Explore the revolutionary multicolor fluorescence live-cell imaging techniques revealing the inner workings of Dictyostelium discoideum, a remarkable model organism in cellular biology.
Discover how super-resolution microscopy is revealing the nanoscale structure of human heart cells, revolutionizing our understanding of cardiac health and disease.
Explore how Scanning Angle Interference Microscopy (SAIM) enables nanometer-scale precision imaging of cellular structures and processes in living cells.
Discover how nanomechanical sub-surface mapping via force microscopy is revolutionizing our understanding of cellular architecture and mechanics.
Discover how super-resolution microscopy revealed the nanoscale reorganization of NK cell receptors upon activation, reshaping our understanding of immune responses.