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Results: 1-16 |
Results: 16
EXPRESSION OF THE MOUSE FKH1 MF1 AND MFH1 GENES IN LATE-GESTATION EMBRYOS IS RESTRICTED TO MESODERM DERIVATIVES/
Authors: HIEMISCH H MONAGHAN AP SCHUTZ G KAESTNER KH
Citation: H. Hiemisch et al., EXPRESSION OF THE MOUSE FKH1 MF1 AND MFH1 GENES IN LATE-GESTATION EMBRYOS IS RESTRICTED TO MESODERM DERIVATIVES/, Mechanisms of development, 73(1), 1998, pp. 129-132
DICKKOPF-1 IS A MEMBER OF A NEW FAMILY OF SECRETED PROTEINS AND FUNCTIONS IN HEAD INDUCTION
Authors: GLINKA A WU W DELIUS H MONAGHAN AP BLUMENSTOCK C NIEHRS C
Citation: A. Glinka et al., DICKKOPF-1 IS A MEMBER OF A NEW FAMILY OF SECRETED PROTEINS AND FUNCTIONS IN HEAD INDUCTION, Nature, 391(6665), 1998, pp. 357-362
SHOT, A SHOX-RELATED HOMEOBOX GENE, IS IMPLICATED IN CRANIOFACIAL, BRAIN, HEART, AND LIMB DEVELOPMENT
Authors: BLASCHKE RJ MONAGHAN AP SCHILLER S SCHECHINGER B RAO E PADILLANASH H RIED T RAPPOLD GA
Citation: Rj. Blaschke et al., SHOT, A SHOX-RELATED HOMEOBOX GENE, IS IMPLICATED IN CRANIOFACIAL, BRAIN, HEART, AND LIMB DEVELOPMENT, Proceedings of the National Academy of Sciences of the United Statesof America, 95(5), 1998, pp. 2406-2411
DEFECTIVE LIMBIC SYSTEM IN MICE LACKING THE TAILLESS GENE
Authors: MONAGHAN AP BOCK D GASS P SCHWAGER A WOLFER DP LIPP HP SCHUTZ G
Citation: Ap. Monaghan et al., DEFECTIVE LIMBIC SYSTEM IN MICE LACKING THE TAILLESS GENE, Nature, 390(6659), 1997, pp. 515-517
CLUSTERED ARRANGEMENT OF WINGED HELIX GENES FKH-6 AND MFH-1 - POSSIBLE IMPLICATIONS FOR MESODERM DEVELOPMENT
Authors: KAESTNER KH BLECKMANN SC MONAGHAN AP SCHLONDORFF J MINCHEVA A LICHTER P SCHUTZ G
Citation: Kh. Kaestner et al., CLUSTERED ARRANGEMENT OF WINGED HELIX GENES FKH-6 AND MFH-1 - POSSIBLE IMPLICATIONS FOR MESODERM DEVELOPMENT, Development, 122(6), 1996, pp. 1751-1758
THE MOUSE HOMOLOG OF THE REGION-SPECIFIC HOMEOTIC GENE SPALT OF DROSOPHILA IS EXPRESSED IN THE DEVELOPING NERVOUS-SYSTEM AND IN MESODERM-DERIVED STRUCTURES
Authors: OTT T KAESTNER KH MONAGHAN AP SCHUTZ G
Citation: T. Ott et al., THE MOUSE HOMOLOG OF THE REGION-SPECIFIC HOMEOTIC GENE SPALT OF DROSOPHILA IS EXPRESSED IN THE DEVELOPING NERVOUS-SYSTEM AND IN MESODERM-DERIVED STRUCTURES, Mechanisms of development, 56(1-2), 1996, pp. 117-128
EXPRESSION OF THE WINGED HELIX GENES FKH-4 AND FKH-5 DEFINES DOMAINS IN THE CENTRAL-NERVOUS-SYSTEM
Authors: KAESTNER KH SCHUTZ G MONAGHAN AP
Citation: Kh. Kaestner et al., EXPRESSION OF THE WINGED HELIX GENES FKH-4 AND FKH-5 DEFINES DOMAINS IN THE CENTRAL-NERVOUS-SYSTEM, Mechanisms of development, 55(2), 1996, pp. 221-230
REGULATION OF CRE RECOMBINASE ACTIVITY BY THE SYNTHETIC STEROID RU-486
Authors: KELLENDONK C TRONCHE F MONAGHAN AP ANGRAND PO STEWART F SCHUTZ G
Citation: C. Kellendonk et al., REGULATION OF CRE RECOMBINASE ACTIVITY BY THE SYNTHETIC STEROID RU-486, Nucleic acids research, 24(8), 1996, pp. 1404-1411
THE MOUSE HOMOLOG OF THE ORPHAN NUCLEAR RECEPTOR TAILLESS IS EXPRESSED IN THE DEVELOPING FOREBRAIN
Authors: MONAGHAN AP GRAU E BOCK D SCHUTZ G
Citation: Ap. Monaghan et al., THE MOUSE HOMOLOG OF THE ORPHAN NUCLEAR RECEPTOR TAILLESS IS EXPRESSED IN THE DEVELOPING FOREBRAIN, Development, 121(3), 1995, pp. 839-853
TARGETED DISRUPTION OF THE GLUCOCORTICOID RECEPTOR GENE BLOCKS ADRENERGIC CHROMAFFIN CELL-DEVELOPMENT AND SEVERELY RETARDS LUNG MATURATION
Authors: COLE TJ BLENDY JA MONAGHAN AP KRIEGLSTEIN K SCHMID W AGUZZI A FANTUZZI G HUMMLER E UNSICKER K SCHUTZ G
Citation: Tj. Cole et al., TARGETED DISRUPTION OF THE GLUCOCORTICOID RECEPTOR GENE BLOCKS ADRENERGIC CHROMAFFIN CELL-DEVELOPMENT AND SEVERELY RETARDS LUNG MATURATION, Genes & development, 9(13), 1995, pp. 1608-1621
MOLECULAR-GENETIC ANALYSIS OF GLUCOCORTICOID SIGNALING DURING MOUSE DEVELOPMENT
Authors: COLE TJ BLENDY JA MONAGHAN AP SCHMID W AGUZZI A SCHUTZ G
Citation: Tj. Cole et al., MOLECULAR-GENETIC ANALYSIS OF GLUCOCORTICOID SIGNALING DURING MOUSE DEVELOPMENT, Steroids, 60(1), 1995, pp. 93-96
THE MOUSE FKH-2 GENE - IMPLICATIONS FOR NOTOCHORD, FOREGUT, AND MIDBRAIN REGIONALIZATION
Authors: KAESTNER KH MONAGHAN AP KERN H ANG SL WEITZ S LICHTER P SCHUTZ G
Citation: Kh. Kaestner et al., THE MOUSE FKH-2 GENE - IMPLICATIONS FOR NOTOCHORD, FOREGUT, AND MIDBRAIN REGIONALIZATION, The Journal of biological chemistry, 270(50), 1995, pp. 30029-30035
CHARACTERIZATION OF THE MOUSE HNF-4 GENE AND ITS EXPRESSION DURING MOUSE EMBRYOGENESIS
Authors: TARAVIRAS S MONAGHAN AP SCHUTZ G KELSEY G
Citation: S. Taraviras et al., CHARACTERIZATION OF THE MOUSE HNF-4 GENE AND ITS EXPRESSION DURING MOUSE EMBRYOGENESIS, Mechanisms of development, 48(2), 1994, pp. 67-79
A CELL-SPECIFIC ENHANCER FAR UPSTREAM OF THE MOUSE TYROSINASE GENE CONFERS HIGH-LEVEL AND COPY NUMBER-RELATED EXPRESSION IN TRANSGENIC MICE
Authors: GANSS R MONTOLIU L MONAGHAN AP SCHUTZ G
Citation: R. Ganss et al., A CELL-SPECIFIC ENHANCER FAR UPSTREAM OF THE MOUSE TYROSINASE GENE CONFERS HIGH-LEVEL AND COPY NUMBER-RELATED EXPRESSION IN TRANSGENIC MICE, EMBO journal, 13(13), 1994, pp. 3083-3093
POSTIMPLANTATION EXPRESSION PATTERNS INDICATE A ROLE FOR THE MOUSE FORKHEAD HNF-3 ALPHA,BETA AND GAMMA GENES IN DETERMINATION OF THE DEFINITIVE ENDODERM, CHORDAMESODERM AND NEUROECTODERM/
Authors: MONAGHAN AP KAESTNER KH GRAU E SCHUTZ G
Citation: Ap. Monaghan et al., POSTIMPLANTATION EXPRESSION PATTERNS INDICATE A ROLE FOR THE MOUSE FORKHEAD HNF-3 ALPHA,BETA AND GAMMA GENES IN DETERMINATION OF THE DEFINITIVE ENDODERM, CHORDAMESODERM AND NEUROECTODERM/, Development, 119(3), 1993, pp. 567-578
6 MEMBERS OF THE MOUSE FORKHEAD GENE FAMILY ARE DEVELOPMENTALLY-REGULATED
Authors: KAESTNER KH LEE KH SCHLONDORFF J HEIMISCH H MONAGHAN AP SCHUTZ G
Citation: Kh. Kaestner et al., 6 MEMBERS OF THE MOUSE FORKHEAD GENE FAMILY ARE DEVELOPMENTALLY-REGULATED, Proceedings of the National Academy of Sciences of the United Statesof America, 90(16), 1993, pp. 7628-7631
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