Sachin Kotak
@spindlebehavior.bsky.social
Cell Biologist interested in fundamental cell division processes working @iiscbangalore
When Aurora A is inactivated, we found that NuMA, a conserved spindle pole protein, undergoes a material state transition from dynamic to solid, and abnormally accumulates at the spindle poles.
This abnormal “accumulation” causes NuMA segregated chromosomes/nuclei to bend around them.
This abnormal “accumulation” causes NuMA segregated chromosomes/nuclei to bend around them.
September 13, 2025 at 5:14 AM
When Aurora A is inactivated, we found that NuMA, a conserved spindle pole protein, undergoes a material state transition from dynamic to solid, and abnormally accumulates at the spindle poles.
This abnormal “accumulation” causes NuMA segregated chromosomes/nuclei to bend around them.
This abnormal “accumulation” causes NuMA segregated chromosomes/nuclei to bend around them.