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Results: 1-17 |
Results: 17
MOLECULAR ANALYSIS OF PHYA IN WILD-TYPE AND PHYTOCHROME A-DEFICIENT MUTANTS OF TOMATO
Authors: LAZAROVA GI KERCKHOFFS LHJ BRANDSTADTER J MATSUI M KENDRICK RE CORDONNIERPRATT MM PRATT LH
Citation: Gi. Lazarova et al., MOLECULAR ANALYSIS OF PHYA IN WILD-TYPE AND PHYTOCHROME A-DEFICIENT MUTANTS OF TOMATO, Plant journal, 14(6), 1998, pp. 653-662
TEMPORAL AND PHOTOREGULATED EXPRESSION OF 5 TOMATO PHYTOCHROME GENES
Authors: HAUSER BA CORDONNIERPRATT MM PRATT LH
Citation: Ba. Hauser et al., TEMPORAL AND PHOTOREGULATED EXPRESSION OF 5 TOMATO PHYTOCHROME GENES, Plant journal, 14(4), 1998, pp. 431-439
EVIDENCE THAT THE PHYTOCHROME GENE FAMILY IN BLACK COTTONWOOD HAS ONEPHYA LOCUS AND 2 PHYB LOCI BUT LACKS MEMBERS OF THE PHYC F AND PHYE SUBFAMILIES/
Authors: HOWE GT BUCCIAGLIA PA HACKETT WP FURNIER GR CORDONNIERPRATT MM GARDNER G
Citation: Gt. Howe et al., EVIDENCE THAT THE PHYTOCHROME GENE FAMILY IN BLACK COTTONWOOD HAS ONEPHYA LOCUS AND 2 PHYB LOCI BUT LACKS MEMBERS OF THE PHYC F AND PHYE SUBFAMILIES/, Molecular biology and evolution, 15(2), 1998, pp. 160-175
A SINGLE RED-LIGHT PULSE LEADS TO A BLOCK OF GREENING IN THE HIGH-PIGMENT-1 MUTANT OF TOMATO
Authors: YANG YY PETERS JL KENDRICK RE CORDONNIERPRATT MM KAMIYA Y
Citation: Yy. Yang et al., A SINGLE RED-LIGHT PULSE LEADS TO A BLOCK OF GREENING IN THE HIGH-PIGMENT-1 MUTANT OF TOMATO, Planta, 206(4), 1998, pp. 685-688
THE PHYTOCHROME GENE FAMILY IN TOMATO (SOLANUM-LYCOPERSICON L)
Authors: PRATT LH CORDONNIERPRATT MM KELMENSON PM LAZAROVA GI KUBOTA T ALBA RM
Citation: Lh. Pratt et al., THE PHYTOCHROME GENE FAMILY IN TOMATO (SOLANUM-LYCOPERSICON L), Plant, cell and environment, 20(6), 1997, pp. 672-677
THE MAPPING OF PHYTOCHROME GENES AND PHOTOMORPHOGENIC MUTANTS OF TOMATO
Authors: VANTUINEN A CORDONNIERPRATT MM PRATT LH VERKERK R ZABEL P KOORNNEEF M
Citation: A. Vantuinen et al., THE MAPPING OF PHYTOCHROME GENES AND PHOTOMORPHOGENIC MUTANTS OF TOMATO, Theoretical and Applied Genetics, 94(1), 1997, pp. 115-122
ABSOLUTE QUANTIFICATION OF 5 PHYTOCHROME TRANSCRIPTS IN SEEDLINGS ANDMATURE PLANTS OF TOMATO (SOLANUM-LYCOPERSICON L)
Authors: HAUSER BA PRATT LH CORDONNIERPRATT MM
Citation: Ba. Hauser et al., ABSOLUTE QUANTIFICATION OF 5 PHYTOCHROME TRANSCRIPTS IN SEEDLINGS ANDMATURE PLANTS OF TOMATO (SOLANUM-LYCOPERSICON L), Planta, 201(3), 1997, pp. 379-387
TOMATO-FRI-MUTATIONS LEAD TO INEFFICIENT INTRON SPLICING, ACTIVATION OF CRYPTIC SPLICE SITES AND EXON SKIPPING OF PHYTOCHROME-A PRE-MESSENGER-RNA
Authors: LAZAROVA GI CORDONNIERPRATT MM KERCKHOFFS LHJ BRANDSTAEDTER J MATSUI M PRATT LH KENDRICK RE
Citation: Gi. Lazarova et al., TOMATO-FRI-MUTATIONS LEAD TO INEFFICIENT INTRON SPLICING, ACTIVATION OF CRYPTIC SPLICE SITES AND EXON SKIPPING OF PHYTOCHROME-A PRE-MESSENGER-RNA, Plant physiology, 114(3), 1997, pp. 129-129
PHYTOCHROMES MODULATE LIGHT-MEDIATED TOMATO FRUIT RIPENING
Authors: ALBA RM KAYS SJ CORDONNIERPRATT MM PRATT LH
Citation: Rm. Alba et al., PHYTOCHROMES MODULATE LIGHT-MEDIATED TOMATO FRUIT RIPENING, Plant physiology, 114(3), 1997, pp. 251-251
THE SORGHUM PHOTOPERIOD SENSITIVITY GENE, MA(3), ENCODES A PHYTOCHROME-B
Authors: CHILDS KL MILLER FR CORDONNIERPRATT MM PRATT LH MORGAN PW MULLET JE
Citation: Kl. Childs et al., THE SORGHUM PHOTOPERIOD SENSITIVITY GENE, MA(3), ENCODES A PHYTOCHROME-B, Plant physiology, 113(2), 1997, pp. 611-619
MOLECULAR ANALYSIS OF TRI-MUTANT ALLELES IN TOMATO INDICATES THE TRI LOCUS IS THE GENE ENCODING THE APOPROTEIN OF PHYTOCHROME B1
Authors: KERCKHOFFS LHJ VANTUINEN A HAUSER BA CORDONNIERPRATT MM NAGATANI A KOORNNEEF M PRATT LH KENDRICK RE
Citation: Lhj. Kerckhoffs et al., MOLECULAR ANALYSIS OF TRI-MUTANT ALLELES IN TOMATO INDICATES THE TRI LOCUS IS THE GENE ENCODING THE APOPROTEIN OF PHYTOCHROME B1, Planta, 199(1), 1996, pp. 152-157
THE SORGHUM-BICOLOR PHOTOPERIOD SENSITIVITY GENE, MA(3), ENCODES A PHYTOCHROME-B
Authors: CHILDS KL MORGAN PW MILLER FR PRATT LH CORDONNIERPRATT MM MULLER JE
Citation: Kl. Childs et al., THE SORGHUM-BICOLOR PHOTOPERIOD SENSITIVITY GENE, MA(3), ENCODES A PHYTOCHROME-B, Plant physiology, 111(2), 1996, pp. 74-74
THE PHYTOCHROME GENE FAMILY IN TOMATO INCLUDES A NOVEL SUBFAMILY
Authors: HAUSER BA CORDONNIERPRATT MM DANIELVEDELE F PRATT LH
Citation: Ba. Hauser et al., THE PHYTOCHROME GENE FAMILY IN TOMATO INCLUDES A NOVEL SUBFAMILY, Plant molecular biology, 29(6), 1995, pp. 1143-1155
TOMATO CONTAINS 2 DIFFERENTIALLY EXPRESSED GENES ENCODING B-TYPE PHYTOCHROMES, NEITHER OF WHICH CAN BE CONSIDERED AN ORTHOLOG OF ARABIDOPSIS PHYTOCHROME-B
Authors: PRATT LH CORDONNIERPRATT MM HAUSER B CABOCHE M
Citation: Lh. Pratt et al., TOMATO CONTAINS 2 DIFFERENTIALLY EXPRESSED GENES ENCODING B-TYPE PHYTOCHROMES, NEITHER OF WHICH CAN BE CONSIDERED AN ORTHOLOG OF ARABIDOPSIS PHYTOCHROME-B, Planta, 197(1), 1995, pp. 203-206
TEMPORAL SPATIAL AND PHOTOREGULATED EXPRESSION OF 5 PHYTOCHROME GENESIN TOMATO
Authors: HAUSER B CORDONNIERPRATT MM PRATT L
Citation: B. Hauser et al., TEMPORAL SPATIAL AND PHOTOREGULATED EXPRESSION OF 5 PHYTOCHROME GENESIN TOMATO, Plant physiology, 108(2), 1995, pp. 133-133
IDENTIFICATION OF 2 LOCI INVOLVED IN PHYTOCHROME EXPRESSION IN NICOTIANA-PLUMBAGINIFOLIA AND LETHALITY OF THE CORRESPONDING DOUBLE MUTANT
Authors: KRAEPIEL Y JULLIEN M CORDONNIERPRATT MM PRATT L
Citation: Y. Kraepiel et al., IDENTIFICATION OF 2 LOCI INVOLVED IN PHYTOCHROME EXPRESSION IN NICOTIANA-PLUMBAGINIFOLIA AND LETHALITY OF THE CORRESPONDING DOUBLE MUTANT, MGG. Molecular & general genetics, 242(5), 1994, pp. 559-565
PHOTOMORPHOGENIC MUTANTS OF TOMATO
Authors: KENDRICK RE KERCKHOFFS LHJ PUNDSNES AS VANTUINEN A KOORNNEEF M NAGATANI A TERRY MJ TRETYN A CORDONNIERPRATT MM HAUSER B PRATT LH
Citation: Re. Kendrick et al., PHOTOMORPHOGENIC MUTANTS OF TOMATO, Euphytica, 79(3), 1994, pp. 227-234
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