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Results: 1-8 |
Results: 8
CLONING OF ZEBRAFISH NEUROFILAMENT CDNAS FOR PLASTICIN AND GEFILTIN -INCREASED MESSENGER-RNA EXPRESSION IN GANGLION-CELLS AFTER OPTIC-NERVE INJURY
Authors: ASCH WS LEAKE D CANGER AK PASSINI MA ARGENTON F SCHECHTER N
Citation: Ws. Asch et al., CLONING OF ZEBRAFISH NEUROFILAMENT CDNAS FOR PLASTICIN AND GEFILTIN -INCREASED MESSENGER-RNA EXPRESSION IN GANGLION-CELLS AFTER OPTIC-NERVE INJURY, Journal of neurochemistry, 71(1), 1998, pp. 20-32
FUNCTIONAL-CHARACTERIZATION OF THE TROUT INSULIN PROMOTER - IMPLICATIONS FOR FISH AS A FAVORABLE MODEL OF PANCREAS DEVELOPMENT
Authors: ARGENTON F WALKER MD COLOMBO L BORTOLUSSI M
Citation: F. Argenton et al., FUNCTIONAL-CHARACTERIZATION OF THE TROUT INSULIN PROMOTER - IMPLICATIONS FOR FISH AS A FAVORABLE MODEL OF PANCREAS DEVELOPMENT, FEBS letters, 407(2), 1997, pp. 191-196
THE BACTERIOPHAGE-T7 BINARY-SYSTEM ACTIVATES TRANSIENT TRANSGENE EXPRESSION IN ZEBRAFISH (DANIO-RERIO) EMBRYOS
Authors: VERRI T ARGENTON F TOMANIN R SCARPA M STORELLI C COSTA R COLOMBO L BORTOLUSSI M
Citation: T. Verri et al., THE BACTERIOPHAGE-T7 BINARY-SYSTEM ACTIVATES TRANSIENT TRANSGENE EXPRESSION IN ZEBRAFISH (DANIO-RERIO) EMBRYOS, Biochemical and biophysical research communications, 237(3), 1997, pp. 492-495
AN ACTIVATION DOMAIN OF THE HELIX-LOOP-HELIX TRANSCRIPTION FACTOR E2ASHOWS CELL-TYPE PREFERENCE IN-VIVO IN MICROINJECTED ZEBRA FISH EMBRYOS
Authors: ARGENTON F ARAVA Y ARONHEIM A WALKER MD
Citation: F. Argenton et al., AN ACTIVATION DOMAIN OF THE HELIX-LOOP-HELIX TRANSCRIPTION FACTOR E2ASHOWS CELL-TYPE PREFERENCE IN-VIVO IN MICROINJECTED ZEBRA FISH EMBRYOS, Molecular and cellular biology, 16(4), 1996, pp. 1714-1721
USE OF RANDOM DNA AMPLIFICATION TO GENERATE SPECIFIC MOLECULAR PROBESFOR HYBRIDIZATION TESTS AND PCR-BASED DIAGNOSIS OF YERSINIA-RUCKERI
Authors: ARGENTON F DEMAS S MALOCCO C DALLAVALLE L GIORGETTI G COLOMBO L
Citation: F. Argenton et al., USE OF RANDOM DNA AMPLIFICATION TO GENERATE SPECIFIC MOLECULAR PROBESFOR HYBRIDIZATION TESTS AND PCR-BASED DIAGNOSIS OF YERSINIA-RUCKERI, Diseases of aquatic organisms, 24(2), 1996, pp. 121-127
A TGACG MOTIF MEDIATES GROWTH-HORMONE-FACTOR-1 PITUITARY-TRANSCRIPTIONAL-ACTIVATOR-1-DEPENDENT CAMP REGULATION OF THE RAINBOW-TROUT GROWTH-HORMONE PROMOTER/
Authors: ARGENTON F BERNARDINI S PUTTINI S COLOMBO L BORTOLUSSI M
Citation: F. Argenton et al., A TGACG MOTIF MEDIATES GROWTH-HORMONE-FACTOR-1 PITUITARY-TRANSCRIPTIONAL-ACTIVATOR-1-DEPENDENT CAMP REGULATION OF THE RAINBOW-TROUT GROWTH-HORMONE PROMOTER/, European journal of biochemistry, 238(3), 1996, pp. 591-598
MECHANISMS OF TRANSCRIPTIONAL ACTIVATION OF THE PROMOTER OF THE RAINBOW-TROUT PROLACTIN GENE BY GHF1 PIT1 AND GLUCOCORTICOID/
Authors: ARGENTON F RAMOZ N CHARLET N BERNARDINI S COLOMBO L BORTOLUSSI M
Citation: F. Argenton et al., MECHANISMS OF TRANSCRIPTIONAL ACTIVATION OF THE PROMOTER OF THE RAINBOW-TROUT PROLACTIN GENE BY GHF1 PIT1 AND GLUCOCORTICOID/, Biochemical and biophysical research communications, 224(1), 1996, pp. 57-66
THE TRANSCRIPTIONAL REGULATION OF THE GROWTH-HORMONE GENE IS CONSERVED IN VERTEBRATE EVOLUTION
Authors: ARGENTON F VIANELLO S BERNARDINI S JACQUEMIN P MARTIAL J BELAYEW A COLOMBO L BORTOLUSSI M
Citation: F. Argenton et al., THE TRANSCRIPTIONAL REGULATION OF THE GROWTH-HORMONE GENE IS CONSERVED IN VERTEBRATE EVOLUTION, Biochemical and biophysical research communications, 192(3), 1993, pp. 1360-1366
Risultati: 1-8 |