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Nse1-dependent recruitment of Smc5/6 to lesion-containing loci contributes to the repair defects of mutant complexes

Authors
  1. Akamatsu Y
  2. Ampatzidou E
  3. Andrews EA
  4. Aono N
  5. Birkenbihl RP
  6. Birkenbihl RP
  7. Branzei D
  8. Broomfield S
  9. Callegari AJ
  10. Callegari AJ
  11. Callegari AJ
  12. Calonge TM
  13. Calonge TM
  14. Chavez A
  15. Chen YH
  16. Claudia Tapia-Alveal
  17. Daigaku Y
  18. Deshpande AM
  19. Doe CL
  20. Doyle JM
  21. Duan X
  22. Duan X
  23. Forsburg S
  24. Fujioka Y
  25. Germe T
  26. Harvey SH
  27. Hirano T
  28. Huang J
  29. Irmisch A
  30. Kai M
  31. Karras GI
  32. Keeney JB
  33. Kegel A
  34. Kunkel TA
  35. Lee KM
  36. Lee KY
  37. Lehmann AR
  38. Lindroos HB
  39. Marti TM
  40. Matthew J. O'Connell
  41. McDonald WH
  42. Memisoglu A
  43. Moreno S
  44. Morishita T
  45. Morishita T
  46. Murray JM
  47. Orna Cohen-Fix
  48. Osman F
  49. Outwin EA
  50. Palecek J
  51. Pebernard S
  52. Pebernard S
  53. Potts PR
  54. Potts PR
  55. Rubio ED
  56. Sergeant J
  57. Sheedy DM
  58. Strom L
  59. Sugimoto T
  60. Sun W
  61. Szilard RK
  62. Szuts D
  63. Tapia-Alveal C
  64. Tatebayashi K
  65. Unal E
  66. Vanoli F
  67. Verkade HM
  68. Wang SW
  69. Wendt KS
  70. Williams JS
  71. Zaratiegui M
Publication date
Publisher
The American Society for Cell Biology
Doi
    View on PubMed

    Abstract

    The Smc5/6 complex is widely believed to be required for homologous recombination. It is shown that repair defects of Smc5/6 mutants are due to the Nse1-dependent recruitment of dysfunctional complexes to lesions

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      Last time updated on 02/01/2020

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