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Título

Nucleoporins Prevent DNA Damage Accumulation by Modulating Ulp1-dependent Sumoylation Processes

AutorPalancade, Benoit; Xianpeng, Liu; García-Rubio, María L. ; Aguilera, Andrés ; Xiaolan, Zhao; Doye, Valérie
Palabras claveNuclear Pore Complexes (NPCs)
Nuclear metabolism
DNA repair
Sumoylation processes
Fecha de publicaciónago-2007
EditorAmerican Society for Cell Biology
CitaciónMolecular Biology of the Cell, 18(8): 2912–2923 (2007).
ResumenIncreasing evidences suggest that nuclear pore complexes (NPCs) control different aspects of nuclear metabolism, including transcription, nuclear organization, and DNA repair. We previously established that the Nup84 complex, a major NPC building block, is part of a genetic network involved in DNA repair. Here, we show that double-strand break (DSB) appearance is linked to a shared function of the Nup84 and the Nup60/Mlp1–2 complexes. Mutants within these complexes exhibit similar genetic interactions and alteration in DNA repair processes as mutants of the SUMO-protease Ulp1. Consistently, these nucleoporins are required for maintenance of proper Ulp1 levels at NPCs and for the establishment of the appropriate sumoylation of several cellular proteins, including the DNA repair factor Yku70. Moreover, restoration of nuclear envelope-associated Ulp1 in nucleoporin mutants reestablishes proper sumoylation patterns and suppresses DSB accumulation and genetic interactions with DNA repair genes. Our results thus provide a molecular mechanism that underlies the connection between NPC and genome stability.
Descripción12 páginas, 6 figuras, 1 tabla.
Versión del editorhttp://dx.doi.org/10.1091/mbc
URIhttp://hdl.handle.net/10261/4080
DOI10.1091/mbc.E07-02-0123
ISSN1059-1524
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