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Results: 1-10 |
Results: 10
DROSOPHILA CUBITUS INTERRUPTUS FORMS A NEGATIVE FEEDBACK LOOP WITH PATCHED AND REGULATES EXPRESSION OF HEDGEHOG TARGET GENES
Authors: HEPKER J WANG QT MOTZNY CK HOLMGREN R ORENIC TV
Citation: J. Hepker et al., DROSOPHILA CUBITUS INTERRUPTUS FORMS A NEGATIVE FEEDBACK LOOP WITH PATCHED AND REGULATES EXPRESSION OF HEDGEHOG TARGET GENES, Development, 124(2), 1997, pp. 549-558
THE RELATIONS OF REGULATION AND EMOTIONALITY TO CHILDRENS SITUATIONALEMPATHY-RELATED RESPONDING
Authors: GURTHRIE IK EISENBERG N FABES RA MURPHY BC HOLMGREN R MAZSK P SUH K
Citation: Ik. Gurthrie et al., THE RELATIONS OF REGULATION AND EMOTIONALITY TO CHILDRENS SITUATIONALEMPATHY-RELATED RESPONDING, Motivation and emotion, 21(1), 1997, pp. 87-108
THE RELATIONS OF REGULATION AND EMOTIONALITY TO PROBLEM BEHAVIOR IN ELEMENTARY-SCHOOL-CHILDREN
Authors: EISENBERG N FABES RA GUTHRIE IK MURPHY BC MASZK P HOLMGREN R SUH K
Citation: N. Eisenberg et al., THE RELATIONS OF REGULATION AND EMOTIONALITY TO PROBLEM BEHAVIOR IN ELEMENTARY-SCHOOL-CHILDREN, Development and psychopathology, 8(1), 1996, pp. 141-162
THE DROSOPHILA CUBITUS INTERRUPTUS PROTEIN AND ITS ROLE IN THE WINGLESS AND HEDGEHOG SIGNAL-TRANSDUCTION PATHWAYS
Authors: MOTZNY CK HOLMGREN R
Citation: Ck. Motzny et R. Holmgren, THE DROSOPHILA CUBITUS INTERRUPTUS PROTEIN AND ITS ROLE IN THE WINGLESS AND HEDGEHOG SIGNAL-TRANSDUCTION PATHWAYS, Mechanisms of development, 52(1), 1995, pp. 137-150
SPECIFICATION OF NEUROBLAST IDENTITY IN THE DROSOPHILA EMBRYONIC CENTRAL-NERVOUS-SYSTEM BY GOOSEBERRY-DISTAL
Authors: SKEATH JB ZHANG Y HOLMGREN R CARROLL SB DOE CQ
Citation: Jb. Skeath et al., SPECIFICATION OF NEUROBLAST IDENTITY IN THE DROSOPHILA EMBRYONIC CENTRAL-NERVOUS-SYSTEM BY GOOSEBERRY-DISTAL, Nature, 376(6539), 1995, pp. 427-430
MUTATIONS THAT ALTER THE TIMING AND PATTERN OF CUBITUS INTERRUPTUS GENE-EXPRESSION IN DROSOPHILA-MELANOGASTER
Authors: SLUSARSKI DC MOTZNY CK HOLMGREN R
Citation: Dc. Slusarski et al., MUTATIONS THAT ALTER THE TIMING AND PATTERN OF CUBITUS INTERRUPTUS GENE-EXPRESSION IN DROSOPHILA-MELANOGASTER, Genetics, 139(1), 1995, pp. 229-240
EXPRESSION OF THE DROSOPHILA GOOSEBERRY LOCUS DEFINES A SUBSET OF NEUROBLAST LINEAGES IN THE CENTRAL-NERVOUS-SYSTEM
Authors: BUENZOW DE HOLMGREN R
Citation: De. Buenzow et R. Holmgren, EXPRESSION OF THE DROSOPHILA GOOSEBERRY LOCUS DEFINES A SUBSET OF NEUROBLAST LINEAGES IN THE CENTRAL-NERVOUS-SYSTEM, Developmental biology, 170(2), 1995, pp. 338-349
ECTOPIC EXPRESSION OF EITHER THE DROSOPHILA GOOSEBERRY-DISTAL OR PROXIMAL GENE CAUSES ALTERATIONS OF CELL FATE IN THE EPIDERMIS AND CENTRAL-NERVOUS-SYSTEM
Authors: ZHANG Y UNGAR A FRESQUEZ C HOLMGREN R
Citation: Y. Zhang et al., ECTOPIC EXPRESSION OF EITHER THE DROSOPHILA GOOSEBERRY-DISTAL OR PROXIMAL GENE CAUSES ALTERATIONS OF CELL FATE IN THE EPIDERMIS AND CENTRAL-NERVOUS-SYSTEM, Development, 120(5), 1994, pp. 1151-1161
EXPRESSION OF 3 MOUSE HOMOLOGS OF THE DROSOPHILA SEGMENT POLARITY GENE CUBITUS-INTERRUPTUS, GLI, GLI-2, AND GLI-3, IN ECTODERM-DERIVED AND MESODERM-DERIVED TISSUES SUGGESTS MULTIPLE ROLES DURING POSTIMPLANTATION DEVELOPMENT
Authors: HUI CC SLUSARSKI D PLATT KA HOLMGREN R JOYNER AL
Citation: Cc. Hui et al., EXPRESSION OF 3 MOUSE HOMOLOGS OF THE DROSOPHILA SEGMENT POLARITY GENE CUBITUS-INTERRUPTUS, GLI, GLI-2, AND GLI-3, IN ECTODERM-DERIVED AND MESODERM-DERIVED TISSUES SUGGESTS MULTIPLE ROLES DURING POSTIMPLANTATION DEVELOPMENT, Developmental biology, 162(2), 1994, pp. 402-413
GLI, A ZINC-FINGER TRANSCRIPTION FACTOR AND ONCOGENE, IS EXPRESSED DURING NORMAL MOUSE DEVELOPMENT
Authors: WALTERHOUSE D AHMED M SLUSARSKI D KALAMARAS J BOUCHER D HOLMGREN R IANNACCONE P
Citation: D. Walterhouse et al., GLI, A ZINC-FINGER TRANSCRIPTION FACTOR AND ONCOGENE, IS EXPRESSED DURING NORMAL MOUSE DEVELOPMENT, Developmental dynamics, 196(2), 1993, pp. 91-102
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