Microtubule-independent movement of the fission yeast nucleus
S. Ashraf, D. A. Kelly, K. E. Sawin
This study identifies a microtubule-independent mechanism for nuclear movement in fission yeast, showing it depends on actin cables and VAP proteins.
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3 papers
Recent·Most cited
S. Ashraf, D. A. Kelly, K. E. Sawin
This study identifies a microtubule-independent mechanism for nuclear movement in fission yeast, showing it depends on actin cables and VAP proteins.
H. C. Thakur, E. M. Lynch, W. E. Borek…·K. E. Sawin
The paper investigates the structure and organization of the Mto1/2 complex, revealing its multimeric architecture and the role of specific domains in dimerization.
Y. D. Tay, M. Leda, A. B. Goryachev, K. E. Sawin
This study shows that microtubules and the Tea1/Tea4/Pom1 axis coordinate local and global Cdc42 GEFs in fission yeast to maintain polarized growth.