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Results: 1-25 | 26-27
Results: 1-25/27
RETROHOMING OF A BACTERIAL GROUP-II INTRON - MOBILITY VIA COMPLETE REVERSE SPLICING, INDEPENDENT OF HOMOLOGOUS DNA RECOMBINATION
Authors: COUSINEAU B SMITH D LAWRENCECAVANAGH S MUELLER JE YANG J MILLS D MANIAS D DUNNY G LAMBOWITZ AM BELFORT M
Citation: B. Cousineau et al., RETROHOMING OF A BACTERIAL GROUP-II INTRON - MOBILITY VIA COMPLETE REVERSE SPLICING, INDEPENDENT OF HOMOLOGOUS DNA RECOMBINATION, Cell (Cambridge), 94(4), 1998, pp. 451-462
GROUP-II INTRON MOBILITY IN YEAST MITOCHONDRIA - TARGET DNA-PRIMED REVERSE TRANSCRIPTION ACTIVITY OF AL1 AND REVERSE SPLICING INTO DNA TRANSPOSITION SITES IN-VITRO
Authors: YANG J MOHR G PERLMAN PS LAMBOWITZ AM
Citation: J. Yang et al., GROUP-II INTRON MOBILITY IN YEAST MITOCHONDRIA - TARGET DNA-PRIMED REVERSE TRANSCRIPTION ACTIVITY OF AL1 AND REVERSE SPLICING INTO DNA TRANSPOSITION SITES IN-VITRO, Journal of Molecular Biology, 282(3), 1998, pp. 505-523
CHARACTERIZATION OF NEUROSPORA MITOCHONDRIAL GROUP-I INTRONS REVEALS DIFFERENT CYT-18 DEPENDENT AND INDEPENDENT SPLICING STRATEGIES AND AN ALTERNATIVE 3'-SPLICE-SITE FOR AN INTRON ORF
Authors: WALLWEBER GJ MOHR S RENNARD R CAPRARA MG LAMBOWITZ AM
Citation: Gj. Wallweber et al., CHARACTERIZATION OF NEUROSPORA MITOCHONDRIAL GROUP-I INTRONS REVEALS DIFFERENT CYT-18 DEPENDENT AND INDEPENDENT SPLICING STRATEGIES AND AN ALTERNATIVE 3'-SPLICE-SITE FOR AN INTRON ORF, RNA, 3(2), 1997, pp. 114-131
A BACTERIAL GROUP-II INTRON ENCODING REVERSE-TRANSCRIPTASE, MATURASE,DNA ENDONUCLEASE ACTIVITIES - BIOCHEMICAL DEMONSTRATION OF MATURASE ACTIVITY AND INSERTION OF NEW GENETIC INFORMATION WITHIN THE INTRON
Authors: MATSUURA M SALDANHA R MA HW WANK H YANG J MOHR G CAVANAGH S DUNNY GM BELFORT M LAMBOWITZ AM
Citation: M. Matsuura et al., A BACTERIAL GROUP-II INTRON ENCODING REVERSE-TRANSCRIPTASE, MATURASE,DNA ENDONUCLEASE ACTIVITIES - BIOCHEMICAL DEMONSTRATION OF MATURASE ACTIVITY AND INSERTION OF NEW GENETIC INFORMATION WITHIN THE INTRON, Genes & development, 11(21), 1997, pp. 2910-2924
THE MAURICEVILLE RETROPLASMID REVERSE-TRANSCRIPTASE INITIATES CDNA SYNTHESIS DE-NOVO AT THE 3'-END OF TRANSFER-RNAS
Authors: CHIANG CC LAMBOWITZ AM
Citation: Cc. Chiang et Am. Lambowitz, THE MAURICEVILLE RETROPLASMID REVERSE-TRANSCRIPTASE INITIATES CDNA SYNTHESIS DE-NOVO AT THE 3'-END OF TRANSFER-RNAS, Molecular and cellular biology, 17(8), 1997, pp. 4526-4535
GROUP-II INTRON ENDONUCLEASES USE BOTH RNA AND PROTEIN SUBUNITS FOR RECOGNITION OF SPECIFIC SEQUENCES IN DOUBLE-STRANDED DNA
Authors: GUO HT ZIMMERLY S PERLMAN PS LAMBOWITZ AM
Citation: Ht. Guo et al., GROUP-II INTRON ENDONUCLEASES USE BOTH RNA AND PROTEIN SUBUNITS FOR RECOGNITION OF SPECIFIC SEQUENCES IN DOUBLE-STRANDED DNA, EMBO journal, 16(22), 1997, pp. 6835-6848
MOBILITY OF YEAST MITOCHONDRIAL GROUP-II INTRONS - ENGINEERING A NEW SITE-SPECIFICITY AND RETROHOMING VIA FULL REVERSE SPLICING
Authors: ESKES R YANG JA LAMBOWITZ AM PERLMAN PS
Citation: R. Eskes et al., MOBILITY OF YEAST MITOCHONDRIAL GROUP-II INTRONS - ENGINEERING A NEW SITE-SPECIFICITY AND RETROHOMING VIA FULL REVERSE SPLICING, Cell, 88(6), 1997, pp. 865-874
DE-NOVO AND DNA PRIMER-MEDIATED INITIATION OF CDNA SYNTHESIS BY THE MAURICEVILLE RETROPLASMID REVERSE-TRANSCRIPTASE INVOLVE RECOGNITION OF A 3'-CCA SEQUENCE
Authors: CHEN B LAMBOWITZ AM
Citation: B. Chen et Am. Lambowitz, DE-NOVO AND DNA PRIMER-MEDIATED INITIATION OF CDNA SYNTHESIS BY THE MAURICEVILLE RETROPLASMID REVERSE-TRANSCRIPTASE INVOLVE RECOGNITION OF A 3'-CCA SEQUENCE, Journal of Molecular Biology, 271(3), 1997, pp. 311-332
A TYROSYL-TRANSFER-RNA SYNTHETASE RECOGNIZES A CONSERVED TRANSFER-RNA-LIKE STRUCTURAL MOTIF IN THE GROUP-I INTRON CATALYTIC CORE
Authors: CAPRARA MG LEHNERT V LAMBOWITZ AM WESTHOF E
Citation: Mg. Caprara et al., A TYROSYL-TRANSFER-RNA SYNTHETASE RECOGNIZES A CONSERVED TRANSFER-RNA-LIKE STRUCTURAL MOTIF IN THE GROUP-I INTRON CATALYTIC CORE, Cell, 87(6), 1996, pp. 1135-1145
EFFICIENT INTEGRATION OF AN INTRON RNA INTO DOUBLE-STRANDED DNA BY REVERSE SPLICING
Authors: YANG J ZIMMERLY S PERLMAN PS LAMBOWITZ AM
Citation: J. Yang et al., EFFICIENT INTEGRATION OF AN INTRON RNA INTO DOUBLE-STRANDED DNA BY REVERSE SPLICING, Nature, 381(6580), 1996, pp. 332-335
A TYROSYL-TRANSFER-RNA SYNTHETASE SUPPRESSES STRUCTURAL DEFECTS IN THE 2 MAJOR HELICAL DOMAINS OF THE GROUP-I INTRON CATALYTIC CORE
Authors: MYERS CA WALLWEBER GJ RENNARD R KEMEL Y CAPRARA MG MOHR G LAMBOWITZ AM
Citation: Ca. Myers et al., A TYROSYL-TRANSFER-RNA SYNTHETASE SUPPRESSES STRUCTURAL DEFECTS IN THE 2 MAJOR HELICAL DOMAINS OF THE GROUP-I INTRON CATALYTIC CORE, Journal of Molecular Biology, 262(2), 1996, pp. 87-104
ANALYSIS OF THE CYT-18 PROTEIN-BINDING SITE AT THE JUNCTION OF STACKED HELICES IN A GROUP-I INTRON RNA BY QUANTITATIVE BINDING ASSAYS AND IN-VITRO SELECTION
Authors: SALDANHA R ELLINGTON A LAMBOWITZ AM
Citation: R. Saldanha et al., ANALYSIS OF THE CYT-18 PROTEIN-BINDING SITE AT THE JUNCTION OF STACKED HELICES IN A GROUP-I INTRON RNA BY QUANTITATIVE BINDING ASSAYS AND IN-VITRO SELECTION, Journal of Molecular Biology, 261(1), 1996, pp. 23-42
A TYROSYL-TRANSFER-RNA SYNTHETASE PROTEIN INDUCES TERTIARY FOLDING OFTHE GROUP-I INTRON CATALYTIC CORE
Authors: CAPRARA MG MOHR G LAMBOWITZ AM
Citation: Mg. Caprara et al., A TYROSYL-TRANSFER-RNA SYNTHETASE PROTEIN INDUCES TERTIARY FOLDING OFTHE GROUP-I INTRON CATALYTIC CORE, Journal of Molecular Biology, 257(3), 1996, pp. 512-531
THE VS CATALYTIC RNA REPLICATES BY REVERSE TRANSCRIPTION AS A SATELLITE OF A RETROPLASMID
Authors: KENNELL JC SAVILLE BJ MOHR S KUIPER MTR SABOURIN JR COLLINS RA LAMBOWITZ AM
Citation: Jc. Kennell et al., THE VS CATALYTIC RNA REPLICATES BY REVERSE TRANSCRIPTION AS A SATELLITE OF A RETROPLASMID, Genes & development, 9(3), 1995, pp. 294-303
INVOLVEMENT OF THE NEUROSPORA MITOCHONDRIAL TYROSYL TRANSFER-RNA SYNTHETASE IN SPLICING GROUP-I INTRONS
Authors: LAMBOWITZ AM SALDANHA R PATEL S MYERS C WALLWEBER G KEMEL Y CAPRARA MG
Citation: Am. Lambowitz et al., INVOLVEMENT OF THE NEUROSPORA MITOCHONDRIAL TYROSYL TRANSFER-RNA SYNTHETASE IN SPLICING GROUP-I INTRONS, Journal of cellular biochemistry, 1995, pp. 203-203
MOBILE GROUP-II INTRONS OF YEAST MITOCHONDRIAL-DNA ARE NOVEL SITE-SPECIFIC RETROELEMENTS
Authors: MORAN JV ZIMMERLY S ESKES R KENNELL JC LAMBOWITZ AM BUTOW RA PERLMAN PS
Citation: Jv. Moran et al., MOBILE GROUP-II INTRONS OF YEAST MITOCHONDRIAL-DNA ARE NOVEL SITE-SPECIFIC RETROELEMENTS, Molecular and cellular biology, 15(5), 1995, pp. 2828-2838
A GROUP-II INTRON RNA IS A CATALYTIC COMPONENT OF A DNA ENDONUCLEASE INVOLVED IN INTRON MOBILITY
Authors: ZIMMERLY S GUO HT ESKES R YANG J PERLMAN PS LAMBOWITZ AM
Citation: S. Zimmerly et al., A GROUP-II INTRON RNA IS A CATALYTIC COMPONENT OF A DNA ENDONUCLEASE INVOLVED IN INTRON MOBILITY, Cell, 83(4), 1995, pp. 529-538
GROUP-II INTRON MOBILITY OCCURS BY TARGET DNA-PRIMED REVERSE TRANSCRIPTION
Authors: ZIMMERLY S GUO HT PERLMAN PS LAMBOWITZ AM
Citation: S. Zimmerly et al., GROUP-II INTRON MOBILITY OCCURS BY TARGET DNA-PRIMED REVERSE TRANSCRIPTION, Cell, 82(4), 1995, pp. 545-554
THE MAURICEVILLE AND VARKUD PLASMIDS - PRIMITIVE RETROELEMENTS FOUND IN NEUROSPORA MITOCHONDRIA
Authors: LAMBOWITZ AM CHIANG CC
Citation: Am. Lambowitz et Cc. Chiang, THE MAURICEVILLE AND VARKUD PLASMIDS - PRIMITIVE RETROELEMENTS FOUND IN NEUROSPORA MITOCHONDRIA, Canadian journal of botany, 73, 1995, pp. 173-179
INVOLVEMENT OF NEUROSPORA MITOCHONDRIAL TYROSYL-TRANSFER-RNA SYNTHETASE IN RNA SPLICING - A NEW METHOD FOR PURIFYING THE PROTEIN AND CHARACTERIZATION OF PHYSICAL-PROPERTIES AND ENZYMATIC-PROPERTIES PERTINENT TO SPLICING
Authors: SALDANHA RJ PATEL SS SURENDRAN R LEE JC LAMBOWITZ AM
Citation: Rj. Saldanha et al., INVOLVEMENT OF NEUROSPORA MITOCHONDRIAL TYROSYL-TRANSFER-RNA SYNTHETASE IN RNA SPLICING - A NEW METHOD FOR PURIFYING THE PROTEIN AND CHARACTERIZATION OF PHYSICAL-PROPERTIES AND ENZYMATIC-PROPERTIES PERTINENT TO SPLICING, Biochemistry, 34(4), 1995, pp. 1275-1287
THE MAURICEVILLE PLASMID OF NEUROSPORA SPP USES NOVEL MECHANISMS FOR INITIATING REVERSE TRANSCRIPTION IN-VIVO
Authors: KENNELL JC WANG H LAMBOWITZ AM
Citation: Jc. Kennell et al., THE MAURICEVILLE PLASMID OF NEUROSPORA SPP USES NOVEL MECHANISMS FOR INITIATING REVERSE TRANSCRIPTION IN-VIVO, Molecular and cellular biology, 14(5), 1994, pp. 3094-3107
A MITOCHONDRIAL RETROPLASMID INTEGRATES INTO MITOCHONDRIAL-DNA BY A NOVEL MECHANISM INVOLVING THE SYNTHESIS OF A HYBRID CDNA AND HOMOLOGOUSRECOMBINATION
Authors: CHIANG CC KENNELL JC WANNER LA LAMBOWITZ AM
Citation: Cc. Chiang et al., A MITOCHONDRIAL RETROPLASMID INTEGRATES INTO MITOCHONDRIAL-DNA BY A NOVEL MECHANISM INVOLVING THE SYNTHESIS OF A HYBRID CDNA AND HOMOLOGOUSRECOMBINATION, Molecular and cellular biology, 14(10), 1994, pp. 6419-6432
A TYROSYL-TRANSFER-RNA SYNTHETASE CAN FUNCTION SIMILARLY TO AN RNA STRUCTURE IN THE TETRAHYMENA RIBOZYME
Authors: MOHR G CAPRARA MG GUO QB LAMBOWITZ AM
Citation: G. Mohr et al., A TYROSYL-TRANSFER-RNA SYNTHETASE CAN FUNCTION SIMILARLY TO AN RNA STRUCTURE IN THE TETRAHYMENA RIBOZYME, Nature, 370(6485), 1994, pp. 147-150
EVOLUTIONARY RELATIONSHIPS AMONG GROUP-II INTRON-ENCODED PROTEINS ANDIDENTIFICATION OF A CONSERVED DOMAIN THAT MAY BE RELATED TO MATURASE FUNCTION
Authors: MOHR G PERLMAN PS LAMBOWITZ AM
Citation: G. Mohr et al., EVOLUTIONARY RELATIONSHIPS AMONG GROUP-II INTRON-ENCODED PROTEINS ANDIDENTIFICATION OF A CONSERVED DOMAIN THAT MAY BE RELATED TO MATURASE FUNCTION, Nucleic acids research, 21(22), 1993, pp. 4991-4997
THE MAURICEVILLE PLASMID REVERSE-TRANSCRIPTASE CAN INITIATE CDNA SYNTHESIS DE-NOVO AND MAY BE RELATED TO REVERSE-TRANSCRIPTASE AND DNA-POLYMERASE PROGENITOR
Authors: WANG H LAMBOWITZ AM
Citation: H. Wang et Am. Lambowitz, THE MAURICEVILLE PLASMID REVERSE-TRANSCRIPTASE CAN INITIATE CDNA SYNTHESIS DE-NOVO AND MAY BE RELATED TO REVERSE-TRANSCRIPTASE AND DNA-POLYMERASE PROGENITOR, Cell, 75(6), 1993, pp. 1071-1081
Risultati: 1-25 | 26-27