, such as droplets fusing together or recovering after being bleached by a laser (FRAP).
, showing purified G3BP and RNA forming droplets in a controlled laboratory setting.
of stress granules forming in living HeLa cells. g8046.mp4
: Under normal conditions, G3BP is in a compact, "auto-inhibited" state.
The video visualizes the cellular processes of . Stress granules are "membraneless organelles" that form when a cell is under stress, such as oxidative stress or heat. Key scientific takeaways associated with this file include: , such as droplets fusing together or recovering
is a supplemental video file from a high-profile scientific study titled "RNA-Induced Conformational Switching and Clustering of G3BP Drive Stress Granule Assembly by Condensation," published in the journal Cell in April 2020. Scientific Context
: The protein G3BP (GTPase-activating protein-binding protein) acts as a central "node" or switch for granule formation. : Under normal conditions, G3BP is in a
As part of the supplemental material for this research, the video likely demonstrates one of the following:
, such as droplets fusing together or recovering after being bleached by a laser (FRAP).
, showing purified G3BP and RNA forming droplets in a controlled laboratory setting.
of stress granules forming in living HeLa cells.
: Under normal conditions, G3BP is in a compact, "auto-inhibited" state.
The video visualizes the cellular processes of . Stress granules are "membraneless organelles" that form when a cell is under stress, such as oxidative stress or heat. Key scientific takeaways associated with this file include:
is a supplemental video file from a high-profile scientific study titled "RNA-Induced Conformational Switching and Clustering of G3BP Drive Stress Granule Assembly by Condensation," published in the journal Cell in April 2020. Scientific Context
: The protein G3BP (GTPase-activating protein-binding protein) acts as a central "node" or switch for granule formation.
As part of the supplemental material for this research, the video likely demonstrates one of the following: