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Results: 1-9 |
Results: 9
LADYBIRD DETERMINES CELL FATE DECISIONS DURING DIVERSIFICATION OF DROSOPHILA SOMATIC MUSCLES
Authors: JAGLA T BELLARD F LUTZ Y DRETZEN G BELLARD M JAGLA K
Citation: T. Jagla et al., LADYBIRD DETERMINES CELL FATE DECISIONS DURING DIVERSIFICATION OF DROSOPHILA SOMATIC MUSCLES, Development, 125(18), 1998, pp. 3699-3708
LADYBIRD, A NEW COMPONENT OF THE CARDIOGENIC PATHWAY IN DROSOPHILA REQUIRED FOR DIVERSIFICATION OF HEART PRECURSORS
Authors: JAGLA K FRASCH M JAGLA T DRETZEN G BELLARD F BELLARD M
Citation: K. Jagla et al., LADYBIRD, A NEW COMPONENT OF THE CARDIOGENIC PATHWAY IN DROSOPHILA REQUIRED FOR DIVERSIFICATION OF HEART PRECURSORS, Development, 124(18), 1997, pp. 3471-3479
LADYBIRD, A TANDEM OF HOMEOBOX GENES THAT MAINTAIN LATE WINGLESS EXPRESSION IN TERMINAL AND DORSAL EPIDERMIS OF THE DROSOPHILA EMBRYO
Authors: JAGLA K JAGLA T HEITZLER P DRETZEN G BELLARD F BELLARD M
Citation: K. Jagla et al., LADYBIRD, A TANDEM OF HOMEOBOX GENES THAT MAINTAIN LATE WINGLESS EXPRESSION IN TERMINAL AND DORSAL EPIDERMIS OF THE DROSOPHILA EMBRYO, Development, 124(1), 1997, pp. 91-100
THE BROAD-COMPLEX GENE IS A TISSUE-SPECIFIC MODULATOR OF THE ECDYSONERESPONSE OF THE DROSOPHILA HSP23 GENE
Authors: DUBROVSKY EB DRETZEN G BERGER EM
Citation: Eb. Dubrovsky et al., THE BROAD-COMPLEX GENE IS A TISSUE-SPECIFIC MODULATOR OF THE ECDYSONERESPONSE OF THE DROSOPHILA HSP23 GENE, Molecular and cellular biology, 16(11), 1996, pp. 6542-6552
MOUSE LBX1 AND HUMAN LBX1 DEFINE A NOVEL MAMMALIAN HOMEOBOX GENE FAMILY RELATED TO THE DROSOPHILA LADY BIRD GENES
Authors: JAGLA K DOLLE P MATTEI MG JAGLA T SCHUHBAUR B DRETZEN G BELLARD F BELLARD M
Citation: K. Jagla et al., MOUSE LBX1 AND HUMAN LBX1 DEFINE A NOVEL MAMMALIAN HOMEOBOX GENE FAMILY RELATED TO THE DROSOPHILA LADY BIRD GENES, Mechanisms of development, 53(3), 1995, pp. 345-356
A DISTINCT CLASS OF HOMEODOMAIN PROTEINS IS ENCODED BY 2 SEQUENTIALLYEXPRESSED DROSOPHILA GENES FROM THE 93D E CLUSTER/
Authors: JAGLA K STANCEVA I DRETZEN G BELLARD F BELLARD M
Citation: K. Jagla et al., A DISTINCT CLASS OF HOMEODOMAIN PROTEINS IS ENCODED BY 2 SEQUENTIALLYEXPRESSED DROSOPHILA GENES FROM THE 93D E CLUSTER/, Nucleic acids research, 22(7), 1994, pp. 1202-1207
THE DROSOPHILA BROAD-COMPLEX REGULATES DEVELOPMENTAL-CHANGES IN TRANSCRIPTION AND CHROMATIN STRUCTURE OF THE 67B HEAT-SHOCK GENE-CLUSTER
Authors: DUBROVSKY EB DRETZEN G BELLARD M
Citation: Eb. Dubrovsky et al., THE DROSOPHILA BROAD-COMPLEX REGULATES DEVELOPMENTAL-CHANGES IN TRANSCRIPTION AND CHROMATIN STRUCTURE OF THE 67B HEAT-SHOCK GENE-CLUSTER, Journal of Molecular Biology, 241(3), 1994, pp. 353-362
A NOVEL HOMEOBOX NKCH4 GENE FROM THE DROSOPHILA 93E REGION
Authors: JAGLA K GEORGEL P BELLARD F DRETZEN G BELLARD M
Citation: K. Jagla et al., A NOVEL HOMEOBOX NKCH4 GENE FROM THE DROSOPHILA 93E REGION, Gene, 127(2), 1993, pp. 165-171
GEBF-I ACTIVATES THE DROSOPHILA SGS3 GENE ENHANCER BY ALTERING A POSITIONED NUCLEOSOMAL CORE PARTICLE
Authors: GEORGEL P DRETZEN G JAGLA K BELLARD F DUBROVSKY E CALCO V BELLARD M
Citation: P. Georgel et al., GEBF-I ACTIVATES THE DROSOPHILA SGS3 GENE ENHANCER BY ALTERING A POSITIONED NUCLEOSOMAL CORE PARTICLE, Journal of Molecular Biology, 234(2), 1993, pp. 319-330
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