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Results: 1-24 |

Results: 24

SPECIES-SPECIFIC DIFFERENCES IN THE OPERATIONAL RNA CODE FOR AMINOACYLATION OF TRNA(PRO)

Authors: STEHLIN C BURKE B YANG F LIU HJ SHIBA K MUSIERFORSYTH K

Citation: C. Stehlin et al., SPECIES-SPECIFIC DIFFERENCES IN THE OPERATIONAL RNA CODE FOR AMINOACYLATION OF TRNA(PRO), Biochemistry, 37(23), 1998, pp. 8605-8613

SUBTLE FUNCTIONAL INTERACTIONS IN THE RNA MINOR-GROOVE AT A NONESSENTIAL BASE-PAIR

Authors: HENDERSON BS BEUNING PJ SHI JP BALD R FURSTE JP ERDMANN VA MUSIERFORSYTH K SCHIMMEL P

Citation: Bs. Henderson et al., SUBTLE FUNCTIONAL INTERACTIONS IN THE RNA MINOR-GROOVE AT A NONESSENTIAL BASE-PAIR, Journal of the American Chemical Society, 120(35), 1998, pp. 9110-9111

AMINOACYL-TRANSFER-RNA SYNTHETASES IN BIOLOGY AND DISEASE - NEW EVIDENCE FOR STRUCTURAL AND FUNCTIONAL DIVERSITY IN AN ANCIENT FAMILY OF ENZYMES

Authors: FRANCKLYN C MUSIERFORSYTH K MARTINIS SA

Citation: C. Francklyn et al., AMINOACYL-TRANSFER-RNA SYNTHETASES IN BIOLOGY AND DISEASE - NEW EVIDENCE FOR STRUCTURAL AND FUNCTIONAL DIVERSITY IN AN ANCIENT FAMILY OF ENZYMES, RNA, 3(9), 1997, pp. 954-960

THE NUCLEOCAPSID PROTEIN SPECIFICALLY ANNEALS TRNA(LYS-3) ONTO A NONCOMPLEMENTARY PRIMER BINDING-SITE WITHIN THE HIV-1 RNA GENOME IN-VITRO

Authors: CHAN B MUSIERFORSYTH K

Citation: B. Chan et K. Musierforsyth, THE NUCLEOCAPSID PROTEIN SPECIFICALLY ANNEALS TRNA(LYS-3) ONTO A NONCOMPLEMENTARY PRIMER BINDING-SITE WITHIN THE HIV-1 RNA GENOME IN-VITRO, Proceedings of the National Academy of Sciences of the United Statesof America, 94(25), 1997, pp. 13530-13535

SPECIFIC ATOMIC GROUPS AND RNA HELIX GEOMETRY IN ACCEPTOR STEM RECOGNITION BY A TRANSFER-RNA SYNTHETASE

Authors: BEUNING PJ YANG F SCHIMMEL P MUSIERFORSYTH K

Citation: Pj. Beuning et al., SPECIFIC ATOMIC GROUPS AND RNA HELIX GEOMETRY IN ACCEPTOR STEM RECOGNITION BY A TRANSFER-RNA SYNTHETASE, Proceedings of the National Academy of Sciences of the United Statesof America, 94(19), 1997, pp. 10150-10154

HUMAN LYSYL-TRANSFER-RNA SYNTHETASE ACCEPTS NUCLEOTIDE-73 VARIANTS AND RESCUES ESCHERICHIA-COLI DOUBLE-DEFECTIVE MUTANT

Authors: SHIBA K STELLO T MOTEGI H NODA T MUSIERFORSYTH K SCHIMMEL P

Citation: K. Shiba et al., HUMAN LYSYL-TRANSFER-RNA SYNTHETASE ACCEPTS NUCLEOTIDE-73 VARIANTS AND RESCUES ESCHERICHIA-COLI DOUBLE-DEFECTIVE MUTANT, The Journal of biological chemistry, 272(36), 1997, pp. 22809-22816

SYNTHESIS OF PHOSPHOROTHIOATE OLIGONUCLEOTIDES USING 3-ETHOXY-1,2,4-DITHIAZOLIN-5-ONE (EDITH)

Authors: PAUL C RASTOGI H DOOLEY B WOLTER A PURKAYASTHA S XU Q CHEN L MUSIERFORSYTH K HAMMER R BARANY G

Citation: C. Paul et al., SYNTHESIS OF PHOSPHOROTHIOATE OLIGONUCLEOTIDES USING 3-ETHOXY-1,2,4-DITHIAZOLIN-5-ONE (EDITH), Clinical chemistry, 43(11), 1997, pp. 58-58

CHEMICAL MODIFICATION AND SITE-DIRECTED MUTAGENESIS OF THE SINGLE CYSTEINE IN MOTIF-3 OF CLASS-II ESCHERICHIA-COLI PROLYL-TRANSFER-RNA SYNTHETASE

Authors: STEHLIN C HEACOCK DH LIU HJ MUSIERFORSYTH K

Citation: C. Stehlin et al., CHEMICAL MODIFICATION AND SITE-DIRECTED MUTAGENESIS OF THE SINGLE CYSTEINE IN MOTIF-3 OF CLASS-II ESCHERICHIA-COLI PROLYL-TRANSFER-RNA SYNTHETASE, Biochemistry, 36(10), 1997, pp. 2932-2938

ATOMIC GROUP MUTAGENESIS REVEALS MAJOR GROOVE FINE INTERACTIONS OF A TRANSFER-RNA SYNTHETASE WITH AN RNA HELIX

Authors: BEUNING PJ GULOTTA M MUSIERFORSYTH K

Citation: Pj. Beuning et al., ATOMIC GROUP MUTAGENESIS REVEALS MAJOR GROOVE FINE INTERACTIONS OF A TRANSFER-RNA SYNTHETASE WITH AN RNA HELIX, Journal of the American Chemical Society, 119(36), 1997, pp. 8397-8402

USE OF 1,2,4-DITHIAZOLIDINE-3,5-DIONE (DTSNH) AND 3-ETHOXY-1,2,4-DITHIAZOLINE-5-ONE (EDITH) FOR SYNTHESIS OF PHOSPHOROTHIOATE-CONTAINING OLIGODEOXYRIBONUCLEOTIDES

Authors: XU QH MUSIERFORSYTH K HAMMER RP BARANY G

Citation: Qh. Xu et al., USE OF 1,2,4-DITHIAZOLIDINE-3,5-DIONE (DTSNH) AND 3-ETHOXY-1,2,4-DITHIAZOLINE-5-ONE (EDITH) FOR SYNTHESIS OF PHOSPHOROTHIOATE-CONTAINING OLIGODEOXYRIBONUCLEOTIDES, Nucleic acids research, 24(9), 1996, pp. 1602-1607

EFFICIENT INTRODUCTION OF PHOSPHOROTHIOATES INTO RNA OLIGONUCLEOTIDESBY 3-ETHOXY-1,2,4-DITHIAZOLINE-5-ONE (EDITH)

Authors: XU QH BARANY G HAMMER RP MUSIERFORSYTH K

Citation: Qh. Xu et al., EFFICIENT INTRODUCTION OF PHOSPHOROTHIOATES INTO RNA OLIGONUCLEOTIDESBY 3-ETHOXY-1,2,4-DITHIAZOLINE-5-ONE (EDITH), Nucleic acids research, 24(18), 1996, pp. 3643-3644

SYNTHESIS AND AMINOACYL-TRANSFER-RNA SYNTHETASE INHIBITORY ACTIVITY OF PROLYL ADENYLATE ANALOGS

Authors: HEACOCK D FORSYTH CJ SHIBA K MUSIERFORSYTH K

Citation: D. Heacock et al., SYNTHESIS AND AMINOACYL-TRANSFER-RNA SYNTHETASE INHIBITORY ACTIVITY OF PROLYL ADENYLATE ANALOGS, Bioorganic chemistry, 24(3), 1996, pp. 273-289

DISTORTED RNA HELIX RECOGNITION

Authors: SCHIMMEL P MUSIERFORSYTH K

Citation: P. Schimmel et K. Musierforsyth, DISTORTED RNA HELIX RECOGNITION, Nature, 384(6608), 1996, pp. 422-422

IDENTIFICATION OF ATOMIC GROUPS IN THE TRANSFER-RNA ACCEPTOR STEM NEEDED FOR TRANSFER-RNA SYNTHETASE DISCRIMINATION

Authors: BEUNING PJ LIU HJ YAP LP MUSIERFORSYTH K

Citation: Pj. Beuning et al., IDENTIFICATION OF ATOMIC GROUPS IN THE TRANSFER-RNA ACCEPTOR STEM NEEDED FOR TRANSFER-RNA SYNTHETASE DISCRIMINATION, Biochemistry, 35(28), 1996, pp. 10-10

NEW REAGENTS FOR THE EFFICIENT SYNTHESIS OF PHOSPHOROTHIOATE-CONTAINING OLIGORIBONUCLEOTIDES

Authors: XU QH MUSIERFORSYTH K HAMMER RP BURKE BW BARANY G

Citation: Qh. Xu et al., NEW REAGENTS FOR THE EFFICIENT SYNTHESIS OF PHOSPHOROTHIOATE-CONTAINING OLIGORIBONUCLEOTIDES, Biochemistry, 35(28), 1996, pp. 11-11

SINGLE ATOMIC GROUP IN RNA HELIX NEEDED FOR POSITIVE AND NEGATIVE TRANSFER-RNA SYNTHETASE DISCRIMINATION

Authors: LIU HJ YAP LP MUSIERFORSYTH K

Citation: Hj. Liu et al., SINGLE ATOMIC GROUP IN RNA HELIX NEEDED FOR POSITIVE AND NEGATIVE TRANSFER-RNA SYNTHETASE DISCRIMINATION, Journal of the American Chemical Society, 118(10), 1996, pp. 2523-2524

TRANSFER-RNA AMINOACYLATION - IDENTIFICATION OF A CRITICAL RIBOSE 2'-HYDROXYL-BASE INTERACTION

Authors: YAP LP MUSIERFORSYTH K

Citation: Lp. Yap et K. Musierforsyth, TRANSFER-RNA AMINOACYLATION - IDENTIFICATION OF A CRITICAL RIBOSE 2'-HYDROXYL-BASE INTERACTION, RNA, 1(4), 1995, pp. 418-424

USE OF SEMISYNTHETIC TRANSFER-RNAS TO PROBE MOLECULAR RECOGNITION BY ESCHERICHIA-COLI PROLINE-TRANSFER-RNA SYNTHETASE

Authors: YAP LP STEHLIN C MUSIERFORSYTH K

Citation: Lp. Yap et al., USE OF SEMISYNTHETIC TRANSFER-RNAS TO PROBE MOLECULAR RECOGNITION BY ESCHERICHIA-COLI PROLINE-TRANSFER-RNA SYNTHETASE, Chemistry & biology, 2(10), 1995, pp. 661-666

MOLECULAR RECOGNITION OF TRNA(PRO) BY ESCHERICHIA-COLI PROLINE TRANSFER-RNA SYNTHETASE IN-VITRO

Authors: LIU HJ PETERSON R KESSLER J MUSIERFORSYTH K

Citation: Hj. Liu et al., MOLECULAR RECOGNITION OF TRNA(PRO) BY ESCHERICHIA-COLI PROLINE TRANSFER-RNA SYNTHETASE IN-VITRO, Nucleic acids research, 23(1), 1995, pp. 165-169

EVIDENCE FOR CLASS-SPECIFIC DISCRIMINATION OF A SEMICONSERVED BASE-PAIR BY RNA-SYNTHETASES

Authors: LIU HJ KESSLER J PETERSON R MUSIERFORSYTH K

Citation: Hj. Liu et al., EVIDENCE FOR CLASS-SPECIFIC DISCRIMINATION OF A SEMICONSERVED BASE-PAIR BY RNA-SYNTHETASES, Biochemistry, 34(30), 1995, pp. 9795-9800

BASE-ANALOG-INDUCED AMINOACYLATION OF AN RNA HELIX BY A TRANSFER-RNA SYNTHETASE

Authors: MUSIERFORSYTH K SHI JP HENDERSON B BALD R FURSTE JP ERDMANN VA SCHIMMEL P

Citation: K. Musierforsyth et al., BASE-ANALOG-INDUCED AMINOACYLATION OF AN RNA HELIX BY A TRANSFER-RNA SYNTHETASE, Journal of the American Chemical Society, 117(27), 1995, pp. 7253-7254

ESCHERICHIA-COLI PROLINE TRANSFER-RNA SYNTHETASE IS SENSITIVE TO CHANGES IN THE CORE REGION OF TRNAP(PRO)

Authors: LIU HJ MUSIERFORSYTH K

Citation: Hj. Liu et K. Musierforsyth, ESCHERICHIA-COLI PROLINE TRANSFER-RNA SYNTHETASE IS SENSITIVE TO CHANGES IN THE CORE REGION OF TRNAP(PRO), Biochemistry, 33(42), 1994, pp. 12708-12714

ACCEPTOR HELIX INTERACTIONS IN A CLASS-II TRANSFER-RNA SYNTHETASE - PHOTOAFFINITY CROSS-LINKING OF AN RNA MINIDUPLEX SUBSTRATE

Authors: MUSIERFORSYTH K SCHIMMEL P

Citation: K. Musierforsyth et P. Schimmel, ACCEPTOR HELIX INTERACTIONS IN A CLASS-II TRANSFER-RNA SYNTHETASE - PHOTOAFFINITY CROSS-LINKING OF AN RNA MINIDUPLEX SUBSTRATE, Biochemistry, 33(3), 1994, pp. 773-779

REGION OF A CONSERVED SEQUENCE MOTIF IN A CLASS-II TRANSFER-RNA SYNTHETASE NEEDED FOR TRANSFER OF AN ACTIVATED AMINO-ACID TO AN RNA SUBSTRATE

Authors: SHI JP MUSIERFORSYTH K SCHIMMEL P

Citation: Jp. Shi et al., REGION OF A CONSERVED SEQUENCE MOTIF IN A CLASS-II TRANSFER-RNA SYNTHETASE NEEDED FOR TRANSFER OF AN ACTIVATED AMINO-ACID TO AN RNA SUBSTRATE, Biochemistry, 33(17), 1994, pp. 5312-5318

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