The septin family of proteins has fascinated cell biologists for decades due to the elaborate
architecture they adopt in different eukaryotic cells. Whether they exist as rings, collars, or …

The septin family of proteins can assemble into filaments that further organize into different
higher order structures to perform a variety of different functions in different cell types and …

Most essential cellular functions are performed by proteins assembled into larger
complexes. Fluorescence Polarization Microscopy (FPM) is a powerful technique that goes …

How septin architecture is remodeled from an hourglass to a double ring during cytokinesis
in fungal and animal cells remains unknown. Here, we show that during the hourglass-to …

Septins are highly conserved GTP‐binding proteins that oligomerize and form higher order
structures. The septin cytoskeleton plays an important role in cellular organization …

We introduce the basic elements of a spatio-angular theory of fluorescence microscopy,
providing a unified framework for analyzing systems that image single fluorescent dipoles …

Cytokinesis is executed by protein networks organized into functional modules. Individual
proteins within each module have been characterized to various degrees. However, the …

Desmosomes are large, macromolecular protein assemblies that mechanically couple the
intermediate filament cytoskeleton to sites of cadherin-mediated cell adhesion, thereby …

Septin filaments assemble into high-order molecular structures that associate with
membranes, acting as diffusion barriers and scaffold proteins crucial for many cellular …

The curvature of the membrane defines cell shape. Septins are GTP-binding proteins that
assemble into heteromeric complexes and polymerize into filaments at areas of micron …