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Results: 1-11 |
Results: 11
PROMOTING NOTOCHORD FATE AND REPRESSING MUSCLE DEVELOPMENT IN ZEBRAFISH AXIAL MESODERM
Authors: AMACHER SL KIMMEL CB
Citation: Sl. Amacher et Cb. Kimmel, PROMOTING NOTOCHORD FATE AND REPRESSING MUSCLE DEVELOPMENT IN ZEBRAFISH AXIAL MESODERM, Development, 125(8), 1998, pp. 1397-1406
MOLECULAR-IDENTIFICATION OF SPADETAIL - REGULATION OF ZEBRAFISH TRUNKAND TAIL MESODERM FORMATION BY T-BOX GENES
Authors: GRIFFIN KJP AMACHER SL KIMMEL CB KIMELMAN D
Citation: Kjp. Griffin et al., MOLECULAR-IDENTIFICATION OF SPADETAIL - REGULATION OF ZEBRAFISH TRUNKAND TAIL MESODERM FORMATION BY T-BOX GENES, Development, 125(17), 1998, pp. 3379-3388
ZEBRAFISH PARAXIAL PROTOCADHERIN IS A DOWNSTREAM TARGET OF SPADETAIL INVOLVED IN MORPHOGENESIS OF GASTRULA MESODERM
Authors: YAMAMOTO A AMACHER SL KIM SH GEISSERT D KIMMEL CB DEROBERTIS EM
Citation: A. Yamamoto et al., ZEBRAFISH PARAXIAL PROTOCADHERIN IS A DOWNSTREAM TARGET OF SPADETAIL INVOLVED IN MORPHOGENESIS OF GASTRULA MESODERM, Development, 125(17), 1998, pp. 3389-3397
DOES VERTEBRATE SEGMENTATION UTILIZE PAIR-RULES
Authors: AMACHER SL KIMMEL CB
Citation: Sl. Amacher et Cb. Kimmel, DOES VERTEBRATE SEGMENTATION UTILIZE PAIR-RULES, Developmental biology (Print), 198(1), 1998, pp. 252-252
PARAXIAL PROTOCADHERIN IS A DOWNSTEAM TARGET OF SPADETAIL INVOLED IN MORPHOGENESIS OF THE MESODERMAL MANTLE
Authors: YAMAMOTO A AMACHER SL KIM SH BOUWMEESTER T AGIUS E GEISSERT D KIMMEL CB DEROBERTIS EM
Citation: A. Yamamoto et al., PARAXIAL PROTOCADHERIN IS A DOWNSTEAM TARGET OF SPADETAIL INVOLED IN MORPHOGENESIS OF THE MESODERMAL MANTLE, Developmental biology (Print), 198(1), 1998, pp. 387-387
LOSS OF CEREBUM FUNCTION VENTRALIZES THE ZEBRAFISH EMBRYO
Authors: FISHER S AMACHER SL HALPERN ME
Citation: S. Fisher et al., LOSS OF CEREBUM FUNCTION VENTRALIZES THE ZEBRAFISH EMBRYO, Development, 124(7), 1997, pp. 1301-1311
GENETIC INTERACTIONS IN ZEBRAFISH MIDLINE DEVELOPMENT
Authors: HALPERN ME HATTA K AMACHER SL TALBOT WS YAN YL THISSE B THISSE C POSTLETHWAIT JH KIMMEL CB
Citation: Me. Halpern et al., GENETIC INTERACTIONS IN ZEBRAFISH MIDLINE DEVELOPMENT, Developmental biology, 187(2), 1997, pp. 154-170
GENETIC-ANALYSIS OF ZEBRAFISH MIDLINE DEVELOPMENT
Authors: AMACHER SL YAMAMOTO A DEROBERTIS E KIMMEL CB
Citation: Sl. Amacher et al., GENETIC-ANALYSIS OF ZEBRAFISH MIDLINE DEVELOPMENT, Developmental biology, 186(2), 1997, pp. 56-56
INFLUENCE OF AXIAL MESODERM ON THE DEVELOPMENT OF SLOW MUSCLE PRECURSORS
Authors: DEVOTO SH MELANCON E AMACHER SL EISEN JS WESTERFIELD M
Citation: Sh. Devoto et al., INFLUENCE OF AXIAL MESODERM ON THE DEVELOPMENT OF SLOW MUSCLE PRECURSORS, Developmental biology, 175(2), 1996, pp. 43-43
STRIATED-MUSCLE AND NONMUSCLE FACTORS BINDING TO CARG, A T-RICH, AND MEF2 ELEMENTS OF THE MUSCLE-SPECIFIC MUSCLE CREATINE-KINASE ENHANCER/
Authors: BUSKIN JN AMACHER SL HAUSCHKA SD
Citation: Jn. Buskin et al., STRIATED-MUSCLE AND NONMUSCLE FACTORS BINDING TO CARG, A T-RICH, AND MEF2 ELEMENTS OF THE MUSCLE-SPECIFIC MUSCLE CREATINE-KINASE ENHANCER/, Journal of cellular biochemistry, 1994, pp. 494-494
MULTIPLE REGULATORY ELEMENTS CONTRIBUTE DIFFERENTIALLY TO MUSCLE CREATINE-KINASE ENHANCER ACTIVITY IN SKELETAL AND CARDIAC-MUSCLE
Authors: AMACHER SL BUSKIN JN HAUSCHKA SD
Citation: Sl. Amacher et al., MULTIPLE REGULATORY ELEMENTS CONTRIBUTE DIFFERENTIALLY TO MUSCLE CREATINE-KINASE ENHANCER ACTIVITY IN SKELETAL AND CARDIAC-MUSCLE, Molecular and cellular biology, 13(5), 1993, pp. 2753-2764
Risultati: 1-11 |