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Results: 1-25 | 26-39
Results: 1-25/39
UNVEILING 2 DISTINCT RIBONUCLEASE-ACTIVITIES AND A TOPOISOMERASE ACTIVITY IN A SITE-SPECIFIC DNA RECOMBINASE
Authors: XU CJ GRAINGE I LEE J HARSHEY RM JAYARAM M
Citation: Cj. Xu et al., UNVEILING 2 DISTINCT RIBONUCLEASE-ACTIVITIES AND A TOPOISOMERASE ACTIVITY IN A SITE-SPECIFIC DNA RECOMBINASE, MOLECULAR CELL, 1(5), 1998, pp. 729-739
STRUCTURAL ALTERATIONS AND CONFORMATIONAL DYNAMICS IN HOLLIDAY JUNCTIONS INDUCED BY BINDING OF A SITE-SPECIFIC RECOMBINASE
Authors: LEE J VOZIYANOV Y PATHANIA S JAYARAM M
Citation: J. Lee et al., STRUCTURAL ALTERATIONS AND CONFORMATIONAL DYNAMICS IN HOLLIDAY JUNCTIONS INDUCED BY BINDING OF A SITE-SPECIFIC RECOMBINASE, MOLECULAR CELL, 1(4), 1998, pp. 483-493
THE 2-MU-M PLASMID STABILITY SYSTEM - ANALYSES OF THE INTERACTIONS AMONG PLASMID-ENCODED AND HOST-ENCODED COMPONENTS
Authors: VELMURUGAN S AHN YT YANG XM WU XL JAYARAM M
Citation: S. Velmurugan et al., THE 2-MU-M PLASMID STABILITY SYSTEM - ANALYSES OF THE INTERACTIONS AMONG PLASMID-ENCODED AND HOST-ENCODED COMPONENTS, Molecular and cellular biology (Print), 18(12), 1998, pp. 7466-7477
MUTATIONAL ANALYSIS OF DOMAIN II-BETA OF BACTERIOPHAGE-MU TRANSPOSASE- DOMAINS II-ALPHA AND II-BETA BELONG TO DIFFERENT CATALYTIC COMPLEMENTATION GROUPS
Authors: NAMGOONG SY KIM K SAXENA P YANG JY JAYARAM M GIEDROC DP HARSHEY RM
Citation: Sy. Namgoong et al., MUTATIONAL ANALYSIS OF DOMAIN II-BETA OF BACTERIOPHAGE-MU TRANSPOSASE- DOMAINS II-ALPHA AND II-BETA BELONG TO DIFFERENT CATALYTIC COMPLEMENTATION GROUPS, Journal of Molecular Biology, 275(2), 1998, pp. 221-232
FLP RIBONUCLEASE-ACTIVITIES - MECHANISTIC SIMILARITIES AND CONTRASTS TO SITE-SPECIFIC DNA RECOMBINATION
Authors: XU CJ AHN YT PATHANIA S JAYARAM M
Citation: Cj. Xu et al., FLP RIBONUCLEASE-ACTIVITIES - MECHANISTIC SIMILARITIES AND CONTRASTS TO SITE-SPECIFIC DNA RECOMBINATION, The Journal of biological chemistry, 273(46), 1998, pp. 30591-30598
ALCOHOLYSIS AND STRAND JOINING BY THE FLP SITE-SPECIFIC RECOMBINASE -MECHANISTICALLY EQUIVALENT REACTIONS MEDIATED BY DISTINCT CATALYTIC CONFIGURATIONS
Authors: KNUDSEN BR LEE J LISBY M WESTERGAARD O JAYARAM M
Citation: Br. Knudsen et al., ALCOHOLYSIS AND STRAND JOINING BY THE FLP SITE-SPECIFIC RECOMBINASE -MECHANISTICALLY EQUIVALENT REACTIONS MEDIATED BY DISTINCT CATALYTIC CONFIGURATIONS, The Journal of biological chemistry, 273(34), 1998, pp. 22028-22036
MECHANISM OF ACTIVE-SITE EXCLUSION IN A SITE-SPECIFIC RECOMBINASE - ROLE OF THE DNA SUBSTRATE IN CONFERRING HALF-OF-THE-SITES ACTIVITY
Authors: LEE J TONOZUKA T JAYARAM M
Citation: J. Lee et al., MECHANISM OF ACTIVE-SITE EXCLUSION IN A SITE-SPECIFIC RECOMBINASE - ROLE OF THE DNA SUBSTRATE IN CONFERRING HALF-OF-THE-SITES ACTIVITY, Genes & development, 11(22), 1997, pp. 3061-3071
A TETRAMER OF THE FLP RECOMBINASE SILENCES THE TRIMERS WITHIN IT DURING RESOLUTION OF A HOLLIDAY JUNCTION SUBSTRATE
Authors: LEE J JAYARAM M
Citation: J. Lee et M. Jayaram, A TETRAMER OF THE FLP RECOMBINASE SILENCES THE TRIMERS WITHIN IT DURING RESOLUTION OF A HOLLIDAY JUNCTION SUBSTRATE, Genes & development, 11(18), 1997, pp. 2438-2447
PROBING FLP - A NEW APPROACH TO ANALYZE THE STRUCTURE OF A DNA RECOGNIZING PROTEIN BY COMBINING THE GENETIC ALGORITHM, MUTAGENESIS AND NONCANONICAL DNA TARGET SITES
Authors: SAXENA P WHANG I VOZIYANOV Y HARKEY C ARGOS P JAYARAM M DANDEKAR T
Citation: P. Saxena et al., PROBING FLP - A NEW APPROACH TO ANALYZE THE STRUCTURE OF A DNA RECOGNIZING PROTEIN BY COMBINING THE GENETIC ALGORITHM, MUTAGENESIS AND NONCANONICAL DNA TARGET SITES, Biochimica et biophysica acta. Protein structure and molecular enzymology, 1340(2), 1997, pp. 187-204
BIOCHEMISTRY - THE CIS-TRANS PARADOX OF INTEGRASE
Authors: JAYARAM M
Citation: M. Jayaram, BIOCHEMISTRY - THE CIS-TRANS PARADOX OF INTEGRASE, Science, 276(5309), 1997, pp. 49-51
THE YEAST SITE-SPECIFIC RECOMBINASE FLP MEDIATES ALCOHOLYSIS AND HYDROLYSIS OF THE STRAND CLEAVAGE PRODUCT - MIMICKING THE STRAND-JOINING REACTION WITH NON-DNA NUCLEOPHILES
Authors: KNUDSEN BR DAHLSTROM K WESTERGAARD O JAYARAM M
Citation: Br. Knudsen et al., THE YEAST SITE-SPECIFIC RECOMBINASE FLP MEDIATES ALCOHOLYSIS AND HYDROLYSIS OF THE STRAND CLEAVAGE PRODUCT - MIMICKING THE STRAND-JOINING REACTION WITH NON-DNA NUCLEOPHILES, Journal of Molecular Biology, 266(1), 1997, pp. 93-107
THE 2-MU-M-PLASMID-ENCODED REP1 AND REP2 PROTEINS INTERACT WITH EACH OTHER AND COLOCALIZE TO THE SACCHAROMYCES-CEREVISIAE NUCLEUS
Authors: AHN YT WU XL BISWAL S VELMURUGAN S VOLKERT FC JAYARAM M
Citation: Yt. Ahn et al., THE 2-MU-M-PLASMID-ENCODED REP1 AND REP2 PROTEINS INTERACT WITH EACH OTHER AND COLOCALIZE TO THE SACCHAROMYCES-CEREVISIAE NUCLEUS, Journal of bacteriology, 179(23), 1997, pp. 7497-7506
POSITIONAL INFORMATION WITHIN THE MU-TRANSPOSASE TETRAMER - CATALYTICCONTRIBUTIONS OF INDIVIDUAL MONOMERS
Authors: YANG JY JAYARAM M HARSHEY RM
Citation: Jy. Yang et al., POSITIONAL INFORMATION WITHIN THE MU-TRANSPOSASE TETRAMER - CATALYTICCONTRIBUTIONS OF INDIVIDUAL MONOMERS, Cell, 85(3), 1996, pp. 447-455
ASSEMBLY AND ORIENTATION OF FLP RECOMBINASE-ACTIVE SITES ON 2-ARMED, 3-ARMED AND 4-ARMED DNA SUBSTRATES - IMPLICATIONS FOR A RECOMBINATION MECHANISM
Authors: LEE J WHANG I JAYARAM M
Citation: J. Lee et al., ASSEMBLY AND ORIENTATION OF FLP RECOMBINASE-ACTIVE SITES ON 2-ARMED, 3-ARMED AND 4-ARMED DNA SUBSTRATES - IMPLICATIONS FOR A RECOMBINATION MECHANISM, Journal of Molecular Biology, 257(3), 1996, pp. 532-549
ANALYSES OF THE FIRST CHEMICAL STEP IN FLP SITE-SPECIFIC RECOMBINATION - SYNAPSIS MAY NOT BE A PREREQUISITE FOR STRAND CLEAVAGE
Authors: VOZIYANOV Y LEE J WHANG I LEE J JAYARAM M
Citation: Y. Voziyanov et al., ANALYSES OF THE FIRST CHEMICAL STEP IN FLP SITE-SPECIFIC RECOMBINATION - SYNAPSIS MAY NOT BE A PREREQUISITE FOR STRAND CLEAVAGE, Journal of Molecular Biology, 256(4), 1996, pp. 720-735
HIGH PREVALENCE OF HELICOBACTER-PYLORI INFECTION IN SABAH, EAST MALAYSIA - A SEROEPIDEMIOLOGICAL SURVEY OF BLOOD-DONORS
Authors: GOH KL PARASAKTHI N JAYARAM M SENTHURAN P
Citation: Kl. Goh et al., HIGH PREVALENCE OF HELICOBACTER-PYLORI INFECTION IN SABAH, EAST MALAYSIA - A SEROEPIDEMIOLOGICAL SURVEY OF BLOOD-DONORS, Gastroenterology, 110(4), 1996, pp. 117-117
ENHANCER-INDEPENDENT VARIANTS OF PHAGE-MU TRANSPOSASE - ENHANCER-SPECIFIC STIMULATION OF CATALYTIC ACTIVITY BY A PARTNER TRANSPOSASE
Authors: YANG JY JAYARAM M HARSHEY RM
Citation: Jy. Yang et al., ENHANCER-INDEPENDENT VARIANTS OF PHAGE-MU TRANSPOSASE - ENHANCER-SPECIFIC STIMULATION OF CATALYTIC ACTIVITY BY A PARTNER TRANSPOSASE, Genes & development, 9(20), 1995, pp. 2545-2555
CHEMICAL PROBE AND MISSING NUCLEOSIDE ANALYSIS OF FLP RECOMBINASE BOUND TO THE RECOMBINATION TARGET SEQUENCE
Authors: KIMBALL AS KIMBALL ML JAYARAM M TULLIUS TD
Citation: As. Kimball et al., CHEMICAL PROBE AND MISSING NUCLEOSIDE ANALYSIS OF FLP RECOMBINASE BOUND TO THE RECOMBINATION TARGET SEQUENCE, Nucleic acids research, 23(15), 1995, pp. 3009-3017
DOMAIN SHARING MODEL FOR ACTIVE-SITE ASSEMBLY WITHIN THE MU-A TETRAMER DURING TRANSPOSITION - THE ENHANCER MAY SPECIFY DOMAIN CONTRIBUTIONS(VOL 14, PG 2374, 1995)
Authors: YANG JY KIM K JAYARAM M HARSHEY RM
Citation: Jy. Yang et al., DOMAIN SHARING MODEL FOR ACTIVE-SITE ASSEMBLY WITHIN THE MU-A TETRAMER DURING TRANSPOSITION - THE ENHANCER MAY SPECIFY DOMAIN CONTRIBUTIONS(VOL 14, PG 2374, 1995), EMBO journal, 14(14), 1995, pp. 3596-3596
A DOMAIN SHARING MODEL FOR ACTIVE-SITE ASSEMBLY WITHIN THE MU-A TETRAMER DURING TRANSPOSITION - THE ENHANCER MAY SPECIFY DOMAIN CONTRIBUTIONS
Authors: YANG JY KIM K JAYARAM M HARSHEY RM
Citation: Jy. Yang et al., A DOMAIN SHARING MODEL FOR ACTIVE-SITE ASSEMBLY WITHIN THE MU-A TETRAMER DURING TRANSPOSITION - THE ENHANCER MAY SPECIFY DOMAIN CONTRIBUTIONS, EMBO journal, 14(10), 1995, pp. 2374-2384
RETURN TO SOBRIETY AFTER THE CATALYTIC PARTY
Authors: JAYARAM M LEE J
Citation: M. Jayaram et J. Lee, RETURN TO SOBRIETY AFTER THE CATALYTIC PARTY, Trends in genetics, 11(11), 1995, pp. 432-433
ROLE OF PARTNER HOMOLOGY IN DNA RECOMBINATION - COMPLEMENTARY BASE-PAIRING ORIENTS THE 5'-HYDROXYL FOR STRAND JOINING DURING FLP SITE-SPECIFIC RECOMBINATION
Authors: LEE J JAYARAM M
Citation: J. Lee et M. Jayaram, ROLE OF PARTNER HOMOLOGY IN DNA RECOMBINATION - COMPLEMENTARY BASE-PAIRING ORIENTS THE 5'-HYDROXYL FOR STRAND JOINING DURING FLP SITE-SPECIFIC RECOMBINATION, The Journal of biological chemistry, 270(8), 1995, pp. 4042-4052
FUNCTIONAL ROLES OF INDIVIDUAL RECOMBINASE MONOMERS IN STRAND BREAKAGE AND STRAND UNION DURING SITE-SPECIFIC DNA RECOMBINATION
Authors: LEE J JAYARAM M
Citation: J. Lee et M. Jayaram, FUNCTIONAL ROLES OF INDIVIDUAL RECOMBINASE MONOMERS IN STRAND BREAKAGE AND STRAND UNION DURING SITE-SPECIFIC DNA RECOMBINATION, The Journal of biological chemistry, 270(39), 1995, pp. 23203-23211
JUNCTION MOBILITY AND RESOLUTION OF HOLLIDAY STRUCTURES BY FLP SITE-SPECIFIC RECOMBINASE - TESTING PARTNER COMPATIBILITY DURING RECOMBINATION
Authors: LEE JH LEE JS JAYARAM M
Citation: Jh. Lee et al., JUNCTION MOBILITY AND RESOLUTION OF HOLLIDAY STRUCTURES BY FLP SITE-SPECIFIC RECOMBINASE - TESTING PARTNER COMPATIBILITY DURING RECOMBINATION, The Journal of biological chemistry, 270(32), 1995, pp. 19086-19092
STEP-ARREST MUTANTS OF PHAGE MU-TRANSPOSASE - IMPLICATIONS IN DNA-PROTEIN ASSEMBLY, MU-END CLEAVAGE, AND STRAND TRANSFER
Authors: KIM K NAMGOONG SY JAYARAM M HARSHEY RM
Citation: K. Kim et al., STEP-ARREST MUTANTS OF PHAGE MU-TRANSPOSASE - IMPLICATIONS IN DNA-PROTEIN ASSEMBLY, MU-END CLEAVAGE, AND STRAND TRANSFER, The Journal of biological chemistry, 270(3), 1995, pp. 1472-1479
Risultati: 1-25 | 26-39