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Results: 1-9 |
Results: 9
A ROLE FOR FGF-8 IN THE DORSOVENTRAL PATTERNING OF THE ZEBRAFISH GASTRULA
Authors: FURTHAUER M THISSE C THISSE B
Citation: M. Furthauer et al., A ROLE FOR FGF-8 IN THE DORSOVENTRAL PATTERNING OF THE ZEBRAFISH GASTRULA, Development, 124(21), 1997, pp. 4253-4264
BOTH APOLIPOPROTEIN-E AND A-I GENES ARE PRESENT IN A NONMAMMALIAN VERTEBRATE AND ARE HIGHLY EXPRESSED DURING EMBRYONIC-DEVELOPMENT
Authors: BABIN PJ THISSE C DURLIAT M ANDRE M AKIMENKO MA THISSE B
Citation: Pj. Babin et al., BOTH APOLIPOPROTEIN-E AND A-I GENES ARE PRESENT IN A NONMAMMALIAN VERTEBRATE AND ARE HIGHLY EXPRESSED DURING EMBRYONIC-DEVELOPMENT, Proceedings of the National Academy of Sciences of the United Statesof America, 94(16), 1997, pp. 8622-8627
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
THE EXPRESSION PATTERN OF THE MOUSE RECEPTOR TYROSINE KINASE GENE MDK1 IS CONSERVED THROUGH EVOLUTION AND REQUIRES HOXA-2 FOR RHOMBOMERE-SPECIFIC EXPRESSION IN MOUSE EMBRYOS
Authors: TANEJA R THISSE B RIJLI FM THISSE C BOUILLET P DOLLE P CHAMBON P
Citation: R. Taneja et al., THE EXPRESSION PATTERN OF THE MOUSE RECEPTOR TYROSINE KINASE GENE MDK1 IS CONSERVED THROUGH EVOLUTION AND REQUIRES HOXA-2 FOR RHOMBOMERE-SPECIFIC EXPRESSION IN MOUSE EMBRYOS, Developmental biology, 177(2), 1996, pp. 397-412
NOVEL FGF RECEPTOR (Z-FGFR4) IS DYNAMICALLY EXPRESSED IN MESODERM ANDNEURECTODERM DURING EARLY ZEBRAFISH EMBRYOGENESIS
Authors: THISSE B THISSE C WESTON JA
Citation: B. Thisse et al., NOVEL FGF RECEPTOR (Z-FGFR4) IS DYNAMICALLY EXPRESSED IN MESODERM ANDNEURECTODERM DURING EARLY ZEBRAFISH EMBRYOGENESIS, Developmental dynamics, 203(3), 1995, pp. 377-391
CELL-AUTONOMOUS SHIFT FROM AXIAL TO PARAXIAL MESODERMAL DEVELOPMENT IN ZEBRAFISH FLOATING HEAD MUTANTS
Authors: HALPERN ME THISSE C HO RK THISSE B RIGGLEMAN B TREVARROW B WEINBERG ES POSTLETHWAIT JH KIMMEL CB
Citation: Me. Halpern et al., CELL-AUTONOMOUS SHIFT FROM AXIAL TO PARAXIAL MESODERMAL DEVELOPMENT IN ZEBRAFISH FLOATING HEAD MUTANTS, Development, 121(12), 1995, pp. 4257-4264
EXPRESSION OF SNAIL2, A 2ND MEMBER OF THE ZEBRAFISH SNAIL FAMILY, IN CEPHALIC MESENDODERM AND PRESUMPTIVE NEURAL CREST OF WILD-TYPE AND SPADETAIL MUTANT EMBRYOS
Authors: THISSE C THISSE B POSTLETHWAIT JH
Citation: C. Thisse et al., EXPRESSION OF SNAIL2, A 2ND MEMBER OF THE ZEBRAFISH SNAIL FAMILY, IN CEPHALIC MESENDODERM AND PRESUMPTIVE NEURAL CREST OF WILD-TYPE AND SPADETAIL MUTANT EMBRYOS, Developmental biology, 172(1), 1995, pp. 86-99
GOOSECOID EXPRESSION IN NEURECTODERM AND MESENDODERM IS DISRUPTED IN ZEBRAFISH CYCLOPS GASTRULAS
Authors: THISSE C THISSE B HALPERN ME POSTLETHWAIT JH
Citation: C. Thisse et al., GOOSECOID EXPRESSION IN NEURECTODERM AND MESENDODERM IS DISRUPTED IN ZEBRAFISH CYCLOPS GASTRULAS, Developmental biology, 164(2), 1994, pp. 420-429
STRUCTURE OF THE ZEBRAFISH SNAIL1 GENE AND ITS EXPRESSION IN WILD-TYPE, SPADETAIL AND NO TAIL MUTANT EMBRYOS
Authors: THISSE C THISSE B SCHILLING TF POSTLETHWAIT JH
Citation: C. Thisse et al., STRUCTURE OF THE ZEBRAFISH SNAIL1 GENE AND ITS EXPRESSION IN WILD-TYPE, SPADETAIL AND NO TAIL MUTANT EMBRYOS, Development, 119(4), 1993, pp. 1203-1215
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