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Results: 1-11 |
Results: 11
ETHYLENE REGULATES THE SUSCEPTIBLE RESPONSE TO PATHOGEN INFECTION IN TOMATO
Authors: LUND ST STALL RE KLEE HJ
Citation: St. Lund et al., ETHYLENE REGULATES THE SUSCEPTIBLE RESPONSE TO PATHOGEN INFECTION IN TOMATO, The Plant cell, 10(3), 1998, pp. 371-382
DIFFERENTIAL REGULATION OF THE TOMATO ETR GENE FAMILY THROUGHOUT PLANT DEVELOPMENT
Authors: LASHBROOK CC TIEMAN DM KLEE HJ
Citation: Cc. Lashbrook et al., DIFFERENTIAL REGULATION OF THE TOMATO ETR GENE FAMILY THROUGHOUT PLANT DEVELOPMENT, Plant journal, 15(2), 1998, pp. 243-252
THE NEVER-RIPE MUTANT PROVIDES EVIDENCE THAT TUMOR-INDUCED ETHYLENE CONTROLS THE MORPHOGENESIS OF AGROBACTERIUM-TUMEFACIENS INDUCED CROWN GALLS ON TOMATO STEMS
Authors: ALONI R WOLF A FEIGENBAUM P AVNI A KLEE HJ
Citation: R. Aloni et al., THE NEVER-RIPE MUTANT PROVIDES EVIDENCE THAT TUMOR-INDUCED ETHYLENE CONTROLS THE MORPHOGENESIS OF AGROBACTERIUM-TUMEFACIENS INDUCED CROWN GALLS ON TOMATO STEMS, Plant physiology, 117(3), 1998, pp. 841-849
A DOMINANT MUTANT RECEPTOR FROM ARABIDOPSIS CONFERS ETHYLENE INSENSITIVITY IN HETEROLOGOUS PLANTS
Authors: WILKINSON JQ LANAHAN MB CLARK DG BLEECKER AB CHANG C MEYEROWITZ EM KLEE HJ
Citation: Jq. Wilkinson et al., A DOMINANT MUTANT RECEPTOR FROM ARABIDOPSIS CONFERS ETHYLENE INSENSITIVITY IN HETEROLOGOUS PLANTS, Nature biotechnology, 15(5), 1997, pp. 444-447
ETHYLENE INSENSITIVITY REDUCES DISEASE SYMPTOM FORMATION IN TOMATO
Authors: LUND ST STALL RE KLEE HJ
Citation: St. Lund et al., ETHYLENE INSENSITIVITY REDUCES DISEASE SYMPTOM FORMATION IN TOMATO, Plant physiology, 114(3), 1997, pp. 40-40
IDENTIFICATION OF MESSENGER-RNAS WITH ENHANCED EXPRESSION IN RIPENINGSTRAWBERRY FRUIT USING POLYMERASE CHAIN-REACTION DIFFERENTIAL DISPLAY
Authors: WILKINSON JQ LANAHAN MB CONNER TW KLEE HJ
Citation: Jq. Wilkinson et al., IDENTIFICATION OF MESSENGER-RNAS WITH ENHANCED EXPRESSION IN RIPENINGSTRAWBERRY FRUIT USING POLYMERASE CHAIN-REACTION DIFFERENTIAL DISPLAY, Plant molecular biology, 27(6), 1995, pp. 1097-1108
AN ETHYLENE-INDUCIBLE COMPONENT OF SIGNAL-TRANSDUCTION ENCODED BY NEVER-RIPE
Authors: WILKINSON JQ LANAHAN MB YEN HC GIOVANNONI JJ KLEE HJ
Citation: Jq. Wilkinson et al., AN ETHYLENE-INDUCIBLE COMPONENT OF SIGNAL-TRANSDUCTION ENCODED BY NEVER-RIPE, Science, 270(5243), 1995, pp. 1807-1809
THE TOMATO NEVER-RIPE LOCUS REGULATES ETHYLENE-INDUCIBLE GENE-EXPRESSION AND IS LINKED TO A HOMOLOG OF THE ARABIDOPSIS ETR1 GENE
Authors: YEN HC LEE SY TANKSLEY SD LANAHAN MB KLEE HJ GIOVANNONI JJ
Citation: Hc. Yen et al., THE TOMATO NEVER-RIPE LOCUS REGULATES ETHYLENE-INDUCIBLE GENE-EXPRESSION AND IS LINKED TO A HOMOLOG OF THE ARABIDOPSIS ETR1 GENE, Plant physiology, 107(4), 1995, pp. 1343-1353
THE NEVER RIPE MUTATION BLOCKS ETHYLENE PERCEPTION IN TOMATO
Authors: LANAHAN MB YEN HC GIOVANNONI JJ KLEE HJ
Citation: Mb. Lanahan et al., THE NEVER RIPE MUTATION BLOCKS ETHYLENE PERCEPTION IN TOMATO, The Plant cell, 6(4), 1994, pp. 521-530
THE ROLES OF PHYTOHORMONES IN DEVELOPMENT AS STUDIED IN TRANSGENIC PLANTS
Authors: KLEE HJ ROMANO CP
Citation: Hj. Klee et Cp. Romano, THE ROLES OF PHYTOHORMONES IN DEVELOPMENT AS STUDIED IN TRANSGENIC PLANTS, Critical reviews in plant sciences, 13(4), 1994, pp. 311-324
RIPENING PHYSIOLOGY OF FRUIT FROM TRANSGENIC TOMATO (LYCOPERSICON-ESCULENTUM) PLANTS WITH REDUCED ETHYLENE SYNTHESIS
Authors: KLEE HJ
Citation: Hj. Klee, RIPENING PHYSIOLOGY OF FRUIT FROM TRANSGENIC TOMATO (LYCOPERSICON-ESCULENTUM) PLANTS WITH REDUCED ETHYLENE SYNTHESIS, Plant physiology, 102(3), 1993, pp. 911-916
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