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Results: 1-11 |
Results: 11
EXPRESSION OF 2 ZEBRAFISH HOMOLOGS OF THE MURINE SIX3 GENE DEMARCATESTHE INITIAL EYE PRIMORDIA
Authors: SEO HC DRIVENES O ELLINGSEN S FJOSE A
Citation: Hc. Seo et al., EXPRESSION OF 2 ZEBRAFISH HOMOLOGS OF THE MURINE SIX3 GENE DEMARCATESTHE INITIAL EYE PRIMORDIA, Mechanisms of development, 73(1), 1998, pp. 45-57
THE ZEBRAFISH PAX3 AND PAX7 HOMOLOGS ARE HIGHLY CONSERVED, ENCODE MULTIPLE ISOFORMS AND SHOW DYNAMIC SEGMENT-LIKE EXPRESSION IN THE DEVELOPING BRAIN
Authors: SEO HC SAETRE BO HAVIK B ELLINGSEN S FJOSE A
Citation: Hc. Seo et al., THE ZEBRAFISH PAX3 AND PAX7 HOMOLOGS ARE HIGHLY CONSERVED, ENCODE MULTIPLE ISOFORMS AND SHOW DYNAMIC SEGMENT-LIKE EXPRESSION IN THE DEVELOPING BRAIN, Mechanisms of development, 70(1-2), 1998, pp. 49-63
TRANSIENT EXPRESSION OF A NOVEL SIX3-RELATED ZEBRAFISH GENE DURING GASTRULATION AND EYE FORMATION
Authors: SEO HC DRIVENES O ELLINGSEN S FJOSE A
Citation: Hc. Seo et al., TRANSIENT EXPRESSION OF A NOVEL SIX3-RELATED ZEBRAFISH GENE DURING GASTRULATION AND EYE FORMATION, Gene, 216(1), 1998, pp. 39-46
A ZEBRAFISH SIX4 HOMOLOG WITH EARLY EXPRESSION IN HEAD MESODERM
Authors: SEO HC DRIVENES O FJOSE A
Citation: Hc. Seo et al., A ZEBRAFISH SIX4 HOMOLOG WITH EARLY EXPRESSION IN HEAD MESODERM, Biochimica et biophysica acta, N. Gene structure and expression, 1442(2-3), 1998, pp. 427-431
A VASA-LIKE GENE IN ZEBRAFISH IDENTIFIES PUTATIVE PRIMORDIAL GERM-CELLS
Authors: OLSEN LC AASLAND R FJOSE A
Citation: Lc. Olsen et al., A VASA-LIKE GENE IN ZEBRAFISH IDENTIFIES PUTATIVE PRIMORDIAL GERM-CELLS, Mechanisms of development, 66(1-2), 1997, pp. 95-105
SOLID-PHASE TECHNOLOGY IMPROVES COUPLED GEL SHIFT FOOTPRINTING ANALYSIS/
Authors: RAGNHILDSTVEIT E FJOSE A BECKER PB QUIVY JP
Citation: E. Ragnhildstveit et al., SOLID-PHASE TECHNOLOGY IMPROVES COUPLED GEL SHIFT FOOTPRINTING ANALYSIS/, Nucleic acids research, 25(2), 1997, pp. 453-454
A NOVEL VERTEBRATE SVP-RELATED NUCLEAR RECEPTOR IS EXPRESSED AS A STEP GRADIENT IN DEVELOPING RHOMBOMERES AND IS AFFECTED BY RETINOIC ACID
Authors: FJOSE A WEBER U MLODZIK M
Citation: A. Fjose et al., A NOVEL VERTEBRATE SVP-RELATED NUCLEAR RECEPTOR IS EXPRESSED AS A STEP GRADIENT IN DEVELOPING RHOMBOMERES AND IS AFFECTED BY RETINOIC ACID, Mechanisms of development, 52(2-3), 1995, pp. 233-246
EMBRYONIC EXPRESSION AND DNA-BINDING PROPERTIES OF ZEBRAFISH PAX-6
Authors: AMIRTHALINGAM K LORENS JB SAETRE BO SALANECK E FJOSE A
Citation: K. Amirthalingam et al., EMBRYONIC EXPRESSION AND DNA-BINDING PROPERTIES OF ZEBRAFISH PAX-6, Biochemical and biophysical research communications, 215(1), 1995, pp. 122-128
EXPRESSION OF THE ZEBRAFISH GENE HLX-1 IN THE PRECHORDAL PLATE AND DURING CNS DEVELOPMENT
Authors: FJOSE A IZPISUABELMONTE JC FROMENTALRAMAIN C DUBOULE D
Citation: A. Fjose et al., EXPRESSION OF THE ZEBRAFISH GENE HLX-1 IN THE PRECHORDAL PLATE AND DURING CNS DEVELOPMENT, Development, 120(1), 1994, pp. 71-81
REGULATORY GENE-EXPRESSION BOUNDARIES DEMARCATE SITES OF NEURONAL DIFFERENTIATION IN THE EMBRYONIC ZEBRAFISH FOREBRAIN
Authors: MACDONALD R XU QL BARTH KA MIKKOLA I HOLDER N FJOSE A KRAUSS S WILSON SW
Citation: R. Macdonald et al., REGULATORY GENE-EXPRESSION BOUNDARIES DEMARCATE SITES OF NEURONAL DIFFERENTIATION IN THE EMBRYONIC ZEBRAFISH FOREBRAIN, Neuron, 13(5), 1994, pp. 1039-1053
GENOMIC SEQUENCE AND EMBRYONIC EXPRESSION OF THE ZEBRAFISH HOMEOBOX GENE HOX-3.4
Authors: ERICSON JU KRAUSS S FJOSE A
Citation: Ju. Ericson et al., GENOMIC SEQUENCE AND EMBRYONIC EXPRESSION OF THE ZEBRAFISH HOMEOBOX GENE HOX-3.4, The International journal of developmental biology, 37(2), 1993, pp. 263-272
Risultati: 1-11 |