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Results: 1-8 |
Results: 8
HUMAN TAF(II)28 AND TAF(II)18 INTERACT THROUGH A HISTONE FOLD ENCODEDBY ATYPICAL EVOLUTIONARY CONSERVED MOTIFS ALSO FOUND IN THE SPT3 FAMILY
Authors: BIRCK C POCH O ROMIER C RUFF M MENGUS G LAVIGNE AC DAVIDSON I MORAS D
Citation: C. Birck et al., HUMAN TAF(II)28 AND TAF(II)18 INTERACT THROUGH A HISTONE FOLD ENCODEDBY ATYPICAL EVOLUTIONARY CONSERVED MOTIFS ALSO FOUND IN THE SPT3 FAMILY, Cell (Cambridge), 94(2), 1998, pp. 239-249
HUMAN TAF(II)135 POTENTIATES TRANSCRIPTIONAL ACTIVATION BY THE AF-2S OF THE RETINOIC ACID, VITAMIN-D3, AND THYROID-HORMONE RECEPTORS IN MAMMALIAN-CELLS
Authors: MENGUS G MAY M CARRE L CHAMBON P DAVIDSON I
Citation: G. Mengus et al., HUMAN TAF(II)135 POTENTIATES TRANSCRIPTIONAL ACTIVATION BY THE AF-2S OF THE RETINOIC ACID, VITAMIN-D3, AND THYROID-HORMONE RECEPTORS IN MAMMALIAN-CELLS, Genes & development, 11(11), 1997, pp. 1381-1395
HUMAN TAF(II)28 INTERACTS WITH THE HUMAN T-CELL LEUKEMIA-VIRUS TYPE-ITAX TRANSACTIVATOR AND PROMOTES ITS TRANSCRIPTIONAL ACTIVITY
Authors: CARON C MENGUS G DUBROWSKAYA V ROISIN A DAVIDSON I JALINOT P
Citation: C. Caron et al., HUMAN TAF(II)28 INTERACTS WITH THE HUMAN T-CELL LEUKEMIA-VIRUS TYPE-ITAX TRANSACTIVATOR AND PROMOTES ITS TRANSCRIPTIONAL ACTIVITY, Proceedings of the National Academy of Sciences of the United Statesof America, 94(8), 1997, pp. 3662-3667
THE TRANSACTIVATION DOMAIN OF ADENOVIRUS E1A INTERACTS WITH THE C-TERMINUS OF HUMAN TAF(II)135
Authors: MAZZARELLI JM MENGUS G DAVIDSON I RICCIARDI RP
Citation: Jm. Mazzarelli et al., THE TRANSACTIVATION DOMAIN OF ADENOVIRUS E1A INTERACTS WITH THE C-TERMINUS OF HUMAN TAF(II)135, Journal of virology, 71(10), 1997, pp. 7978-7983
HUMAN TAF(PARALLEL-TO)28 PROMOTES TRANSCRIPTIONAL STIMULATION BY ACTIVATION FUNCTION-2 OF THE RETINOID-X RECEPTORS
Authors: MAY M MENGUS G LAVIGNE AC CHAMBON P DAVIDSON I
Citation: M. May et al., HUMAN TAF(PARALLEL-TO)28 PROMOTES TRANSCRIPTIONAL STIMULATION BY ACTIVATION FUNCTION-2 OF THE RETINOID-X RECEPTORS, EMBO journal, 15(12), 1996, pp. 3093-3104
MULTIPLE INTERACTIONS BETWEEN HTAF(II)55 AND OTHER TFIID SUBUNITS - REQUIREMENTS FOR THE FORMATION OF STABLE TERNARY COMPLEXES BETWEEN HTAF(II)55 AND THE TATA-BINDING PROTEIN
Authors: LAVIGNE AC MENGUS G MAY M DUBROVSKAYA V TORA L CHAMBON P DAVIDSON I
Citation: Ac. Lavigne et al., MULTIPLE INTERACTIONS BETWEEN HTAF(II)55 AND OTHER TFIID SUBUNITS - REQUIREMENTS FOR THE FORMATION OF STABLE TERNARY COMPLEXES BETWEEN HTAF(II)55 AND THE TATA-BINDING PROTEIN, The Journal of biological chemistry, 271(33), 1996, pp. 19774-19780
CLONING AND CHARACTERIZATION OF HTAF(II)18, HTAF(II)20 AND HTAF(II)28- 3 SUBUNITS OF THE HUMAN TRANSCRIPTION FACTOR TFIID
Authors: MENGUS G MAY M JACQ X STAUB A TORA L CHAMBON P DAVIDSON I
Citation: G. Mengus et al., CLONING AND CHARACTERIZATION OF HTAF(II)18, HTAF(II)20 AND HTAF(II)28- 3 SUBUNITS OF THE HUMAN TRANSCRIPTION FACTOR TFIID, EMBO journal, 14(7), 1995, pp. 1520-1531
PFGE (PULSED-FIELD GEL-ELECTROPHORESIS) O F DNA
Authors: EGLY JM MONNET G MENGUS G REVELANT O
Citation: Jm. Egly et al., PFGE (PULSED-FIELD GEL-ELECTROPHORESIS) O F DNA, Biofutur, (127), 1993, pp. 10000003-10000011
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