2016
DOI: 10.1111/mmi.13441
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Functional compartmentalization of Rad9 and Hus1 reveals diverse assembly of the 9‐1‐1 complex components during the DNA damage response in Leishmania

Abstract: SummaryThe Rad9‐Rad1‐Hus1 (9‐1‐1) complex is a key component in the coordination of DNA damage sensing, cell cycle progression and DNA repair pathways in eukaryotic cells. This PCNA‐related trimer is loaded onto RPA‐coated single stranded DNA and interacts with ATR kinase to mediate effective checkpoint signaling to halt the cell cycle and to promote DNA repair. Beyond these core activities, mounting evidence suggests that a broader range of functions can be provided by 9‐1‐1 structural diversification. The pr… Show more

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Cited by 29 publications
(53 citation statements)
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“…Furthermore, we show that telomere-proximal replication activity, unlike replication from the core sites, is sensitive to replication stress and depends on RAD9 and HUS1, which are subunits of 9-1-1 complex that acts in the replication stress response pathway (39)(40)(41). Thus, we reveal that two potentially distinct forms of DNA synthesis make up the genome replication programme of L. major, with single putative origins in each chromosome active in S-phase supplemented by subtelomeric DNA synthesis activity outside S-phase.…”
Section: Introductionmentioning
confidence: 94%
“…Furthermore, we show that telomere-proximal replication activity, unlike replication from the core sites, is sensitive to replication stress and depends on RAD9 and HUS1, which are subunits of 9-1-1 complex that acts in the replication stress response pathway (39)(40)(41). Thus, we reveal that two potentially distinct forms of DNA synthesis make up the genome replication programme of L. major, with single putative origins in each chromosome active in S-phase supplemented by subtelomeric DNA synthesis activity outside S-phase.…”
Section: Introductionmentioning
confidence: 94%
“…No entanto, apesar das características conservadas de funcionalidade do complexo 9-1-1 de Leishmania com complexo dos eucariotos superiores, nós encontramos que este complexo na Leishmania apresenta uma divergência significativa como observado no modelamento estrutural de suas subunidades, na qual a estrutura terciária predita da região carboxi-terminal de Rad9 e Rad1 é notavelmente diferente da estrutura cristalográfica para os homólogos de outros eucariotos (Damasceno, Obonaga et al 2016). …”
Section: Detecção E Sinalização De Dsbs Por Atmunclassified
“…Nós observamos que níveis diminuídos de Rad9 ou Hus1 não só afetam a proliferação, mas também interferem na progressão do ciclo celular, resposta a diferentes tipos de estresse de replicação, drogas que induzem DSB, homeostase dos telomeros e nível de dano no DNA detectado pela histona fosforilada H2A (Damasceno, Nunes et al 2013, Damasceno, Obonaga et al 2016. Curiosamente, as deficiências destas proteínas levaram a fenótipos diferentes e opostos, sugerindo que estas proteínas são requeridas para o apropriado reparo da DSB e que estas subunidades diferem consideravelmente nas suas funções, além da formação do complexo canônico na Leishmania.…”
Section: Detecção E Sinalização De Dsbs Por Atmunclassified
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