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Results: 1-9 |
Results: 9
THE SELF-PRUNING GENE OF TOMATO REGULATES VEGETATIVE TO REPRODUCTIVE SWITCHING OF SYMPODIAL MERISTEMS AND IS THE ORTHOLOG OF CEN AND TFL1
Authors: PNUELI L CARMELGOREN L HAREVEN D GUTFINGER T ALVAREZ J GANAL M ZAMIR D LIFSCHITZ E
Citation: L. Pnueli et al., THE SELF-PRUNING GENE OF TOMATO REGULATES VEGETATIVE TO REPRODUCTIVE SWITCHING OF SYMPODIAL MERISTEMS AND IS THE ORTHOLOG OF CEN AND TFL1, Development, 125(11), 1998, pp. 1979-1989
THE DOMINANT DEVELOPMENTAL MUTANTS OF TOMATO, MOUSE-EAR AND CURL, AREASSOCIATED WITH DISTINCT MODES OF ABNORMAL TRANSCRIPTIONAL REGULATIONOF A KNOTTED GENE
Authors: PARNIS A COHEN O GUTFINGER T HAREVEN D ZAMIR D LIFSCHITZ E
Citation: A. Parnis et al., THE DOMINANT DEVELOPMENTAL MUTANTS OF TOMATO, MOUSE-EAR AND CURL, AREASSOCIATED WITH DISTINCT MODES OF ABNORMAL TRANSCRIPTIONAL REGULATIONOF A KNOTTED GENE, The Plant cell, 9(12), 1997, pp. 2143-2158
THE MAKING OF A COMPOUND LEAF - GENETIC MANIPULATION OF LEAF ARCHITECTURE IN TOMATO
Authors: HAREVEN D GUTFINGER T PARNIS A ESHED Y LIFSCHITZ E
Citation: D. Hareven et al., THE MAKING OF A COMPOUND LEAF - GENETIC MANIPULATION OF LEAF ARCHITECTURE IN TOMATO, Cell, 84(5), 1996, pp. 735-744
EXPRESSION OF AN AMINO-ACID BIOSYNTHESIS GENE IN TOMATO FLOWERS - DEVELOPMENTAL UP-REGULATION AND MEJA RESPONSE ARE PARENCHYMA-SPECIFIC ANDMUTUALLY COMPATIBLE
Authors: SAMACH A BRODAY L HAREVEN D LIFSCHITZ E
Citation: A. Samach et al., EXPRESSION OF AN AMINO-ACID BIOSYNTHESIS GENE IN TOMATO FLOWERS - DEVELOPMENTAL UP-REGULATION AND MEJA RESPONSE ARE PARENCHYMA-SPECIFIC ANDMUTUALLY COMPATIBLE, Plant journal, 8(3), 1995, pp. 391-406
MEJA RESPONSE OF THE TD GENE UNCOVERS A PARENCHYMA-SPECIFIC SYSTEM SHARED BY FLOWERS AND LEAVES OF TOMATO
Authors: LIFSCHITZ E BRODAY L GUTHFINGER T HAREVEN D SAMACH A
Citation: E. Lifschitz et al., MEJA RESPONSE OF THE TD GENE UNCOVERS A PARENCHYMA-SPECIFIC SYSTEM SHARED BY FLOWERS AND LEAVES OF TOMATO, Journal of cellular biochemistry, 1995, pp. 502-502
SIZE POLYMORPHISM OF THE X-CHROMOSOME DUE TO ATTACHMENT OF A B-CHROMOSOME IN THE MEDFLY, CERATITIS-CAPITATA (WIED)
Authors: BASSO A LIFSCHITZ E
Citation: A. Basso et E. Lifschitz, SIZE POLYMORPHISM OF THE X-CHROMOSOME DUE TO ATTACHMENT OF A B-CHROMOSOME IN THE MEDFLY, CERATITIS-CAPITATA (WIED), Brazilian journal of genetics, 18(2), 1995, pp. 165-171
ISOLATION OF THE TOMATO AGAMOUS GENE TAG1 AND ANALYSIS OF ITS HOMEOTIC ROLE IN TRANSGENIC PLANTS
Authors: PNUELI L HAREVEN AD ROUNSLEY SD YANOFSKY MF LIFSCHITZ E
Citation: L. Pnueli et al., ISOLATION OF THE TOMATO AGAMOUS GENE TAG1 AND ANALYSIS OF ITS HOMEOTIC ROLE IN TRANSGENIC PLANTS, The Plant cell, 6(2), 1994, pp. 163-173
THE TM5 MADS BOX GENE MEDIATES ORGAN DIFFERENTIATION IN THE 3 INNER WHORLS OF TOMATO FLOWERS
Authors: PNUELI L HAREVEN D BRODAY L HURWITZ C LIFSCHITZ E
Citation: L. Pnueli et al., THE TM5 MADS BOX GENE MEDIATES ORGAN DIFFERENTIATION IN THE 3 INNER WHORLS OF TOMATO FLOWERS, The Plant cell, 6(2), 1994, pp. 175-186
THE FLORAL SYSTEM OF TOMATO
Authors: HAREVEN D GUTFINGER T PNUELI L BAUCH L COHEN O LIFSCHITZ E
Citation: D. Hareven et al., THE FLORAL SYSTEM OF TOMATO, Euphytica, 79(3), 1994, pp. 235-243
Risultati: 1-9 |