Super-resolution imaging of cellular structures

Drag the bar below to compare the resolution between the conventional image(left) and the STORM image(right) of a recently discovered membrane-associated skeleton structure in neurons.

2D lattice-like, actin-spectrin based membrane skeleton in the cell body of neurons, discovered by super resolution imaging ↓

1D periodic, actin-spectrin based cytoskeleton in axons, discovered by super-resolution imaging ↓

1D periodic, actin-spectrin based cytoskeleton in dendrites, discovered by super resolution imaging ↓

Super-resolution image of microtubules in mammalian cells ↓

Super-resolution image of microtubules in mammalian cells ↓

Super-resolution image of actin filaments in mammalian cells ↓

Super-resolution image of actin filaments in mammalian cells ↓

Phase separation in human diseases

Interdisciplinary approaches to study the role of phase separation in cancer cell. ↓

Interdisciplinary approaches to study aggregation in neurodegenerative diseases mediated by phase separation. ↓

Transcriptome-scale imaging

Approaches to study local RNA degradation in neurons. ↓