Translational chemistry, optical imaging and precision medicine Marc Vendrell , University of Edinburgh Optical imaging has revolutionised our understanding of how biological systems behave at the molecular level. In the last years, my group has developed dynamic activatable fluorophores (DYNAFLUORS) as chemical tools to image the function and activity of immune cells in disease. We ... Read more
Translational chemistry, optical imaging and precision medicine Marc Vendrell , University of Edinburgh Optical imaging has revolutionised our understanding of how biological systems behave at the molecular level. In the last years, my group has developed dynamic activatable fluorophores (DYNAFLUORS) as chemical tools to image the function and activity of immune cells in disease. We ... Read more
Translational chemistry, optical imaging and precision medicine Marc Vendrell , University of Edinburgh Optical imaging has revolutionised our understanding of how biological systems behave at the molecular level. In the last years, my group has developed dynamic activatable fluorophores (DYNAFLUORS) as chemical tools to image the function and activity of immune cells in disease. We ... Read more
Translational chemistry, optical imaging and precision medicine Marc Vendrell , University of Edinburgh Optical imaging has revolutionised our understanding of how biological systems behave at the molecular level. In the last years, my group has developed dynamic activatable fluorophores (DYNAFLUORS) as chemical tools to image the function and activity of immune cells in disease. We ... Read more
A Novel Scanning Probe Microscopy technique to study the nanoscale electrical properties of cells Martí Checa, Nanoscale bioelectrical characterization group The goal of this work of thesis is the study of electrical properties in cells. That is the study of how they can conduct electricity, accumulate charges, or polarize. Experimental techniques able to measure electrical ... Read more
A Novel Scanning Probe Microscopy technique to study the nanoscale electrical properties of cells Martí Checa, Nanoscale bioelectrical characterization group The goal of this work of thesis is the study of electrical properties in cells. That is the study of how they can conduct electricity, accumulate charges, or polarize. Experimental techniques able to measure electrical ... Read more
A Novel Scanning Probe Microscopy technique to study the nanoscale electrical properties of cells Martí Checa, Nanoscale bioelectrical characterization group The goal of this work of thesis is the study of electrical properties in cells. That is the study of how they can conduct electricity, accumulate charges, or polarize. Experimental techniques able to measure electrical ... Read more
A Novel Scanning Probe Microscopy technique to study the nanoscale electrical properties of cells Martí Checa, Nanoscale bioelectrical characterization group The goal of this work of thesis is the study of electrical properties in cells. That is the study of how they can conduct electricity, accumulate charges, or polarize. Experimental techniques able to measure electrical ... Read more
Javier Ramón participará a la taula rodona: quin és el futur dels transplantaments? Organitzat pel màster de comunicació científica, mèdica i ambiental de la UPF-BSM.
Javier Ramón participará a la taula rodona: quin és el futur dels transplantaments? Organitzat pel màster de comunicació científica, mèdica i ambiental de la UPF-BSM.