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Results: 1-9 |
Results: 9
COOPERATIVE BINDING AND SYNERGISTIC ACTIVATION BY RELA AND C EBP-BETAON THE INTERCELLULAR-ADHESION MOLECULE-1 PROMOTER/
Authors: CATRON KM BRICKWOOD JR SHANG C LI Y SHANNON MF PARKS TP
Citation: Km. Catron et al., COOPERATIVE BINDING AND SYNERGISTIC ACTIVATION BY RELA AND C EBP-BETAON THE INTERCELLULAR-ADHESION MOLECULE-1 PROMOTER/, Cell growth & differentiation, 9(11), 1998, pp. 949-959
COMPARISON OF MSX-1 AND MSX-2 SUGGESTS A MOLECULAR-BASIS FOR FUNCTIONAL REDUNDANCY (VOL 55, PG 185, 1996)
Authors: CATRON KM WANG HY HU GZ SHEN MM ABATESHEN C
Citation: Km. Catron et al., COMPARISON OF MSX-1 AND MSX-2 SUGGESTS A MOLECULAR-BASIS FOR FUNCTIONAL REDUNDANCY (VOL 55, PG 185, 1996), Mechanisms of development, 56(1-2), 1996, pp. 223-223
COMPARISON OF MSX-1 AND MSX-2 SUGGESTS A MOLECULAR-BASIS FOR FUNCTIONAL REDUNDANCY
Authors: CATRON KM WANG HY HU GH SHEN MM ABATESHEN C
Citation: Km. Catron et al., COMPARISON OF MSX-1 AND MSX-2 SUGGESTS A MOLECULAR-BASIS FOR FUNCTIONAL REDUNDANCY, Mechanisms of development, 55(2), 1996, pp. 185-199
A ROLE FOR THE MSX-1 HOMEODOMAIN IN TRANSCRIPTIONAL REGULATION - RESIDUES IN THE N-TERMINAL ARM MEDIATE TATA-BINDING PROTEIN-INTERACTION AND TRANSCRIPTIONAL REPRESSION
Authors: ZHANG HL CATRON KM ABATESHEN C
Citation: Hl. Zhang et al., A ROLE FOR THE MSX-1 HOMEODOMAIN IN TRANSCRIPTIONAL REGULATION - RESIDUES IN THE N-TERMINAL ARM MEDIATE TATA-BINDING PROTEIN-INTERACTION AND TRANSCRIPTIONAL REPRESSION, Proceedings of the National Academy of Sciences of the United Statesof America, 93(5), 1996, pp. 1764-1769
A MOLECULAR-BASIS FOR FUNCTIONAL REDUNDANCY BETWEEN 2 MEMBERS OF THE MSX HOMEODOMAIN FAMILY
Authors: CATRON KM WANG HY SHEN MM ABATE C
Citation: Km. Catron et al., A MOLECULAR-BASIS FOR FUNCTIONAL REDUNDANCY BETWEEN 2 MEMBERS OF THE MSX HOMEODOMAIN FAMILY, Molecular biology of the cell, 6, 1995, pp. 1770-1770
TRANSCRIPTIONAL REPRESSION BY MSX-1 DOES NOT REQUIRE HOMEODOMAIN DNA-BINDING SITES
Authors: CATRON KM ZHANG HL MARSHALL SC INOSTROZA JA WILSON JM ABATE C
Citation: Km. Catron et al., TRANSCRIPTIONAL REPRESSION BY MSX-1 DOES NOT REQUIRE HOMEODOMAIN DNA-BINDING SITES, Molecular and cellular biology, 15(2), 1995, pp. 861-871
HOX PROTEINS HAVE DIFFERENT AFFINITIES FOR A CONSENSUS DNA SITE THAT CORRELATE WITH THE POSITIONS OF THEIR GENES ON THE HOX CLUSTER
Authors: PELLERIN I SCHNABEL C CATRON KM ABATE C
Citation: I. Pellerin et al., HOX PROTEINS HAVE DIFFERENT AFFINITIES FOR A CONSENSUS DNA SITE THAT CORRELATE WITH THE POSITIONS OF THEIR GENES ON THE HOX CLUSTER, Molecular and cellular biology, 14(7), 1994, pp. 4532-4545
TRANSCRIPTIONAL CONTROL OF THE TISSUE-SPECIFIC, DEVELOPMENTALLY-REGULATED OSTEOCALCIN GENE REQUIRES A BINDING MOTIF FOR THE MSX FAMILY OF HOMEODOMAIN PROTEINS
Authors: HOFFMANN HM CATRON KM VANWIJNEN AJ MCCABE LR LIAN JB STEIN GS STEIN JL
Citation: Hm. Hoffmann et al., TRANSCRIPTIONAL CONTROL OF THE TISSUE-SPECIFIC, DEVELOPMENTALLY-REGULATED OSTEOCALCIN GENE REQUIRES A BINDING MOTIF FOR THE MSX FAMILY OF HOMEODOMAIN PROTEINS, Proceedings of the National Academy of Sciences of the United Statesof America, 91(26), 1994, pp. 12887-12891
DESIGN OF A MINIMAL HOMEODOMAIN - THE N-TERMINAL ARM MODULATES DNA-BINDING AFFINITY AND STABILIZES HOMEODOMAIN STRUCTURE
Authors: SHANG ZG ISAAC VE LI HC PATEL L CATRON KM CURRAN T MONTELIONE GT ABATE C
Citation: Zg. Shang et al., DESIGN OF A MINIMAL HOMEODOMAIN - THE N-TERMINAL ARM MODULATES DNA-BINDING AFFINITY AND STABILIZES HOMEODOMAIN STRUCTURE, Proceedings of the National Academy of Sciences of the United Statesof America, 91(18), 1994, pp. 8373-8377
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