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Results: 1-12 |
Results: 12
ATP-DEPENDENT ASSEMBLY OF A TERNARY COMPLEX CONSISTING OF A DNA MISMATCH AND THE YEAST MSH2-MSH6 AND MLH1-PMS1 PROTEIN COMPLEXES
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., ATP-DEPENDENT ASSEMBLY OF A TERNARY COMPLEX CONSISTING OF A DNA MISMATCH AND THE YEAST MSH2-MSH6 AND MLH1-PMS1 PROTEIN COMPLEXES, The Journal of biological chemistry, 273(16), 1998, pp. 9837-9841
ENHANCEMENT OF MSH2-MSH3-MEDIATED MISMATCH RECOGNITION BY THE YEAST MLH1-PMS1 COMPLEX
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., ENHANCEMENT OF MSH2-MSH3-MEDIATED MISMATCH RECOGNITION BY THE YEAST MLH1-PMS1 COMPLEX, Current biology, 7(10), 1997, pp. 790-793
BINDING OF INSERTION DELETION DNA MISMATCHES BY THE HETERODIMER OF YEAST MISMATCH REPAIR PROTEINS MSH2 AND MSH3/
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., BINDING OF INSERTION DELETION DNA MISMATCHES BY THE HETERODIMER OF YEAST MISMATCH REPAIR PROTEINS MSH2 AND MSH3/, Current biology, 6(9), 1996, pp. 1185-1187
TRANSCRIPTION FACTOR TFIIH AND DNA ENDONUCLEASE RAD2 CONSTITUTE YEASTNUCLEOTIDE EXCISION-REPAIR FACTOR-3 - IMPLICATIONS FOR NUCLEOTIDE EXCISION-REPAIR AND COCKAYNE-SYNDROME
Authors: HABRAKEN Y SUNG P PRAKASH S PRAKASH L
Citation: Y. Habraken et al., TRANSCRIPTION FACTOR TFIIH AND DNA ENDONUCLEASE RAD2 CONSTITUTE YEASTNUCLEOTIDE EXCISION-REPAIR FACTOR-3 - IMPLICATIONS FOR NUCLEOTIDE EXCISION-REPAIR AND COCKAYNE-SYNDROME, Proceedings of the National Academy of Sciences of the United Statesof America, 93(20), 1996, pp. 10718-10722
EVIDENCE FOR INVOLVEMENT OF YEAST PROLIFERATING CELL NUCLEAR ANTIGEN IN DNA MISMATCH REPAIR
Authors: JOHNSON RE KOVVALI GK GUZDER SN AMIN NS HOLM C HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Re. Johnson et al., EVIDENCE FOR INVOLVEMENT OF YEAST PROLIFERATING CELL NUCLEAR ANTIGEN IN DNA MISMATCH REPAIR, The Journal of biological chemistry, 271(45), 1996, pp. 27987-27990
RAD26, THE YEAST HOMOLOG OF HUMAN COCKAYNES-SYNDROME GROUP-B GENE, ENCODES A DNA-DEPENDENT ATPASE
Authors: GUZDER SN HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Sn. Guzder et al., RAD26, THE YEAST HOMOLOG OF HUMAN COCKAYNES-SYNDROME GROUP-B GENE, ENCODES A DNA-DEPENDENT ATPASE, The Journal of biological chemistry, 271(31), 1996, pp. 18314-18317
STRUCTURE-SPECIFIC NUCLEASE ACTIVITY IN YEAST NUCLEOTIDE EXCISION-REPAIR PROTEIN RAD2
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., STRUCTURE-SPECIFIC NUCLEASE ACTIVITY IN YEAST NUCLEOTIDE EXCISION-REPAIR PROTEIN RAD2, The Journal of biological chemistry, 270(50), 1995, pp. 30194-30198
RECONSTITUTION OF YEAST NUCLEOTIDE EXCISION-REPAIR WITH PURIFIED RAD PROTEINS, REPLICATION PROTEIN-A, AND TRANSCRIPTION FACTOR TFIIH
Authors: GUZDER SN HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Sn. Guzder et al., RECONSTITUTION OF YEAST NUCLEOTIDE EXCISION-REPAIR WITH PURIFIED RAD PROTEINS, REPLICATION PROTEIN-A, AND TRANSCRIPTION FACTOR TFIIH, The Journal of biological chemistry, 270(22), 1995, pp. 12973-12976
HUMAN XERODERMA-PIGMENTOSUM GROUP-G GENE ENCODES A DNA ENDONUCLEASE
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., HUMAN XERODERMA-PIGMENTOSUM GROUP-G GENE ENCODES A DNA ENDONUCLEASE, Nucleic acids research, 22(16), 1994, pp. 3312-3316
HOLIDAY JUNCTION CLEAVAGE BY YEAST RAD1 PROTEIN
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., HOLIDAY JUNCTION CLEAVAGE BY YEAST RAD1 PROTEIN, Nature, 371(6497), 1994, pp. 531-534
A CONSERVED 5' TO 3' EXONUCLEASE ACTIVITY IN THE YEAST AND HUMAN NUCLEOTIDE EXCISION-REPAIR PROTEINS RAD2 AND XPG
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., A CONSERVED 5' TO 3' EXONUCLEASE ACTIVITY IN THE YEAST AND HUMAN NUCLEOTIDE EXCISION-REPAIR PROTEINS RAD2 AND XPG, The Journal of biological chemistry, 269(50), 1994, pp. 31342-31345
YEAST EXCISION-REPAIR GENE RAD2 ENCODES A SINGLE-STRANDED-DNA ENDONUCLEASE
Authors: HABRAKEN Y SUNG P PRAKASH L PRAKASH S
Citation: Y. Habraken et al., YEAST EXCISION-REPAIR GENE RAD2 ENCODES A SINGLE-STRANDED-DNA ENDONUCLEASE, Nature, 366(6453), 1993, pp. 365-368
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