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Centrosomes and Cilia 2024

This collection highlights recent discoveries about the nanoscale organization of centrosomes and cilia and how these organelles contribute to cell differentiation, division, morphogenesis, and motility. These articles advance our understanding of centrosome positioning, spindle nucleation and symmetry, regulation of cilia assembly, and an unprecedented view of flagellar beating. JCB is proud to serve as a leading outlet for cutting edge findings on the dynamic organization of these fascinating molecular machines as well as their roles in directing cell fates.

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Image ©2023 Sullenberger et al.

Special Collection Image
Carolyn M. Ott; Sandii Constable; Tri M. Nguyen; Kevin White; Wei-Chung Allen Lee; Jennifer Lippincott-Schwartz; Saikat Mukhopadhyay
Alexandre Thomas; Patrick Meraldi
Rebecca Tam; Tony J.C. Harris
Sophie Gray; Cecile Fort; Richard John Wheeler
Kaiden M. Power; Ken C. Nguyen; Andriele Silva; Shaneen Singh; David H. Hall; Christopher Rongo; Maureen M. Barr
Matthew R. Hannaford; Nasser M. Rusan
Manolo U. Rios; Małgorzata A. Bagnucka; Bryan D. Ryder; Beatriz Ferreira Gomes; Nicole E. Familiari; Kan Yaguchi; Matthew Amato; Weronika E. Stachera; Łukasz A. Joachimiak; Jeffrey B. Woodruff
Sungjin Ryu; Donghee Ko; Byungho Shin; Kunsoo Rhee
Catherine Sullenberger; Dong Kong; Pegah Avazpour; Delgermaa Luvsanjav; Jadranka Loncarek
Zihan Zhu; Isabelle Becam; Corinne A. Tovey; Abir Elfarkouchi; Eugenie C. Yen; Fred Bernard; Antoine Guichet; Paul T. Conduit
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