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000614227 1001_ $$aRomeiro Motta, Mariana$$b0
000614227 245__ $$aThe cell cycle controls spindle architecture in Arabidopsis by activating the augmin pathway
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000614227 520__ $$aTo ensure an even segregation of chromosomes during somatic cell division, eukaryotes rely on mitotic spin-dles. Here, we measured prime characteristics of the Arabidopsis mitotic spindle and built a three-dimen-sional dynamic model using Cytosim. We identified the cell-cycle regulator CYCLIN-DEPENDENT KINASEB1 (CDKB1) together with its cyclin partner CYCB3;1 as key regulators of spindle morphology in Arabidopsis.We found that the augmin component ENDOSPERM DEFECTIVE1 (EDE1) is a substrate of the CDKB1;1-CYCB3;1 complex. A non-phosphorylatable mutant rescue of ede1 resembled the spindle phenotypesof cycb3;1 and cdkb1 mutants and the protein associated less efficiently with spindle microtubules. Accord-ingly, reducing the level of augmin in simulations recapitulated the phenotypes observed in the mutants. Ourfindings emphasize the importance of cell-cycle-dependent phospho-control of the mitotic spindle in plantcells and support the validity of our model as a framework for the exploration of mechanisms controllingthe organization of the eukaryotic spindle.
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000614227 7001_ $$aNédélec, François$$b1
000614227 7001_ $$aSaville, Helen$$b2
000614227 7001_ $$aWoelken, Elke$$b3
000614227 7001_ $$aJacquerie, Claire$$b4
000614227 7001_ $$aPastuglia, Martine$$b5
000614227 7001_ $$aStolze, Sara Christina$$b6
000614227 7001_ $$aVan De Slijke, Eveline$$b7
000614227 7001_ $$aBöttger, Lev$$b8
000614227 7001_ $$aBelcram, Katia$$b9
000614227 7001_ $$aNakagami, Hirofumi$$b10
000614227 7001_ $$aDe Jaeger, Geert$$b11
000614227 7001_ $$aBouchez, David$$b12
000614227 7001_ $$0P:(DE-HGF)0$$aSchnittger, Arp$$b13$$eCorresponding author
000614227 77318 $$2Crossref$$3journal-article$$a10.1016/j.devcel.2024.08.001$$bElsevier BV$$d2024-11-01$$n22$$p2947-2961.e9$$tDevelopmental Cell$$v59$$x1534-5807$$y2024
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