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Results: 1-15 |
Results: 15
GENOTYPE-INDEPENDENT TRANSFORMATION REGENERATION OF MAIZE, COTTON ANDPINES USING AGROBACTERIUM/
Authors: GOULD J DANIELSON T MAGALLANESCEDENO M ZHOU YX NEWTON RJ COBB BG
Citation: J. Gould et al., GENOTYPE-INDEPENDENT TRANSFORMATION REGENERATION OF MAIZE, COTTON ANDPINES USING AGROBACTERIUM/, Plant physiology, 114(3), 1997, pp. 1590-1590
REGULATORY ROLES OF ABSCISIC-ACID FOR ANTHOCYANIN SYNTHESIS IN MAIZE KERNELS
Authors: PAEK NC LEE BM BAI DG COBB BG MAGILL CW SMITH JD
Citation: Nc. Paek et al., REGULATORY ROLES OF ABSCISIC-ACID FOR ANTHOCYANIN SYNTHESIS IN MAIZE KERNELS, Maydica, 42(4), 1997, pp. 385-391
PRIMING WITH SALT-SOLUTIONS IMPROVES GERMINATION OF PANSY SEED AT HIGH-TEMPERATURES
Authors: YOON BYH LANG HJ COBB BG
Citation: Byh. Yoon et al., PRIMING WITH SALT-SOLUTIONS IMPROVES GERMINATION OF PANSY SEED AT HIGH-TEMPERATURES, HortScience, 32(2), 1997, pp. 248-250
TRANSDUCTION OF AN ETHYLENE SIGNAL IS REQUIRED FOR CELL-DEATH AND LYSIS IN THE ROOT CORTEX OF MAIZE DURING AERENCHYMA FORMATION INDUCED BY HYPOXIA
Authors: HE CJ JIN JP COBB BG MORGAN PW DREW MC
Citation: Cj. He et al., TRANSDUCTION OF AN ETHYLENE SIGNAL IS REQUIRED FOR CELL-DEATH AND LYSIS IN THE ROOT CORTEX OF MAIZE DURING AERENCHYMA FORMATION INDUCED BY HYPOXIA, Plant physiology, 111(2), 1996, pp. 699-699
IDENTIFICATION AND GENE-EXPRESSION OF ANAEROBICALLY INDUCED ENOLASE IN ECHINOCHLOA-PHYLLOPOGON AND ECHINOCHLOA-CRUS-PAVONIS
Authors: FOX TC MUJER CV ANDREWS DL WILLIAMS AS COBB BG KENNEDY RA RUMPHO ME
Citation: Tc. Fox et al., IDENTIFICATION AND GENE-EXPRESSION OF ANAEROBICALLY INDUCED ENOLASE IN ECHINOCHLOA-PHYLLOPOGON AND ECHINOCHLOA-CRUS-PAVONIS, Plant physiology, 109(2), 1995, pp. 433-443
STABILITY OF TRANSCRIPTS FOR THE GLYCOLYTIC AND ETHANOLIC FERMENTATIVE PATHWAYS IN MAIZE ROOT-TIPS DURING HYPOXIA AND ANOXIA
Authors: ANDREWS DL MACALPINE DM COBB BG DREW MC
Citation: Dl. Andrews et al., STABILITY OF TRANSCRIPTS FOR THE GLYCOLYTIC AND ETHANOLIC FERMENTATIVE PATHWAYS IN MAIZE ROOT-TIPS DURING HYPOXIA AND ANOXIA, Plant physiology, 108(2), 1995, pp. 110-110
MAIZE INDUCTION OF LDH OCCURS IN THE ROOT AXIS, AND NOT THE ROOT-TIP UNDER LONG-TERM EXPOSURE TO HYPOXIA
Authors: MACALPINE DM ANDREWS DL DREW MC COBB BG
Citation: Dm. Macalpine et al., MAIZE INDUCTION OF LDH OCCURS IN THE ROOT AXIS, AND NOT THE ROOT-TIP UNDER LONG-TERM EXPOSURE TO HYPOXIA, Plant physiology, 108(2), 1995, pp. 114-114
HOW MAIZE SEEDS AND SEEDLINGS COPE WITH OXYGEN DEFICIT
Authors: COBB BG DREW MC ANDREWS DL JOHNSON J MACALPINE DM DANIELSON TL TURNBOUGH MA DAVIS R
Citation: Bg. Cobb et al., HOW MAIZE SEEDS AND SEEDLINGS COPE WITH OXYGEN DEFICIT, HortScience, 30(6), 1995, pp. 1160-1164
METABOLIC ACCLIMATION OF ROOT-TIPS TO OXYGEN DEFICIENCY
Authors: DREW MC COBB BG JOHNSON JR ANDREWS D MORGAN PW JORDAN W HE CJ
Citation: Mc. Drew et al., METABOLIC ACCLIMATION OF ROOT-TIPS TO OXYGEN DEFICIENCY, Annals of botany, 74(3), 1994, pp. 281-286
DIFFERENTIAL INDUCTION OF MESSENGER-RNAS FOR THE GLYCOLYTIC AND ETHANOLIC FERMENTATIVE PATHWAYS BY HYPOXIA AND ANOXIA IN MAIZE SEEDLINGS
Authors: ANDREWS DL MACALPINE DM JOHNSON JR KELLEY PM COBB BG DREW MC
Citation: Dl. Andrews et al., DIFFERENTIAL INDUCTION OF MESSENGER-RNAS FOR THE GLYCOLYTIC AND ETHANOLIC FERMENTATIVE PATHWAYS BY HYPOXIA AND ANOXIA IN MAIZE SEEDLINGS, Plant physiology, 106(4), 1994, pp. 1575-1582
THE RESPONSE OF MAIZE SEEDLINGS OF DIFFERENT AGES TO HYPOXIC AND ANOXIC STRESS - CHANGES IN INDUCTION OF ADH1 MESSENGER-RNA, ADH ACTIVITY, AND SURVIVAL OF ANOXIA
Authors: ANDREWS DL DREW MC JOHNSON JR COBB BG
Citation: Dl. Andrews et al., THE RESPONSE OF MAIZE SEEDLINGS OF DIFFERENT AGES TO HYPOXIC AND ANOXIC STRESS - CHANGES IN INDUCTION OF ADH1 MESSENGER-RNA, ADH ACTIVITY, AND SURVIVAL OF ANOXIA, Plant physiology, 105(1), 1994, pp. 53-60
HYPOXIC INDUCTION OF ANOXIA TOLERANCE IN ROOTS OF ADH1 NULL ZEA-MAYS L
Authors: JOHNSON JR COBB BG DREW MC
Citation: Jr. Johnson et al., HYPOXIC INDUCTION OF ANOXIA TOLERANCE IN ROOTS OF ADH1 NULL ZEA-MAYS L, Plant physiology, 105(1), 1994, pp. 61-67
IMPROVED COLD TEMPERATURE GERMINATION OF SHRUNKEN-2 MAIZE SEEDS BY PRIMING AT LOW-OXYGEN
Authors: BARBATO D DANIELSON T COBB BG
Citation: D. Barbato et al., IMPROVED COLD TEMPERATURE GERMINATION OF SHRUNKEN-2 MAIZE SEEDS BY PRIMING AT LOW-OXYGEN, Plant physiology, 102(1), 1993, pp. 76-76
EFFECT OF OXYGEN LEVEL ON EXPRESSION OF ENOLASE IN FLOODING TOLERANT AND INTOLERANT PLANTS
Authors: FOX TC ANDREWS DL MUJER CV RUMPHO ME COBB BG KENNEDY RA DREW MC
Citation: Tc. Fox et al., EFFECT OF OXYGEN LEVEL ON EXPRESSION OF ENOLASE IN FLOODING TOLERANT AND INTOLERANT PLANTS, Plant physiology, 102(1), 1993, pp. 89-89
THE ANAEROBIC RESPONSE OF MAIZE SEEDLINGS DIFFERS GREATLY WITH SEEDLING AGE
Authors: ANDREWS DL DREW MC JOHNSON JR COBB BG
Citation: Dl. Andrews et al., THE ANAEROBIC RESPONSE OF MAIZE SEEDLINGS DIFFERS GREATLY WITH SEEDLING AGE, Plant physiology, 102(1), 1993, pp. 159-159
Risultati: 1-15 |