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Results: 4
IDENTIFICATION OF UCOPYRANOSYL-BETA-1-N-OXINDOLE-3-ACETYL-N-ASPARTIC ACID, A NEW IAA CATABOLITE, BY LIQUID-CHROMATOGRAPHY TANDEM MASS-SPECTROMETRY
Authors: OSTIN A CATALA C CHAMARRO J SANDBERG G
Citation: A. Ostin et al., IDENTIFICATION OF UCOPYRANOSYL-BETA-1-N-OXINDOLE-3-ACETYL-N-ASPARTIC ACID, A NEW IAA CATABOLITE, BY LIQUID-CHROMATOGRAPHY TANDEM MASS-SPECTROMETRY, Journal of mass spectrometry., 30(7), 1995, pp. 1007-1017
A NONPHOTOSYNTHETIC FERREDOXIN GENE IS INDUCED BY ETHYLENE IN CITRUS ORGANS
Authors: ALONSO JM CHAMARRO J GRANELL A
Citation: Jm. Alonso et al., A NONPHOTOSYNTHETIC FERREDOXIN GENE IS INDUCED BY ETHYLENE IN CITRUS ORGANS, Plant molecular biology, 29(6), 1995, pp. 1211-1221
EVIDENCE FOR THE INVOLVEMENT OF ETHYLENE IN THE EXPRESSION OF SPECIFIC RNAS DURING MATURATION OF THE ORANGE, A NONCLIMACTERIC FRUIT
Authors: ALONSO JM CHAMARRO J GRANELL A
Citation: Jm. Alonso et al., EVIDENCE FOR THE INVOLVEMENT OF ETHYLENE IN THE EXPRESSION OF SPECIFIC RNAS DURING MATURATION OF THE ORANGE, A NONCLIMACTERIC FRUIT, Plant molecular biology, 29(2), 1995, pp. 385-390
DECARBOXYLATIVE METABOLISM OF [1'-C-14]INDOLE-3-ACETIC ACID BY TOMATOPERICARP DISKS DURING RIPENING - EFFECTS OF WOUNDING AND ETHYLENE
Authors: CATALA C CROZIER A CHAMARRO J
Citation: C. Catala et al., DECARBOXYLATIVE METABOLISM OF [1'-C-14]INDOLE-3-ACETIC ACID BY TOMATOPERICARP DISKS DURING RIPENING - EFFECTS OF WOUNDING AND ETHYLENE, Planta, 193(4), 1994, pp. 508-513
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