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Results: 1-7 |
Results: 7
INDUCTION OF GENES FOR THE STRESS PROTEINS PR-10 AND PAL IN RELATION TO GROWTH, VISIBLE INJURIES AND STOMATAL CONDUCTANCE IN BIRCH (BETULA-PENDULA) CLONES EXPOSED TO OZONE AND OR DROUGHT/
Authors: PAAKKONEN E SEPPANEN S HOLOPAINEN T KOKKO H KARENLAMPI S KARENLAMPI L KANGASJARVI J
Citation: E. Paakkonen et al., INDUCTION OF GENES FOR THE STRESS PROTEINS PR-10 AND PAL IN RELATION TO GROWTH, VISIBLE INJURIES AND STOMATAL CONDUCTANCE IN BIRCH (BETULA-PENDULA) CLONES EXPOSED TO OZONE AND OR DROUGHT/, New phytologist, 138(2), 1998, pp. 295-305
OZONE INDUCTION OF ETHYLENE EMISSION IN TOMATO PLANTS - REGULATION BYDIFFERENTIAL ACCUMULATION OF TRANSCRIPTS FOR THE BIOSYNTHETIC-ENZYMES
Authors: TUOMAINEN J BETZ C KANGASJARVI J ERNST D YIN ZH LANGEBARTELS C SANDERMANN H
Citation: J. Tuomainen et al., OZONE INDUCTION OF ETHYLENE EMISSION IN TOMATO PLANTS - REGULATION BYDIFFERENTIAL ACCUMULATION OF TRANSCRIPTS FOR THE BIOSYNTHETIC-ENZYMES, Plant journal, 12(5), 1997, pp. 1151-1162
CLONING AND CHARACTERIZATION OF CDNA CLONES ENCODING PHENYLALANINE AMMNONIA-LYASE IN BARLEY
Authors: KERVINEN T PELTONEN S UTRIAINEN M KANGASJARVI J TEERI TH KARJALAINEN R
Citation: T. Kervinen et al., CLONING AND CHARACTERIZATION OF CDNA CLONES ENCODING PHENYLALANINE AMMNONIA-LYASE IN BARLEY, PLANT SCI, 123(1-2), 1997, pp. 143-150
ISOLATION AND CHARACTERIZATION OF CDNA FOR A PLANT MITOCHONDRIAL PHOSPHATE TRANSLOCATOR (MPT1) - OZONE STRESS INDUCES MPT1 MESSENGER-RNA ACCUMULATION IN BIRCH (BETULA-PENDULA ROTH)
Authors: KIISKINEN M KORHONEN M KANGASJARVI J
Citation: M. Kiiskinen et al., ISOLATION AND CHARACTERIZATION OF CDNA FOR A PLANT MITOCHONDRIAL PHOSPHATE TRANSLOCATOR (MPT1) - OZONE STRESS INDUCES MPT1 MESSENGER-RNA ACCUMULATION IN BIRCH (BETULA-PENDULA ROTH), Plant molecular biology, 35(3), 1997, pp. 271-279
OZONE AFFECTS BIRCH (BETULA-PENDULA ROTH) PHENYLPROPANOID, POLYAMINE AND ACTIVE OXYGEN DETOXIFYING PATHWAYS AT BIOCHEMICAL AND GENE-EXPRESSION LEVEL
Authors: TUOMAINEN J PELLINEN R ROY S KIISKINEN M ELORANTA T KARJALAINEN R KANGASJARVI J
Citation: J. Tuomainen et al., OZONE AFFECTS BIRCH (BETULA-PENDULA ROTH) PHENYLPROPANOID, POLYAMINE AND ACTIVE OXYGEN DETOXIFYING PATHWAYS AT BIOCHEMICAL AND GENE-EXPRESSION LEVEL, Journal of plant physiology, 148(1-2), 1996, pp. 179-188
PLANT DEFENSE SYSTEMS INDUCED BY OZONE
Authors: KANGASJARVI J TALVINEN J UTRIAINEN M KARJALAINEN R
Citation: J. Kangasjarvi et al., PLANT DEFENSE SYSTEMS INDUCED BY OZONE, Plant, cell and environment, 17(7), 1994, pp. 783-794
OZONE-INDUCED CHANGES IN THE EXPRESSION OF THE GENES ENCODING REGULATORY ENZYMES FOR POLYAMINE, ETHYLENE AND PHENYLPROPANOID METABOLISMS INOZONE TOLERANT AND SENSITIVE BIRCH (BETULA-PENDULA ROTH) CLONES
Authors: TALVINEN J PELLINEN R JULKUNENTIITTO R ELORANTA T KARIALAINEN R KANGASJARVI J
Citation: J. Talvinen et al., OZONE-INDUCED CHANGES IN THE EXPRESSION OF THE GENES ENCODING REGULATORY ENZYMES FOR POLYAMINE, ETHYLENE AND PHENYLPROPANOID METABOLISMS INOZONE TOLERANT AND SENSITIVE BIRCH (BETULA-PENDULA ROTH) CLONES, Plant physiology, 102(1), 1993, pp. 131-131
Risultati: 1-7 |