QuickView for Zuo1;jsessionid=2BBF485A40849C9ABC4DC662B1860C4B;jsessionid=2B06510FDF0B850A877874C3E72FD82F;jsessionid=B38D70C451D6B3ECB2A3DE468E8238AB;jsessionid=5A195801A58E4FF45C43A4DC363FF95F;jsessionid=0469392D6D2E2F7546C535D0F0E7E147;jsessionid=12D035C24921A30922582D6731415499;jsessionid=473FAB50014B47599EEB9DDBFB104930;jsessionid=1E3DA003F2FA887F5B5EA8A64CAF6C76;jsessionid=54678D52DA4D837E9E67BB258329A34B;jsessionid=ABBA1CF0AFBA672D875DE8B86DE2883A;jsessionid=7070198EE42BBB42F4C0F65DD9CF5960;jsessionid=F64A5B8948489F0B49068CEE0A81211F;jsessionid=9D8825C7C50CDAAE134BE59F75002C3A;jsessionid=C118BEF4382AAB5EA2D55662988738BC;jsessionid=DD0FDCA5A0811A272129816562E8EE80;jsessionid=2F8254519952E20314088DC56AA466AE (gene)

1. Zuo1, a ribosome-associated J protein, is involved in glucose repression in Saccharomyces cerevisiae…
2. The ribosome-associated chaperone Zuo1 controls translation upon TORC1 inhibition.
3. Zuo1 supports G4 structure formation and directs repair toward nucleotide excision repair.
4. Structure and evolution of the 4-helix bundle domain of Zuotin, a J-domain protein co-chaperone of H…
5. ZRF1 is a novel S6 kinase substrate that drives the senescence programme.

There were no clinical trials for Zuo1;jsessionid=2BBF485A40849C9ABC4DC662B1860C4B;jsessionid=2B06510FDF0B850A877874C3E72FD82F;jsessionid=B38D70C451D6B3ECB2A3DE468E8238AB;jsessionid=5A195801A58E4FF45C43A4DC363FF95F;jsessionid=0469392D6D2E2F7546C535D0F0E7E147;jsessionid=12D035C24921A30922582D6731415499;jsessionid=473FAB50014B47599EEB9DDBFB104930;jsessionid=1E3DA003F2FA887F5B5EA8A64CAF6C76;jsessionid=54678D52DA4D837E9E67BB258329A34B;jsessionid=ABBA1CF0AFBA672D875DE8B86DE2883A;jsessionid=7070198EE42BBB42F4C0F65DD9CF5960;jsessionid=F64A5B8948489F0B49068CEE0A81211F;jsessionid=9D8825C7C50CDAAE134BE59F75002C3A;jsessionid=C118BEF4382AAB5EA2D55662988738BC;jsessionid=DD0FDCA5A0811A272129816562E8EE80;jsessionid=2F8254519952E20314088DC56AA466AE