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Results: 1-18 |
Results: 18
REGULATION OF ADENOVIRUS ALTERNATIVE RNA SPLICING BY DEPHOSPHORYLATION OF SR PROTEINS
Authors: KANOPKA A MUHLEMANN O PETERSENMAHRT S ESTMER C OHRMALM C AKUSJARVI G
Citation: A. Kanopka et al., REGULATION OF ADENOVIRUS ALTERNATIVE RNA SPLICING BY DEPHOSPHORYLATION OF SR PROTEINS, Nature, 393(6681), 1998, pp. 185-187
AR1 IS AN INTEGRAL-PART OF THE ADENOVIRUS TYPE-2 E1A-CR3 TRANSACTIVATION DOMAIN
Authors: STROM AC OHLSSON P AKUSJARVI G
Citation: Ac. Strom et al., AR1 IS AN INTEGRAL-PART OF THE ADENOVIRUS TYPE-2 E1A-CR3 TRANSACTIVATION DOMAIN, Journal of virology, 72(7), 1998, pp. 5978-5983
2 NOVEL ADENOVIRUS VECTOR SYSTEMS PERMITTING REGULATED PROTEIN EXPRESSION IN GENE-TRANSFER EXPERIMENTS
Authors: MOLIN M SHOSHAN MC OHMANFORSLUND K LINDER S AKUSJARVI G
Citation: M. Molin et al., 2 NOVEL ADENOVIRUS VECTOR SYSTEMS PERMITTING REGULATED PROTEIN EXPRESSION IN GENE-TRANSFER EXPERIMENTS, Journal of virology, 72(10), 1998, pp. 8358-8361
THE TRANSCRIPTIONAL COACTIVATOR PROTEINS P300 AND CBP STIMULATE ADENOVIRUS E1A CONSERVED REGION-1 TRANSACTIVATION INDEPENDENT OF A DIRECT INTERACTION
Authors: MANNERVIK M AKUSJARVI G
Citation: M. Mannervik et G. Akusjarvi, THE TRANSCRIPTIONAL COACTIVATOR PROTEINS P300 AND CBP STIMULATE ADENOVIRUS E1A CONSERVED REGION-1 TRANSACTIVATION INDEPENDENT OF A DIRECT INTERACTION, FEBS letters, 414(1), 1997, pp. 111-116
INHIBITION BY SR PROTEINS OF SPLICING OF A REGULATED ADENOVIRUS PRE-MESSENGER-RNA
Authors: KANOPKA A MUHLEMANN O AKUSJARVI G
Citation: A. Kanopka et al., INHIBITION BY SR PROTEINS OF SPLICING OF A REGULATED ADENOVIRUS PRE-MESSENGER-RNA, Nature, 381(6582), 1996, pp. 535-538
ADENOVIRUS E4 OPEN READING FRAME-4 PROTEIN AUTOREGULATES E4 TRANSCRIPTION BY INHIBITING E1A TRANSACTIVATION OF THE E4 PROMOTER
Authors: BONDESSON M OHMAN K MANNERVIK M FAN S AKUSJARVI G
Citation: M. Bondesson et al., ADENOVIRUS E4 OPEN READING FRAME-4 PROTEIN AUTOREGULATES E4 TRANSCRIPTION BY INHIBITING E1A TRANSACTIVATION OF THE E4 PROMOTER, Journal of virology, 70(6), 1996, pp. 3844-3851
EFFECT OF ADENOVIRUS-2 EARLY REGION-4 PRODUCTS ON E1-TRANSFORMATION
Authors: OHMAN K NORDQVIST K LINDER S AKUSJARVI G
Citation: K. Ohman et al., EFFECT OF ADENOVIRUS-2 EARLY REGION-4 PRODUCTS ON E1-TRANSFORMATION, International journal of oncology, 6(3), 1995, pp. 663-668
TARGETING OF THE ADENOVIRUS E1A AND E4-ORF3 PROTEINS TO NUCLEAR MATRIX-ASSOCIATED PML BODIES
Authors: SEELER JS CARVALHO T JORDAN P OHMAN K AKUSJARVI G CARMOFONSECA M
Citation: Js. Seeler et al., TARGETING OF THE ADENOVIRUS E1A AND E4-ORF3 PROTEINS TO NUCLEAR MATRIX-ASSOCIATED PML BODIES, Journal of cellular biochemistry, 1995, pp. 141-141
THE DNA-BINDING DOMAINS OF THE YEAST GAL4 AND HUMAN C-JUN TRANSCRIPTION FACTORS INTERACT THROUGH THE ZINC-FINGER AND BZIP MOTIFS
Authors: SOLLERBRANT K AKUSJARVI G LINDER S SVENSSON C
Citation: K. Sollerbrant et al., THE DNA-BINDING DOMAINS OF THE YEAST GAL4 AND HUMAN C-JUN TRANSCRIPTION FACTORS INTERACT THROUGH THE ZINC-FINGER AND BZIP MOTIFS, Nucleic acids research, 23(4), 1995, pp. 588-594
ENHANCED SPLICING OF NONCONSENSUS 3'-SPLICE SITES LATE DURING ADENOVIRUS INFECTION
Authors: MUHLEMANN O KREIVI JP AKUSJARVI G
Citation: O. Muhlemann et al., ENHANCED SPLICING OF NONCONSENSUS 3'-SPLICE SITES LATE DURING ADENOVIRUS INFECTION, Journal of virology, 69(11), 1995, pp. 7324-7327
TARGETING OF ADENOVIRUS E1A AND E4-ORF3 PROTEINS TO NUCLEAR MATRIX-ASSOCIATED PML BODIES
Authors: CARVALHO T SEELER JS OHMAN K JORDAN P PETTERSSON U AKUSJARVI G CARMOFONSECA M DEJEAN A
Citation: T. Carvalho et al., TARGETING OF ADENOVIRUS E1A AND E4-ORF3 PROTEINS TO NUCLEAR MATRIX-ASSOCIATED PML BODIES, The Journal of cell biology, 131(1), 1995, pp. 45-56
TRANSCRIPTION ACTIVATION THROUGH API BINDING-SITES MEDIATED BY ADENOVIRUS E1A CONSERVED REGION-1
Authors: SOLLERBRANT K BONDESSON M MANNERVIK M AKUSJARVI G SVENSSON C
Citation: K. Sollerbrant et al., TRANSCRIPTION ACTIVATION THROUGH API BINDING-SITES MEDIATED BY ADENOVIRUS E1A CONSERVED REGION-1, Journal of cellular biochemistry, 1994, pp. 37-37
REGULATION OF ADENOVIRUS ALTERNATIVE RNA SPLICING AT THE LEVEL OF COMMITMENT COMPLEX-FORMATION
Authors: KREIVI JP AKUSJARVI G
Citation: Jp. Kreivi et G. Akusjarvi, REGULATION OF ADENOVIRUS ALTERNATIVE RNA SPLICING AT THE LEVEL OF COMMITMENT COMPLEX-FORMATION, Nucleic acids research, 22(3), 1994, pp. 332-337
AN ADENOVIRUS E1A TRANSCRIPTIONAL REPRESSOR DOMAIN FUNCTIONS AS AN ACTIVATOR WHEN TETHERED TO A PROMOTER
Authors: BONDESSON M MANNERVIK M AKUSJARVI G SVENSSON C
Citation: M. Bondesson et al., AN ADENOVIRUS E1A TRANSCRIPTIONAL REPRESSOR DOMAIN FUNCTIONS AS AN ACTIVATOR WHEN TETHERED TO A PROMOTER, Nucleic acids research, 22(15), 1994, pp. 3053-3060
HUMAN ADENOVIRUS ENCODES 2 PROTEINS WHICH HAVE OPPOSITE EFFECTS ON ACCUMULATION OF ALTERNATIVELY SPLICED MESSENGER-RNAS
Authors: NORDQVIST K OHMAN K AKUSJARVI G
Citation: K. Nordqvist et al., HUMAN ADENOVIRUS ENCODES 2 PROTEINS WHICH HAVE OPPOSITE EFFECTS ON ACCUMULATION OF ALTERNATIVELY SPLICED MESSENGER-RNAS, Molecular and cellular biology, 14(1), 1994, pp. 437-445
ALTERNATIVE-3' SPLICE-SITE SELECTION USING HELA-CELL NUCLEAR EXTRACTSPREPARED WITH HIGH-IONIC BUFFERS
Authors: ZERIVITZ K KREIVI JP AKUSJARVI G
Citation: K. Zerivitz et al., ALTERNATIVE-3' SPLICE-SITE SELECTION USING HELA-CELL NUCLEAR EXTRACTSPREPARED WITH HIGH-IONIC BUFFERS, Gene, 128(2), 1993, pp. 301-306
2 ADENOVIRUS PROTEINS WITH REDUNDANT ACTIVITIES IN VIRUS GROWTH FACILITATES TRIPARTITE LEADER MESSENGER-RNA ACCUMULATION
Authors: OHMAN K NORDQVIST K AKUSJARVI G
Citation: K. Ohman et al., 2 ADENOVIRUS PROTEINS WITH REDUNDANT ACTIVITIES IN VIRUS GROWTH FACILITATES TRIPARTITE LEADER MESSENGER-RNA ACCUMULATION, Virology, 194(1), 1993, pp. 50-58
REPRESSION OF RNA POLYMERASE-III TRANSCRIPTION BY ADENOVIRUS E1A
Authors: SOLLERBRANT K AKUSJARVI G SVENSSON C
Citation: K. Sollerbrant et al., REPRESSION OF RNA POLYMERASE-III TRANSCRIPTION BY ADENOVIRUS E1A, Journal of virology, 67(7), 1993, pp. 4195-4204
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