Lsm1 promotes genomic stability by controlling histone mRNA decay

Ana B Herrero; Anderson; Beelman; Bonnerot; Boulton; Bouveret; Chowdhury; Coller; Coller; Decourty; Defossez; Dunckley; Foiani; Frank-Vaillant; Fraser; Garneau; Guirouilh-Barbat; Gunjan; Gunjan; He; He; He; Herrero; Herzberg; Hutter; Kaygun; Koy; Lambert; Larimer; Lebreton; Lengronne; Libuda; Libuda; Lisby; Luke; Lycan; Marzluff; Mayes; Mazzoni; Mitchell; Mullen; Osman; Palermo; Pan; Paulsen; Petermann; Prado; Reis; Rissland; Salgado-Garrido; Sanchez; Sergio Moreno; Sherwood; Sheth; Sinclair; Singh; Sittman; Streicher; Takahashi; Tercero; Tharun; Tharun; Tharun; Tourriere; Watson; Ye

Lsm1 promotes genomic stability by controlling histone mRNA decay

Authors: Ana B Herrero
Anderson
Beelman
Bonnerot
Boulton
Bouveret
Chowdhury
Coller
Coller
Decourty
Defossez
Dunckley
Foiani
Frank-Vaillant
Fraser
Garneau
Guirouilh-Barbat
Gunjan
Gunjan
He
He
He
Herrero
Herzberg
Hutter
Kaygun
Koy
Lambert
Larimer
Lebreton
Lengronne
Libuda
Libuda
Lisby
Luke
Lycan
Marzluff
Mayes
Mazzoni
Mitchell
Mullen
Osman
Palermo
Pan
Paulsen
Petermann
Prado
Reis
Rissland
Salgado-Garrido
Sanchez
Sergio Moreno
Sherwood
Sheth
Sinclair
Singh
Sittman
Streicher
Takahashi
Tercero
Tharun
Tharun
Tharun
Tourriere
Watson
Ye
Publication date: 26 November 2012
Publisher: Nature Publishing Group
Doi

Abstract

Herrero and Moreno report the surprising identification of Lsm1, a subunit of cytoplasmic mRNA degradation complexes, in a yeast screen for DNA damage sensitivity. Lsm1 regulates mRNAs and expression levels of histones, thereby affecting genomic stability

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