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1. Mitra, S; Boldogh, I; Izumi, T; Hazra, TK
   Complexities of the DNA base excision repair pathway for repair of oxidative DNA damage
   ENVIRONMENTAL AND MOLECULAR MUTAGENESIS
   
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2. Kannouche, P; Broughton, BC; Volker, M; Hanaoka, F; Mullenders, LHF; Lehmann, AR
   Domain structure, localization, and function of DNA polymerase eta, defective in xeroderma pigmentosum variant cells
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3. Yang, HJ; Clendenin, WM; Wong, D; Demple, B; Slupska, MM; Chiang, JH; Miller, JH
   Enhanced activity of adenine-DNA glycosylase (Myh) by apurinic/apyrimidinic endonuclease (Ape1) in mammalian base excision repair of an A/GO mismatch
   NUCLEIC ACIDS RESEARCH
   
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4. Mass, G; Nethanel, T; Lavrik, OI; Wold, MS; Kaufmann, G
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5. Prost, S; Sheahan, S; Rannie, D; Harrison, DJ
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6. Caldecott, KW
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7. Nilsen, H; Krokan, HE
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8. Matsumoto, Y
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9. Parker, A; Gu, YS; Mahoney, W; Lee, SH; Singh, KK; Lu, AL
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10. Bennett, SE; Sung, JS; Mosbaugh, DW
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11. Frank, G; Qiu, JH; Zheng, L; Shen, BH
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12. Dianova, II; Bohr, VA; Dianov, GL
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13. Xu, H; Zhang, P; Liu, L; Lee, HYWT
    A novel PCNA-binding motif identified by the fanning of a random peptide display library
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14. Canitrot, Y; Hoffmann, JS; Calsou, P; Hayakawa, H; Salles, B; Cazaux, C
    Nucleotide excision repair DNA synthesis by excess DNA polymerase beta: a potential source of genetic instability in cancer cells
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15. Izumi, T; Hazra, TK; Boldogh, I; Tomkinson, AE; Park, MS; Ikeda, S; Mitra, S
    Requirement for human AP endonuclease 1 for repair of 3 '-blocking damage at DNA single-strand breaks induced by reactive oxygen species
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16. Fujise, K; Zhang, D; Liu, JL; Yeh, ETH
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17. Vispe, S; Satoh, MS
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18. Kang, HY; Choi, E; Bae, SH; Lee, KH; Gim, BS; Kim, HD; Park, C; MacNeill, SA; Seo, YS
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19. Gennery, AR; Cant, AJ; Jeggo, PA
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20. Haltiwanger, BM; Matsumoto, Y; Nicolas, E; Dianov, GL; Bohr, VA; Taraschi, TF
    DNA base excision repair in human malaria parasites is predominantly by a long-patch pathway
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21. Rossi, R; Villa, A; Negri, C; Scovassi, I; Ciarrocchi, G; Biamonti, G; Montecucco, A
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22. Wu, XH; Braithwaite, E; Wang, ZG
    DNA ligation during excision repair in yeast cell-free extracts is specifically catalyzed by the CDC9 gene product
    BIOCHEMISTRY
    
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23. Selbert, S; Bentley, DJ; Melton, DW; Rannie, D; Lourenco, P; Watson, CJ; Clarke, AR
    Efficient BLG-Cre mediated gene deletion in the mammary gland
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24. STUCKI M; PASCUCCI B; PARLANTI E; FORTINI P; WILSON SH; HUBSCHER U; DOGLIOTTI E
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25. HU Y; SU L; SNOW ET
    ARSENIC TOXICITY IS ENZYME SPECIFIC AND ITS AFFECTS ON LIGATION ARE NOT CAUSED BY THE DIRECT INHIBITION OF DNA-REPAIR ENZYMES
    Mutation research. DNA repair
    
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26. CARDOSO MC; LEONHARDT H
    PROTEIN TARGETING TO SUBNUCLEAR HIGHER-ORDER STRUCTURES - A NEW LEVELOF REGULATION AND COORDINATION OF NUCLEAR PROCESSES
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27. Leonhardt, H; Rahn, HP; Cardoso, MC
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28. KARIMIBUSHERI F; LEE J; TOMKINSON AE; WEINFELD M
    REPAIR OF DNA STRAND GAPS AND NICKS CONTAINING 3'-PHOSPHATE AND 5'-HYDROXYL TERMINI BY PURIFIED MAMMALIAN ENZYMES
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29. WARBRICK E; HEATHERINGTON W; LANE DP; GLOVER DN
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30. MONTECUCCO A; ROSSI R; LEVIN DS; GARY R; PARK MS; MOTYCKA TA; CIARROCCHI G; VILLA A; BIAMONTI G; TOMKINSON AE
    DNA-LIGASE-I IS RECRUITED TO SITES OF DNA-REPLICATION BY AN INTERACTION WITH PROLIFERATING CELL NUCLEAR ANTIGEN - IDENTIFICATION OF A COMMON TARGETING MECHANISM FOR THE ASSEMBLY OF REPLICATION FACTORIES
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31. NICOLAS N; MOSHOUS D; CAVAZZANACALVO M; PAPADOPOULO D; DECHASSEVAL RG; LEDEIST F; FISCHER A; DEVILLARTAY JP
    A HUMAN SEVERE COMBINED IMMUNODEFICIENCY (SCID) CONDITION WITH INCREASED SENSITIVITY TO IONIZING-RADIATIONS AND IMPAIRED V(D)J REARRANGEMENTS DEFINES A NEW DNA RECOMBINATION REPAIR DEFICIENCY/
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32. PRASAD R; BEARD WA; STRAUSS PR; WILSON SH
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33. FORTINI P; PASCUCCI B; PARLANTI E; SOBOL RW; WILSON SH; DOGLIOTTI E
    DIFFERENT DNA-POLYMERASES ARE INVOLVED IN THE SHORT-PATCH AND LONG-PATCH BASE EXCISION-REPAIR IN MAMMALIAN-CELLS
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34. LYNN S; YEW FH; CHEN KS; JAN KY
    REACTIVE OXYGEN SPECIES ARE INVOLVED IN NICKEL INHIBITION OF DNA-REPAIR
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35. SNOW ET
    THE ROLE OF DNA-REPAIR IN DEVELOPMENT
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36. SAHN EE; HUSSEY RH; CHRISTMANN LM
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37. MELTON DW; KETCHEN AM; SELFRIDGE J
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38. AOUFOUCHI S; SHALL S
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39. RAMSDEN DA; PAULL TT; GELLERT M
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40. RUMBAUGH JA; MURANTE RS; SHI S; BAMBARA RA
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41. AOUFOUCHI S; PATRICK T; LINDSAY HD; SHALL S; FORD CC
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42. DANDEKAR T; KOCH G
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43. WEST MJ; SULLIVAN NF; WILLIS AE
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44. PETRINI JHJ; WALSH ME; DIMARE C; CHEN XN; KORENBERG JR; WEAVER DT
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45. MONTECUCCO A; SAVINI E; WEIGHARDT F; ROSSI R; CIARROCCHI G; VILLA A; BIAMONTI G
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46. ARBISER JL
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47. ABOUSSEKHRA A; BIGGERSTAFF M; SHIVJI MKK; VILPO JA; MONCOLLIN V; PODUST VN; PROTIC M; HUBSCHER U; EGLY JM; WOOD RD
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48. NOCENTINI S
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49. AOUFOUCHI S; PRIGENT C; FORD C; THIEBAUD P; PHILIPPE M; THEZE N
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50. LI L; YOO HY; BECKER FF; ALIOSMAN F; CHAN JYH
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51. WEKSBERG R
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52. OZAWA T; KONDO N; KATO Y; MOTOYOSHI F; SUZUKI Y; SHIMOZAWA N; KASAHARA K; ORII T
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53. KUSUNOKI Y; HAYASHI T; HIRAI Y; KUSHIRO J; TATSUMI K; KURIHARA T; ZGHAL M; KAMOUN MR; TAKEBE H; JEFFREYS A; NAKAMURA N; AKIYAMA M
    INCREASED RATE OF SPONTANEOUS MITOTIC RECOMBINATION IN T-LYMPHOCYTES FROM A BLOOMS SYNDROME PATIENT USING A FLOW-CYTOMETRIC ASSAY AT HLA-A LOCUS
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54. HELLGREN D; SAHLEN S; LJUNGQVIST S; KENNE K
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55. HUBSCHER U; SPADARI S
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56. GERMAN J; ROE AM; LEPPERT MF; ELLIS NA
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57. RUNGER TM; BAUER C; DEKANT B; MOLLER K; SOBOTTA P; CZERNY C; POOT M; MARTIN GM
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58. WAGA S; BAUER G; STILLMAN B
    RECONSTITUTION OF COMPLETE SV40 DNA-REPLICATION WITH PURIFIED REPLICATION FACTORS
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59. TAYLOR AMR; MCCONVILLE CM; BYRD PJ
    CANCER AND DNA PROCESSING DISORDERS
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