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Results: 1-10 |
Results: 10
A CONSERVED C-TERMINAL DOMAIN IN PBX INCREASES DNA-BINDING BY THE PBXHOMEODOMAIN AND IS NOT A PRIMARY SITE OF CONTACT FOR THE YPWM MOTIF OF HOXA1
Authors: GREEN NC RAMBALDI I TEAKLES J FEATHERSTONE MS
Citation: Nc. Green et al., A CONSERVED C-TERMINAL DOMAIN IN PBX INCREASES DNA-BINDING BY THE PBXHOMEODOMAIN AND IS NOT A PRIMARY SITE OF CONTACT FOR THE YPWM MOTIF OF HOXA1, The Journal of biological chemistry, 273(21), 1998, pp. 13273-13279
BOTH 5'-ELEMENTS AND 3'-ELEMENTS TO THE MURINE HOXD4 GENE ESTABLISH ANTERIOR BORDERS OF EXPRESSION IN MESODERM AND NEURECTODERM
Authors: ZHANG F POPPERL H MORRISON A KOVACS EN PRIDEAUX V SCHWARZ L KRUMLAUF R ROSSANT J FEATHERSTONE MS
Citation: F. Zhang et al., BOTH 5'-ELEMENTS AND 3'-ELEMENTS TO THE MURINE HOXD4 GENE ESTABLISH ANTERIOR BORDERS OF EXPRESSION IN MESODERM AND NEURECTODERM, Mechanisms of development, 67(1), 1997, pp. 49-58
CHARACTERIZATION AND RETINOIC ACID RESPONSIVENESS OF THE MURINE HOXD4TRANSCRIPTION UNIT
Authors: FOLBERG A KOVACS EN FEATHERSTONE MS
Citation: A. Folberg et al., CHARACTERIZATION AND RETINOIC ACID RESPONSIVENESS OF THE MURINE HOXD4TRANSCRIPTION UNIT, The Journal of biological chemistry, 272(46), 1997, pp. 29151-29157
RESIDUES FLANKING THE HOX YPWM MOTIF CONTRIBUTE TO COOPERATIVE INTERACTIONS WITH PBX
Authors: SHANMUGAM K FEATHERSTONE MS SARAGOVI HU
Citation: K. Shanmugam et al., RESIDUES FLANKING THE HOX YPWM MOTIF CONTRIBUTE TO COOPERATIVE INTERACTIONS WITH PBX, The Journal of biological chemistry, 272(30), 1997, pp. 19081-19087
DISTINCT HOX N-TERMINAL ARM RESIDUES ARE RESPONSIBLE FOR SPECIFICITY OF DNA RECOGNITION BY HOX MONOMERS AND HOX-PBX HETERODIMERS
Authors: PHELAN ML FEATHERSTONE MS
Citation: Ml. Phelan et Ms. Featherstone, DISTINCT HOX N-TERMINAL ARM RESIDUES ARE RESPONSIBLE FOR SPECIFICITY OF DNA RECOGNITION BY HOX MONOMERS AND HOX-PBX HETERODIMERS, The Journal of biological chemistry, 272(13), 1997, pp. 8635-8643
COMPOUND MUTANTS FOR THE PARALOGOUS HOXA-4, HOXB-4, AND HOXD-4 GENES SHOW MORE COMPLETE HOMEOTIC TRANSFORMATIONS AND A DOSE-DEPENDENT INCREASE IN THE NUMBER OF VERTEBRAE TRANSFORMED
Authors: HORAN GSB RAMIREZSOLIS R FEATHERSTONE MS WOLGEMUTH DJ BRADLEY A BEHRINGER RR
Citation: Gsb. Horan et al., COMPOUND MUTANTS FOR THE PARALOGOUS HOXA-4, HOXB-4, AND HOXD-4 GENES SHOW MORE COMPLETE HOMEOTIC TRANSFORMATIONS AND A DOSE-DEPENDENT INCREASE IN THE NUMBER OF VERTEBRAE TRANSFORMED, Genes & development, 9(13), 1995, pp. 1667-1677
COOPERATIVE INTERACTIONS BETWEEN HOX AND PBX PROTEINS MEDIATED BY A CONSERVED PEPTIDE MOTIF
Authors: PHELAN ML RAMBALDI I FEATHERSTONE MS
Citation: Ml. Phelan et al., COOPERATIVE INTERACTIONS BETWEEN HOX AND PBX PROTEINS MEDIATED BY A CONSERVED PEPTIDE MOTIF, Molecular and cellular biology, 15(8), 1995, pp. 3989-3997
MUTATIONS IN PARALOGOUS HOX GENES RESULT IN OVERLAPPING HOMEOTIC TRANSFORMATIONS OF THE AXIAL SKELETON - EVIDENCE FOR UNIQUE AND REDUNDANT FUNCTION
Authors: HORAN GSB KOVACS EN BEHRINGER RR FEATHERSTONE MS
Citation: Gsb. Horan et al., MUTATIONS IN PARALOGOUS HOX GENES RESULT IN OVERLAPPING HOMEOTIC TRANSFORMATIONS OF THE AXIAL SKELETON - EVIDENCE FOR UNIQUE AND REDUNDANT FUNCTION, Developmental biology, 169(1), 1995, pp. 359-372
PROLINE-RICH TRANSCRIPTIONAL ACTIVATION DOMAIN IN MURINE HOXD-4 (HOX-4.2)
Authors: RAMBALDI I KOVACS EN FEATHERSTONE MS
Citation: I. Rambaldi et al., PROLINE-RICH TRANSCRIPTIONAL ACTIVATION DOMAIN IN MURINE HOXD-4 (HOX-4.2), Nucleic acids research, 22(3), 1994, pp. 376-382
FUNCTIONAL DIFFERENCES BETWEEN HOX PROTEINS CONFERRED BY 2 RESIDUES IN THE HOMEODOMAIN N-TERMINAL ARM
Authors: PHELAN ML SADOUL R FEATHERSTONE MS
Citation: Ml. Phelan et al., FUNCTIONAL DIFFERENCES BETWEEN HOX PROTEINS CONFERRED BY 2 RESIDUES IN THE HOMEODOMAIN N-TERMINAL ARM, Molecular and cellular biology, 14(8), 1994, pp. 5066-5075
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