergistic action of molecular machines. The goal of the conference is the characterization of some of these machines, using advanced genomics and imaging technique in combination with biophysical and theoretical approaches, with the aim of understanding the mechanisms by which these complexes function
Submit a poster title here to present your work at the conference.
- Piergiorgio Percipalle, Associate Professor of Biology, NYUAD
- George Shubeita, Assistant Professor of Physics, NYUAD
- Serdal Kirmizialtin, Assistant Professor of Chemistry, NYUAD
- NYU Abu Dhabi Institute