Liquid–liquid phase separation results in the formation of dynamic biomolecular
condensates, also known as membrane-less organelles, that allow for the assembly of …

The genetics of human disease serves as a robust and unbiased source of insight into
human biology, both revealing fundamental cellular processes and exposing the …

The survival of eukaryotic organisms during environmental changes is largely dependent on
the adaptive responses elicited by signal transduction cascades, including those regulated …

To remain competitive, cells exposed to stress of varying duration, rapidity of onset, and
intensity, have to balance their expenditure on growth and proliferation versus stress …

The dynamic nature of the actin cytoskeleton is required to coordinate many cellular
processes, and a loss of its plasticity has been linked to accelerated cell aging and …

Severe environmental stress can trigger a plethora of physiological changes and, in the
process, significant cytoplasmic reorganization. Stress-activated RNA–protein granules …

The compounds that promote calcium absorption and osteogenesis may have great
potential in controlling adipogenesis and obesity. In this study, the glycosylated peptides …

In addition to native-state structures, biomolecules often form condensed supramolecular
assemblies or cellular membraneless organelles that are critical for cell life. These …

Autophagy promotes or inhibits cell death depending on the environment and cell type. Our
previous findings suggested that Atg1 is genetically involved in the regulation of Pmk1 …

Various stress conditions, such as heat stress (HS) and oxidative stress, can cause
biomolecular condensates represented by stress granules (SGs) via liquid-liquid phase …