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Results: 1-19 |
Results: 19
U6ATAC SNRNA, THE HIGHLY DIVERGENT COUNTERPART OF U6 SNRNA, IS THE SPECIFIC TARGET THAT MEDIATES INHIBITION OF AT-AC SPLICING BY THE INFLUENZA-VIRUS NS1 PROTEIN
Authors: WANG WR KRUG RM
Citation: Wr. Wang et Rm. Krug, U6ATAC SNRNA, THE HIGHLY DIVERGENT COUNTERPART OF U6 SNRNA, IS THE SPECIFIC TARGET THAT MEDIATES INHIBITION OF AT-AC SPLICING BY THE INFLUENZA-VIRUS NS1 PROTEIN, RNA, 4(1), 1998, pp. 55-64
INFLUENZA-VIRUS NS1 PROTEIN INTERACTS WITH THE CELLULAR 30 KDA SUBUNIT OF CPSF AND INHIBITS 3'-END FORMATION OF CELLULAR PRE-MESSENGER-RNA
Authors: NEMEROFF ME BARABINO SML LI YZ KELLER W KRUG RM
Citation: Me. Nemeroff et al., INFLUENZA-VIRUS NS1 PROTEIN INTERACTS WITH THE CELLULAR 30 KDA SUBUNIT OF CPSF AND INHIBITS 3'-END FORMATION OF CELLULAR PRE-MESSENGER-RNA, MOLECULAR CELL, 1(7), 1998, pp. 991-1000
RNA-DEPENDENT ACTIVATION OF PRIMER RNA PRODUCTION BY INFLUENZA-VIRUS POLYMERASE - DIFFERENT REGIONS OF THE SAME PROTEIN SUBUNIT CONSTITUTE THE 2 REQUIRED RNA-BINDING SITES
Authors: LI ML RAMIREZ BC KRUG RM
Citation: Ml. Li et al., RNA-DEPENDENT ACTIVATION OF PRIMER RNA PRODUCTION BY INFLUENZA-VIRUS POLYMERASE - DIFFERENT REGIONS OF THE SAME PROTEIN SUBUNIT CONSTITUTE THE 2 REQUIRED RNA-BINDING SITES, EMBO journal (Print), 17(19), 1998, pp. 5844-5852
CHIMERAS CONTAINING INFLUENZA NS1 AND HIV-1 REV PROTEIN SEQUENCES - MECHANISM OF THEIR INHIBITION OF NUCLEAR EXPORT OF REV PROTEIN RNA COMPLEXES
Authors: CHEN ZY LI YZ KRUG RM
Citation: Zy. Chen et al., CHIMERAS CONTAINING INFLUENZA NS1 AND HIV-1 REV PROTEIN SEQUENCES - MECHANISM OF THEIR INHIBITION OF NUCLEAR EXPORT OF REV PROTEIN RNA COMPLEXES, Virology, 241(2), 1998, pp. 234-250
REGULATION OF A NUCLEAR EXPORT SIGNAL BY AN ADJACENT INHIBITORY SEQUENCE - THE EFFECTOR DOMAIN OF THE INFLUENZA-VIRUS NS1 PROTEIN
Authors: LI YZ YAMAKITA Y KRUG RM
Citation: Yz. Li et al., REGULATION OF A NUCLEAR EXPORT SIGNAL BY AN ADJACENT INHIBITORY SEQUENCE - THE EFFECTOR DOMAIN OF THE INFLUENZA-VIRUS NS1 PROTEIN, Proceedings of the National Academy of Sciences of the United Statesof America, 95(9), 1998, pp. 4864-4869
A NOVEL RNA-BINDING MOTIF IN INFLUENZA-A VIRUS NONSTRUCTURAL PROTEIN-1
Authors: CHIEN CY TEJERO R HUANG YP ZIMMERMAN DE RIOS CB KRUG RM MONTELIONE GT
Citation: Cy. Chien et al., A NOVEL RNA-BINDING MOTIF IN INFLUENZA-A VIRUS NONSTRUCTURAL PROTEIN-1, Nature structural biology, 4(11), 1997, pp. 891-895
CRYSTAL-STRUCTURE OF THE UNIQUE RNA-BINDING DOMAIN OF THE INFLUENZA-VIRUS NS1 PROTEIN
Authors: LIU JS LYNCH PA CHIEN CY MONTELIONE GT KRUG RM BERMAN HM
Citation: Js. Liu et al., CRYSTAL-STRUCTURE OF THE UNIQUE RNA-BINDING DOMAIN OF THE INFLUENZA-VIRUS NS1 PROTEIN, Nature structural biology, 4(11), 1997, pp. 896-899
NOVEL EXPLOITATION OF A NUCLEAR FUNCTION BY INFLUENZA-VIRUS - THE CELLULAR SF2 ASF SPLICING FACTOR CONTROLS THE AMOUNT OF THE ESSENTIAL VIRAL M2 ION-CHANNEL PROTEIN IN INFECTED-CELLS/
Authors: SHIH SR KRUG RM
Citation: Sr. Shih et Rm. Krug, NOVEL EXPLOITATION OF A NUCLEAR FUNCTION BY INFLUENZA-VIRUS - THE CELLULAR SF2 ASF SPLICING FACTOR CONTROLS THE AMOUNT OF THE ESSENTIAL VIRAL M2 ION-CHANNEL PROTEIN IN INFECTED-CELLS/, EMBO journal, 15(19), 1996, pp. 5415-5427
SURPRISING FUNCTION OF THE 3 INFLUENZA VIRAL POLYMERASE PROTEINS - SELECTIVE PROTECTION OF VIRAL MESSENGER-RNAS AGAINST THE CAP-SNATCHING REACTION CATALYZED BY THE SAME POLYMERASE PROTEINS
Authors: SHIH SR KRUG RM
Citation: Sr. Shih et Rm. Krug, SURPRISING FUNCTION OF THE 3 INFLUENZA VIRAL POLYMERASE PROTEINS - SELECTIVE PROTECTION OF VIRAL MESSENGER-RNAS AGAINST THE CAP-SNATCHING REACTION CATALYZED BY THE SAME POLYMERASE PROTEINS, Virology, 226(2), 1996, pp. 430-435
THE RNA-BINDING AND EFFECTOR DOMAINS OF THE VIRAL NS1 PROTEIN ARE CONSERVED TO DIFFERENT EXTENTS AMONG INFLUENZA-A AND INFLUENZA-B VIRUSES
Authors: WANG WR KRUG RM
Citation: Wr. Wang et Rm. Krug, THE RNA-BINDING AND EFFECTOR DOMAINS OF THE VIRAL NS1 PROTEIN ARE CONSERVED TO DIFFERENT EXTENTS AMONG INFLUENZA-A AND INFLUENZA-B VIRUSES, Virology, 223(1), 1996, pp. 41-50
NEW APPROACH FOR INHIBITING REV FUNCTION AND HIV-1 PRODUCTION USING THE INFLUENZA-VIRUS NS1 PROTEIN
Authors: QIAN XY CHEN ZY ZHANG JB RABSON AB KRUG RM
Citation: Xy. Qian et al., NEW APPROACH FOR INHIBITING REV FUNCTION AND HIV-1 PRODUCTION USING THE INFLUENZA-VIRUS NS1 PROTEIN, Proceedings of the National Academy of Sciences of the United Statesof America, 93(17), 1996, pp. 8873-8877
AN AMINO-TERMINAL POLYPEPTIDE FRAGMENT OF THE INFLUENZA-VIRUS NS1 PROTEIN POSSESSES SPECIFIC RNA-BINDING ACTIVITY AND LARGELY HELICAL BACKBONE STRUCTURE
Authors: QIAN XY CHIEN CY LU Y MONTELIONE GT KRUG RM
Citation: Xy. Qian et al., AN AMINO-TERMINAL POLYPEPTIDE FRAGMENT OF THE INFLUENZA-VIRUS NS1 PROTEIN POSSESSES SPECIFIC RNA-BINDING ACTIVITY AND LARGELY HELICAL BACKBONE STRUCTURE, RNA, 1(9), 1995, pp. 948-956
THE INFLUENZA-VIRUS NS1 PROTEIN BINDS TO A SPECIFIC REGION IN HUMAN U6 SNRNA AND INHIBITS U6-U2 AND U6-U4 SNRNA INTERACTIONS DURING SPLICING
Authors: QIU Y NEMEROFF M KRUG RM
Citation: Y. Qiu et al., THE INFLUENZA-VIRUS NS1 PROTEIN BINDS TO A SPECIFIC REGION IN HUMAN U6 SNRNA AND INHIBITS U6-U2 AND U6-U4 SNRNA INTERACTIONS DURING SPLICING, RNA, 1(3), 1995, pp. 304-316
BINDING OF THE INFLUENZA-VIRUS NS1 PROTEIN TO DOUBLE-STRANDED-RNA INHIBITS THE ACTIVATION OF THE PROTEIN-KINASE THAT PHOSPHORYLATES THE ELF-2 TRANSLATION INITIATION-FACTOR
Authors: LU Y WAMBACH M KATZE MG KRUG RM
Citation: Y. Lu et al., BINDING OF THE INFLUENZA-VIRUS NS1 PROTEIN TO DOUBLE-STRANDED-RNA INHIBITS THE ACTIVATION OF THE PROTEIN-KINASE THAT PHOSPHORYLATES THE ELF-2 TRANSLATION INITIATION-FACTOR, Virology, 214(1), 1995, pp. 222-228
THE INFLUENZA-VIRUS NS1 PROTEIN FORMS MULTIMERS IN-VITRO AND IN-VIVO
Authors: NEMEROFF ME QIAN XY KRUG RM
Citation: Me. Nemeroff et al., THE INFLUENZA-VIRUS NS1 PROTEIN FORMS MULTIMERS IN-VITRO AND IN-VIVO, Virology, 212(2), 1995, pp. 422-428
THE CHOICE OF ALTERNATIVE 5' SPLICE SITES IN INFLUENZA-VIRUS M1 MESSENGER-RNA IS REGULATED BY THE VIRAL POLYMERASE COMPLEX
Authors: SHIH SR NEMEROFF ME KRUG RM
Citation: Sr. Shih et al., THE CHOICE OF ALTERNATIVE 5' SPLICE SITES IN INFLUENZA-VIRUS M1 MESSENGER-RNA IS REGULATED BY THE VIRAL POLYMERASE COMPLEX, Proceedings of the National Academy of Sciences of the United Statesof America, 92(14), 1995, pp. 6324-6328
THE INFLUENZA-VIRUS NS1 PROTEIN - A NOVEL INHIBITOR OF PRE-MESSENGER-RNA SPLICING
Authors: LU Y QIAN XY KRUG RM
Citation: Y. Lu et al., THE INFLUENZA-VIRUS NS1 PROTEIN - A NOVEL INHIBITOR OF PRE-MESSENGER-RNA SPLICING, Genes & development, 8(15), 1994, pp. 1817-1828
THE INFLUENZA-VIRUS NS1 PROTEIN IS A POLY(A)-BINDING PROTEIN THAT INHIBITS NUCLEAR EXPORT OF MESSENGER-RNAS CONTAINING POLY(A)
Authors: QIU Y KRUG RM
Citation: Y. Qiu et Rm. Krug, THE INFLUENZA-VIRUS NS1 PROTEIN IS A POLY(A)-BINDING PROTEIN THAT INHIBITS NUCLEAR EXPORT OF MESSENGER-RNAS CONTAINING POLY(A), Journal of virology, 68(4), 1994, pp. 2425-2432
2 FUNCTIONAL DOMAINS OF THE INFLUENZA-VIRUS NS1 PROTEIN ARE REQUIRED FOR REGULATION OF NUCLEAR EXPORT OF MESSENGER-RNA
Authors: QIAN XY ALONSOCAPLEN F KRUG RM
Citation: Xy. Qian et al., 2 FUNCTIONAL DOMAINS OF THE INFLUENZA-VIRUS NS1 PROTEIN ARE REQUIRED FOR REGULATION OF NUCLEAR EXPORT OF MESSENGER-RNA, Journal of virology, 68(4), 1994, pp. 2433-2441
Risultati: 1-19 |