In order to fully understand any complex biochemical system from a mechanistic point of
view, it is necessary to have access to the three-dimensional structures of the molecular …

Septin GTPases form nonpolar heteropolymers that play important roles in cytokinesis and
other cellular processes. The ability to form heteropolymers appears to be critical to many …

Septins are conserved cytoskeletal proteins that regulate cell cortex mechanics. The
mechanisms of their interactions with the plasma membrane remain poorly understood …

Septins are cytoskeletal proteins conserved from algae and protists to mammals. A unique
feature of septins is their presence as heteromeric complexes that polymerize into filaments …

Septin GTP-binding proteins contribute essential biological functions that range from the
establishment of cell polarity to animal tissue morphogenesis. Human septins in cells form …

The molecular basis for septin filament assembly has begun to emerge over recent years.
These filaments are essential for many septin functions which depend on their association …

Septins are cytoskeletal proteins and their interaction with membranes is crucial for their role
in various cellular processes. Septins have polybasic regions (PB1 and PB2) which are …

Introduction The proteins that decipher nucleic acid-and protein-based information are well
known, however, those that read membrane-encoded information remain understudied …

This review examines the relationships between membrane chemistry, curvature-sensing
proteins, and cellular morphogenesis. Curvature-sensing proteins are often orders of …

Septins are filamentous nucleotide-binding proteins which can associate with membranes in
a curvature-dependent manner leading to structural remodelling and barrier formation …