Liquid-liquid phase separation (LLPS) is a rapidly growing research focus due to numerous
demonstrations that many cellular proteins phase-separate to form biomolecular …

The duality of liquid-liquid phase separation (LLPS) of cellular components into
membraneless organelles defines the nucleation of both normal and disease processes …

Liquid–liquid phase separation (LLPS) represents a major physiochemical principle to
organize intracellular membrane-less structures. Studies with non-segmented negative …

Viruses have evolved precise mechanisms for using the cellular physiological pathways for
their perpetuation. These virus-driven biochemical events must be separated in space and …

Viruses are highly dependent on the host they infect. Their dependence triggers processes
of virus–host co-adaptation, enabling viruses to explore host resources whilst escaping …

Liquid–liquid phase separation (LLPS) is responsible for the formation of so-called
membrane-less organelles (MLOs) that are essential for the spatio-temporal organization of …

Infections by negative strand RNA viruses (NSVs) induce the formation of viral inclusion
bodies (IBs) in the host cell that segregate viral as well as cellular proteins to enable efficient …

Viruses rely on the reprogramming of cellular processes to enable efficient viral replication;
this often requires subcompartmentalization within the host cell. Liquid–liquid phase …

In recent years, there has been a jarring awakening that liquid–liquid phase separation
(LLPS) of key protein and nucleic acid scaffolds underpins the biogenesis of diverse …

A common viral replication strategy is characterized by the assembly of intracellular
compartments that concentrate factors needed for viral replication and simultaneously …