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Elif Nur Firat-Karalar

@CytoLabKoc

scientist studying centrosomes, cilia and centriolar satellites; associate prof @kocuniversity; alumna @ucberkeley @stanford; mom of 3👦1👧; 2X ERC StG
İstanbul, Türkiye cytolab.ku.edu.tr Joined November 2015
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Elif Nur Firat-Karalar @CytoLabKoc
Over the moon to share that I’ve been elected as an @EMBO member! This wouldn't have been possible without my fantastic mentors and collaborators, passionate past and present team members @kocuniversity, funding from @EMBO_YIP, @ERC_Research, @Tubitak and support of my family.
EMBO @EMBO Jul 9, 2024
Outstanding scientists elected to EMBO Membership: in EMBO’s 60th anniversary year, 100 new members and 20 associate members join the community

embo.org/press-releases…
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Elif Nur Firat-Karalar @CytoLabKoc
Excited to share our new preprint on SatelliteQ! We developed an open-source Fiji–Python workflow to make quantifying centriolar satellites in microscopy images easier, more reproducible, and more accessible. We are excited to see how others will use it!
biorxiv.org/content/10.648…
www.biorxiv.org SatelliteQ: an open-source workflow for multidimensional, object-based quantification of centriolar... Centriolar satellites are membrane-less organelles that store, modify and traffic proteins, in particular those of the centrosome and the primary cilium, and their deregulation is linked to ciliopa...
Elif Nur Firat-Karalar @CytoLabKoc
Excited to share our new @JCellBiol paper! We show that centriolar satellites assemble via a hierarchical pathway driven by PCM1 multimerization , revealing how these membrane-less organelles assemble and function. Huge thanks to our amazing team, collaborators & @ERC_Research.
.@CytoLabKoc show PCM1 multimerization scaffolds centriolar satellite assembly & drives stepwise client recruitment. Disrupting this homeostasis impairs ciliary signaling & #mitosis. Key insights into how this membraneless organelle forms & remodels hubs.la/Q04l3fVz0
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