Damla Tetiker
@damlatetiker.bsky.social
PhD student in Eugene Kim Lab @ MPI of Biophysics
Reposted by Damla Tetiker
I’m very pleased to share our work looking at what controls condensin II cell-cycle dependant activity; a great collaboration with @eugenekimlab.bsky.social, @damlatetiker.bsky.social, Kyle Muir and Kumiko Samejima
www.biorxiv.org/content/10.6...
www.biorxiv.org/content/10.6...
www.biorxiv.org
February 4, 2026 at 3:57 PM
I’m very pleased to share our work looking at what controls condensin II cell-cycle dependant activity; a great collaboration with @eugenekimlab.bsky.social, @damlatetiker.bsky.social, Kyle Muir and Kumiko Samejima
www.biorxiv.org/content/10.6...
www.biorxiv.org/content/10.6...
Reposted by Damla Tetiker
How is Condensin II activated during mitosis? 🧬
@damlatetiker.bsky.social Samejima et al. uncover how Condensin II autoinhibition is relieved by the mitotic activator M18BP1, and reveal that M18BP1 also forms a composite DNA anchor with the NCAPG2–NCAPH2 subcomplex to stabilize DNA loops in vitro.
@damlatetiker.bsky.social Samejima et al. uncover how Condensin II autoinhibition is relieved by the mitotic activator M18BP1, and reveal that M18BP1 also forms a composite DNA anchor with the NCAPG2–NCAPH2 subcomplex to stabilize DNA loops in vitro.
www.biorxiv.org
February 4, 2026 at 3:34 PM
How is Condensin II activated during mitosis? 🧬
@damlatetiker.bsky.social Samejima et al. uncover how Condensin II autoinhibition is relieved by the mitotic activator M18BP1, and reveal that M18BP1 also forms a composite DNA anchor with the NCAPG2–NCAPH2 subcomplex to stabilize DNA loops in vitro.
@damlatetiker.bsky.social Samejima et al. uncover how Condensin II autoinhibition is relieved by the mitotic activator M18BP1, and reveal that M18BP1 also forms a composite DNA anchor with the NCAPG2–NCAPH2 subcomplex to stabilize DNA loops in vitro.