The accumulation of Klp2, Alp7 and Ase1 to early mitotic spindles is reduced in <i>ppe1</i>∆ and <i>elp3</i>∆ cells.

The accumulation of Klp2, Alp7 and Ase1 to early mitotic spindles is reduced in <i>ppe1</i>∆ and <i>elp3</i>∆ cells.

<p>A: Time lapse images of wild type, <i><i>ppe1</i></i>∆ and <i><i>elp3</i></i>∆ cells, expressing Klp2-neonGreen and mCherry-Atb2 incubated at 25°C. Maximum intensity projections of confocal images are shown. The upper series shows the magenta...

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Bibliographic Details
Main Author:	Laura Marín (299630) (author)
Other Authors:	Jorge Castro-Sangrador (22386447) (author), Marta Hoya (142030) (author), Shara Tello (22386450) (author), Pedro M. Coll (22386453) (author), Javier Encinar del Dedo (22386456) (author), Alfonso Fernández-Álvarez (180230) (author), Juan C. Ribas (7035260) (author), Phong T. Tran (22386459) (author), Sergio A. Rincon (22386462) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Cell Biology Genetics Sociology Developmental Biology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified mts ), named find additional players efficient trna modification bipolar machinery based mt stabilizer alp7 mt bundler ase1 direct mt polymerization directed kinesin klp2 suppressor screen using mitotic spindle follows although kinesin 5 force balance mechanism dependent spindle assembly div >< p mitotic spindle kinesin 5 force balance mt regulators screen identified well recognized target activated sister chromatids proper capture minus end many proteins lesser extent inactivation results functional spindles elongator contribute defective translation data show cut7 </ conditional allele also contributes
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