Biomolecular condensates that form via phase separation are increasingly regarded as
coordinators of cellular reactions that regulate a wide variety of biological phenomena …

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

Phase-separated biomolecular condensates that contain multiple coexisting phases are
widespread in vitro and in cells. Multiphase condensates emerge readily within …

Viruses compartmentalize their replication and assembly machinery to both evade detection
and concentrate the viral proteins and nucleic acids necessary for genome replication and …

Specific elements of viral genomes regulate interactions within host cells. Here, we
calculated the secondary structure content of> 2000 coronaviruses and computed> 100 000 …

This comprehensive Review delves into the chemical principles governing RNA-mediated
crowding events, commonly referred to as granules or biological condensates. We explore …

Biomolecular condensates, some of which are liquid-like during health, can age over time
becoming gel-like pathological systems. One potential source of loss of liquid-like properties …

The leap of retroviruses and coronaviruses from animal hosts to humans has led to two
ongoing pandemics and tens of millions of deaths worldwide. Retrovirus and coronavirus …

One of the most intriguing fields emerging in current molecular biology is the study of
membraneless organelles formed via liquid–liquid phase separation (LLPS). These …

Many membraneless organelles are thought to be biomolecular condensates formed by
phase separation of proteins and other biopolymers. Post-translational modifications (PTMs) …