AAAAAA

   
Results: 1-25 | 26-26
Results: 1-25/26
SOMITE DEVELOPMENT - CONSTRUCTING THE VERTEBRATE BODY
Authors: TAJBAKHSH S SPORLE R
Citation: S. Tajbakhsh et R. Sporle, SOMITE DEVELOPMENT - CONSTRUCTING THE VERTEBRATE BODY, Cell, 92(1), 1998, pp. 9-16
THE FORMATION AND MATURATION OF SKELETAL-MUSCLE IN THE MOUSE - THE MYOSIN MLC1F 3F GENE AS A MOLECULAR-MODEL/
Authors: BUCKINGHAM M KELLY R TAJBAKHSH S ZAMMIT P
Citation: M. Buckingham et al., THE FORMATION AND MATURATION OF SKELETAL-MUSCLE IN THE MOUSE - THE MYOSIN MLC1F 3F GENE AS A MOLECULAR-MODEL/, Acta Physiologica Scandinavica, 163(3), 1998, pp. 3-5
ESTABLISHING MYOGENIC IDENTITY DURING SOMITOGENESIS
Authors: TAJBAKHSH S COSSU G
Citation: S. Tajbakhsh et G. Cossu, ESTABLISHING MYOGENIC IDENTITY DURING SOMITOGENESIS, Current opinion in genetics & development, 7(5), 1997, pp. 634-641
REDEFINING THE GENETIC HIERARCHIES CONTROLLING SKELETAL MYOGENESIS - PAX-3 AND MYF-5 ACT UPSTREAM OF MYOD
Authors: TAJBAKHSH S ROCANCOURT D COSSU G BUCKINGHAM M
Citation: S. Tajbakhsh et al., REDEFINING THE GENETIC HIERARCHIES CONTROLLING SKELETAL MYOGENESIS - PAX-3 AND MYF-5 ACT UPSTREAM OF MYOD, Cell, 89(1), 1997, pp. 127-138
REDEFINING THE GENETIC HIERARCHY CONTROLLING SKELETAL MYOGENESIS - THE ROLES OF MYF-5 AND PAX-3
Authors: BUCKINGHAM M COSSU G ROCANCOURT D TAJBAKHSH S
Citation: M. Buckingham et al., REDEFINING THE GENETIC HIERARCHY CONTROLLING SKELETAL MYOGENESIS - THE ROLES OF MYF-5 AND PAX-3, Developmental biology, 186(2), 1997, pp. 66-66
GENE TARGETING THE MYF-5 LOCUS WITH NLACZ REVEALS EXPRESSION OF THIS MYOGENIC FACTOR IN MATURE SKELETAL-MUSCLE FIBERS AS WELL AS EARLY EMBRYONIC MUSCLE
Authors: TAJBAKHSH S BOBER E BABINET C POURNIN S ARNOLD H BUCKINGHAM M
Citation: S. Tajbakhsh et al., GENE TARGETING THE MYF-5 LOCUS WITH NLACZ REVEALS EXPRESSION OF THIS MYOGENIC FACTOR IN MATURE SKELETAL-MUSCLE FIBERS AS WELL AS EARLY EMBRYONIC MUSCLE, Developmental dynamics, 206(3), 1996, pp. 291-300
ACTIVATION OF DIFFERENT MYOGENIC PATHWAYS - MYF-5 IS INDUCED BY THE NEURAL-TUBE AND MYOD BY THE DORSAL ECTODERM IN MOUSE PARAXIAL MESODERM
Authors: COSSU G KELLY R TAJBAKHSH S DIDONNA S VIVARELLI E BUCKINGHAM M
Citation: G. Cossu et al., ACTIVATION OF DIFFERENT MYOGENIC PATHWAYS - MYF-5 IS INDUCED BY THE NEURAL-TUBE AND MYOD BY THE DORSAL ECTODERM IN MOUSE PARAXIAL MESODERM, Development, 122(2), 1996, pp. 429-437
HOW IS MYOGENESIS INITIATED IN THE EMBRYO
Authors: COSSU G TAJBAKHSH S BUCKINGHAM M
Citation: G. Cossu et al., HOW IS MYOGENESIS INITIATED IN THE EMBRYO, Trends in genetics, 12(6), 1996, pp. 218-223
MUSCLE PROGENITOR CELLS FAILING TO RESPOND TO POSITIONAL CUES ADOPT NONMYOGENIC FATES IN MYF-5 NULL MICE
Authors: TAJBAKHSH S ROCANCOURT D BUCKINGHAM M
Citation: S. Tajbakhsh et al., MUSCLE PROGENITOR CELLS FAILING TO RESPOND TO POSITIONAL CUES ADOPT NONMYOGENIC FATES IN MYF-5 NULL MICE, Nature, 384(6606), 1996, pp. 266-270
DEVELOPMENTAL AND TISSUE-SPECIFIC REGULATION OF THE MURINE CARDIAC ACTIN GENE IN-VIVO DEPENDS ON DISTINCT SKELETAL AND CARDIAC MUSCLE-SPECIFIC ENHANCER ELEMENTS IN ADDITION TO THE PROXIMAL PROMOTER
Authors: BIBEN C HADCHOUEL J TAJBAKHSH S BUCKINGHAM M
Citation: C. Biben et al., DEVELOPMENTAL AND TISSUE-SPECIFIC REGULATION OF THE MURINE CARDIAC ACTIN GENE IN-VIVO DEPENDS ON DISTINCT SKELETAL AND CARDIAC MUSCLE-SPECIFIC ENHANCER ELEMENTS IN ADDITION TO THE PROXIMAL PROMOTER, Developmental biology, 173(1), 1996, pp. 200-212
REGION OF VALIDITY OF PERTURBATION-THEORY FOR DIELECTRICS AND FINITE CONDUCTORS
Authors: KIM MJ BERENYI HM BURGE RE TAJBAKHSH S
Citation: Mj. Kim et al., REGION OF VALIDITY OF PERTURBATION-THEORY FOR DIELECTRICS AND FINITE CONDUCTORS, Waves in random media, 5(3), 1995, pp. 305-327
LINEAGE RESTRICTION OF THE MYOGENIC CONVERSION FACTOR MYF-5 IN THE BRAIN
Authors: TAJBAKHSH S BUCKINGHAM ME
Citation: S. Tajbakhsh et Me. Buckingham, LINEAGE RESTRICTION OF THE MYOGENIC CONVERSION FACTOR MYF-5 IN THE BRAIN, Development, 121(12), 1995, pp. 4077-4083
IN-SITU HYBRIDIZATION AND BETA-GALACTOSIDASE - A POWERFUL COMBINATIONFOR ANALYZING TRANSGENIC MICE
Authors: TAJBAKHSH S HOUZELSTEIN D
Citation: S. Tajbakhsh et D. Houzelstein, IN-SITU HYBRIDIZATION AND BETA-GALACTOSIDASE - A POWERFUL COMBINATIONFOR ANALYZING TRANSGENIC MICE, Trends in genetics, 11(2), 1995, pp. 42-42
MYOSIN LIGHT-CHAIN 3F REGULATORY SEQUENCES CONFER REGIONALIZED CARDIAC AND SKELETAL-MUSCLE EXPRESSION IN TRANSGENIC MICE
Authors: KELLY R ALONSO S TAJBAKHSH S COSSU G BUCKINGHAM M
Citation: R. Kelly et al., MYOSIN LIGHT-CHAIN 3F REGULATORY SEQUENCES CONFER REGIONALIZED CARDIAC AND SKELETAL-MUSCLE EXPRESSION IN TRANSGENIC MICE, The Journal of cell biology, 129(2), 1995, pp. 383-396
MYOGENIC PRECURSOR CELLS IN THE DEVELOPING MOUSE LIMB BUD - PROXIMAL PREMUSCLE MASSES AND DISTAL PROGRESS ZONE
Authors: BUCKINGHAM M TAJBAKHSH S HOUZELSTEIN D ROBERT B
Citation: M. Buckingham et al., MYOGENIC PRECURSOR CELLS IN THE DEVELOPING MOUSE LIMB BUD - PROXIMAL PREMUSCLE MASSES AND DISTAL PROGRESS ZONE, Developmental biology, 170(2), 1995, pp. 739-739
PLAQUE-ASSAY AND REPLICATION OF TIPULA IRIDESCENT VIRUS IN SPODOPTERA-FRUGIPERDA OVARIAN-CELLS
Authors: CZUBA M TAJBAKHSH S WALKER T DOVE MJ JOHNSON BF SELIGY VL
Citation: M. Czuba et al., PLAQUE-ASSAY AND REPLICATION OF TIPULA IRIDESCENT VIRUS IN SPODOPTERA-FRUGIPERDA OVARIAN-CELLS, Research in virology, 145(5), 1994, pp. 319-330
A POPULATION OF MYOGENIC CELLS DERIVED FROM THE MOUSE NEURAL-TUBE
Authors: TAJBAKHSH S VIVARELLI E CUSELLADEANGELIS G ROCANCOURT D BUCKINGHAM M COSSU G
Citation: S. Tajbakhsh et al., A POPULATION OF MYOGENIC CELLS DERIVED FROM THE MOUSE NEURAL-TUBE, Neuron, 13(4), 1994, pp. 813-821
A POPULATION OF MYOGENIC CELLS DERIVED FROM THE MOUSE NEURAL-TUBE
Authors: TAJBAKHSH S VIVARELLI E CUSELLADEANGELIS G ROCANCOURT D BUCKINGHAM M COSSU G
Citation: S. Tajbakhsh et al., A POPULATION OF MYOGENIC CELLS DERIVED FROM THE MOUSE NEURAL-TUBE, Neuron, 13(4), 1994, pp. 813-821
MYOGENIC LINEAGES IN MOUSE SOMITES AND LIMB BUDS
Authors: COSSU G TAJBAKHSH S DEANGELIS GC KELLY R VIVARELLI E BUCKINGHAM M
Citation: G. Cossu et al., MYOGENIC LINEAGES IN MOUSE SOMITES AND LIMB BUDS, Journal of cellular biochemistry, 1994, pp. 462-462
MYOGENIC FACTORS DURING MOUSE EMBRYOGENESIS - EXPRESSION OF MYF-5 IN THE NEURONAL CELL LINEAGE
Authors: BUCKINGHAM M COSSU G ROCANCOURT D TAJBAKHSH S
Citation: M. Buckingham et al., MYOGENIC FACTORS DURING MOUSE EMBRYOGENESIS - EXPRESSION OF MYF-5 IN THE NEURONAL CELL LINEAGE, Journal of cellular biochemistry, 1994, pp. 463-463
TRANSCRIPTIONAL REGULATION OF THE MOUSE MYOSIN LIGHT-CHAIN 1F 3F LOCUS/
Authors: KELLY R ALONSO S SCHNEIDER A TAJBAKHSH S BUCKINGHAM M
Citation: R. Kelly et al., TRANSCRIPTIONAL REGULATION OF THE MOUSE MYOSIN LIGHT-CHAIN 1F 3F LOCUS/, Journal of cellular biochemistry, 1994, pp. 499-499
TRACKING MYF-5 EXPRESSION AFTER HOMOLOGOUS RECOMBINATION WITH LACZ
Authors: TAJBAKHSH S ROCANCOURT D COSSU G BUCKINGHAM M
Citation: S. Tajbakhsh et al., TRACKING MYF-5 EXPRESSION AFTER HOMOLOGOUS RECOMBINATION WITH LACZ, Journal of cellular biochemistry, 1994, pp. 505-505
MOUSE LIMB MUSCLE IS DETERMINED IN THE ABSENCE OF THE EARLIEST MYOGENIC FACTOR MYF-5
Authors: TAJBAKHSH S BUCKINGHAM ME
Citation: S. Tajbakhsh et Me. Buckingham, MOUSE LIMB MUSCLE IS DETERMINED IN THE ABSENCE OF THE EARLIEST MYOGENIC FACTOR MYF-5, Proceedings of the National Academy of Sciences of the United Statesof America, 91(2), 1994, pp. 747-751
EXPRESSION OF MYOGENIC FACTORS IN THE MOUSE - MYF-5, THE 1ST MEMBER OF THE MYOD GENE FAMILY TO BE TRANSCRIBED DURING SKELETAL MYOGENESIS
Authors: BUCKINGHAM M TAJBAKHSH S
Citation: M. Buckingham et S. Tajbakhsh, EXPRESSION OF MYOGENIC FACTORS IN THE MOUSE - MYF-5, THE 1ST MEMBER OF THE MYOD GENE FAMILY TO BE TRANSCRIBED DURING SKELETAL MYOGENESIS, Comptes rendus de l'Academie des sciences. Serie 3, Sciences de la vie, 316(9), 1993, pp. 1040-1046
REGULATION OF MOUSE MYOSIN ALKALI LIGHT-CHAIN GENES
Authors: KELLY R TAJBAKHSH S BUCKINGHAM M
Citation: R. Kelly et al., REGULATION OF MOUSE MYOSIN ALKALI LIGHT-CHAIN GENES, Journal of muscle research and cell motility, 14(2), 1993, pp. 220-220
Risultati: 1-25 | 26-26