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Results: 1-7 |
Results: 7
EXPRESSION OF THE PI4P 5-KINASE DROSOPHILA HOMOLOG SKITTLES IN THE GERMLINE SUGGESTS A ROLE IN SPERMATOGENESIS AND OOGENESIS
Authors: KNIRR S SANTEL A RENKAWITZPOHL R
Citation: S. Knirr et al., EXPRESSION OF THE PI4P 5-KINASE DROSOPHILA HOMOLOG SKITTLES IN THE GERMLINE SUGGESTS A ROLE IN SPERMATOGENESIS AND OOGENESIS, Development, genes and evolution, 207(2), 1997, pp. 127-130
SOMATIC MESODERM DIFFERENTIATION AND THE DEVELOPMENT OF A SUBSET OF PERICARDIAL CELLS DEPEND ON THE NOT ENOUGH MUSCLES (NEM) LOCUS, WHICH CONTAINS THE INSCUTEABLE GENE AND THE INTRON LOCATED GENE, SKITTLES
Authors: KNIRR S BREUER S PAULULAT A RENKAWITZPOHL R
Citation: S. Knirr et al., SOMATIC MESODERM DIFFERENTIATION AND THE DEVELOPMENT OF A SUBSET OF PERICARDIAL CELLS DEPEND ON THE NOT ENOUGH MUSCLES (NEM) LOCUS, WHICH CONTAINS THE INSCUTEABLE GENE AND THE INTRON LOCATED GENE, SKITTLES, Mechanisms of development, 67(1), 1997, pp. 69-81
SOMATIC MESODERM DIFFERENTIATION AND THE DEVELOPMENT OF A SUBSET OF PERICARDIAL CELLS IN DROSOPHILA DEPEND ON THE NOT-ENOUGH-MUSCLES (NEM) LOCUS
Authors: BREUER S KNIRR S RENKAWITZPOHL R PAULULAT A
Citation: S. Breuer et al., SOMATIC MESODERM DIFFERENTIATION AND THE DEVELOPMENT OF A SUBSET OF PERICARDIAL CELLS IN DROSOPHILA DEPEND ON THE NOT-ENOUGH-MUSCLES (NEM) LOCUS, European journal of cell biology, 72, 1997, pp. 103-103
THE ROLE OF NEM AND ROLLING STONE IN EARLY MUSCLE DEVELOPMENT IN DROSOPHILA
Authors: PAULULAT A KNIRR S BREUER S GOUBEAUD A RENKAWITZPOHL R
Citation: A. Paululat et al., THE ROLE OF NEM AND ROLLING STONE IN EARLY MUSCLE DEVELOPMENT IN DROSOPHILA, European journal of cell biology, 72, 1997, pp. 104-104
THE MESODERMAL EXPRESSION OF ROLLING STONE (ROST) IS ESSENTIAL FOR MYOBLAST FUSION IN DROSOPHILA AND ENCODES A POTENTIAL TRANSMEMBRANE PROTEIN
Authors: PAULULAT A GOUBEAUD A DAMM C KNIRR S BURCHARD S RENKAWITZPOHL R
Citation: A. Paululat et al., THE MESODERMAL EXPRESSION OF ROLLING STONE (ROST) IS ESSENTIAL FOR MYOBLAST FUSION IN DROSOPHILA AND ENCODES A POTENTIAL TRANSMEMBRANE PROTEIN, The Journal of cell biology, 138(2), 1997, pp. 337-348
THE DROSOPHILA GENE ALIEN IS EXPRESSED IN THE MUSCLE ATTACHMENT SITESDURING EMBRYOGENESIS AND ENCODES A PROTEIN HIGHLY CONSERVED BETWEEN PLANTS, DROSOPHILA AND VERTEBRATES
Authors: GOUBEAUD A KNIRR S RENKAWITZPOHL R PAULULAT A
Citation: A. Goubeaud et al., THE DROSOPHILA GENE ALIEN IS EXPRESSED IN THE MUSCLE ATTACHMENT SITESDURING EMBRYOGENESIS AND ENCODES A PROTEIN HIGHLY CONSERVED BETWEEN PLANTS, DROSOPHILA AND VERTEBRATES, Mechanisms of development, 57(1), 1996, pp. 59-68
A NEW MUTATION CAUSING MUSCLE LOSS IN DROSOPHILA-MELANOGASTER
Authors: KNIRR S OHLMEIER S PAULULAT A RENKAWITZPOHL R
Citation: S. Knirr et al., A NEW MUTATION CAUSING MUSCLE LOSS IN DROSOPHILA-MELANOGASTER, Journal of cellular biochemistry, 1994, pp. 478-478
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