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Results: 1-13 |
Results: 13
COORDINATION OF PHYTOCHROME LEVELS IN PHYB MUTANTS OF ARABIDOPSIS AS REVEALED BY APOPROTEIN-SPECIFIC MONOCLONAL-ANTIBODIES
Authors: HIRSCHFELD M TEPPERMAN JM CLACK T QUAIL PH SHARROCK RA
Citation: M. Hirschfeld et al., COORDINATION OF PHYTOCHROME LEVELS IN PHYB MUTANTS OF ARABIDOPSIS AS REVEALED BY APOPROTEIN-SPECIFIC MONOCLONAL-ANTIBODIES, Genetics, 149(2), 1998, pp. 523-535
MONOPHYLETIC SUBGROUPS OF THE TRIBE MILLETTIEAE (LEGUMINOSAE) AS REVEALED BY PHYTOCHROME NUCLEOTIDE-SEQUENCE DATA
Authors: LAVIN M ESHBAUGH E HU JM MATHEWS S SHARROCK RA
Citation: M. Lavin et al., MONOPHYLETIC SUBGROUPS OF THE TRIBE MILLETTIEAE (LEGUMINOSAE) AS REVEALED BY PHYTOCHROME NUCLEOTIDE-SEQUENCE DATA, American journal of botany, 85(3), 1998, pp. 412-433
A DELETION IN THE PHYD GENE OF THE ARABIDOPSIS WASSILEWSKIJA ECOTYPE DEFINES A ROLE FOR PHYTOCHROME-D IN RED FAR-RED LIGHT SENSING/
Authors: AUKERMAN MJ HIRSCHFELD M WESTER L WEAVER M CLACK T AMASINO RM SHARROCK RA
Citation: Mj. Aukerman et al., A DELETION IN THE PHYD GENE OF THE ARABIDOPSIS WASSILEWSKIJA ECOTYPE DEFINES A ROLE FOR PHYTOCHROME-D IN RED FAR-RED LIGHT SENSING/, The Plant cell, 9(8), 1997, pp. 1317-1326
PHYTOCHROME GENE DIVERSITY
Authors: MATHEWS S SHARROCK RA
Citation: S. Mathews et Ra. Sharrock, PHYTOCHROME GENE DIVERSITY, Plant, cell and environment, 20(6), 1997, pp. 666-671
DIFFERENTIAL PATTERNS OF EXPRESSION OF THE ARABIDOPSIS PHYB, PHYD, AND PHYE PHYTOCHROME GENES
Authors: GOOSEY L PALECANDA L SHARROCK RA
Citation: L. Goosey et al., DIFFERENTIAL PATTERNS OF EXPRESSION OF THE ARABIDOPSIS PHYB, PHYD, AND PHYE PHYTOCHROME GENES, Plant physiology, 115(3), 1997, pp. 959-969
RAPID GROWTH-INHIBITION BY RED-LIGHT - A GENETIC APPROACH USING PHOTOMORPHOGENIC MUTANTS
Authors: PARKS BM SHARROCK RA SPALDING EP
Citation: Bm. Parks et al., RAPID GROWTH-INHIBITION BY RED-LIGHT - A GENETIC APPROACH USING PHOTOMORPHOGENIC MUTANTS, Plant physiology, 114(3), 1997, pp. 1472-1472
THE PHYTOCHROME GENE FAMILY IN GRASSES (POACEAE) - A PHYLOGENY AND EVIDENCE THAT GRASSES HAVE A SUBSET OF THE LOCI FOUND IN DICOT ANGIOSPERMS
Authors: MATHEWS S SHARROCK RA
Citation: S. Mathews et Ra. Sharrock, THE PHYTOCHROME GENE FAMILY IN GRASSES (POACEAE) - A PHYLOGENY AND EVIDENCE THAT GRASSES HAVE A SUBSET OF THE LOCI FOUND IN DICOT ANGIOSPERMS, Molecular biology and evolution, 13(8), 1996, pp. 1141-1150
THE LIGHT-INDUCED REDUCTION OF THE GRAVITROPIC GROWTH-ORIENTATION OF SEEDLINGS OF ARABIDOPSIS-THALIANA (L) HEYNH IS A PHOTOMORPHOGENIC RESPONSE MEDIATED SYNERGISTICALLY BY THE FAR-RED-ABSORBING FORMS OF PHYTOCHROME-A AND PHYTOCHROME-B
Authors: POPPE C HANGARTER RP SHARROCK RA NAGY F SCHAFER E
Citation: C. Poppe et al., THE LIGHT-INDUCED REDUCTION OF THE GRAVITROPIC GROWTH-ORIENTATION OF SEEDLINGS OF ARABIDOPSIS-THALIANA (L) HEYNH IS A PHOTOMORPHOGENIC RESPONSE MEDIATED SYNERGISTICALLY BY THE FAR-RED-ABSORBING FORMS OF PHYTOCHROME-A AND PHYTOCHROME-B, Planta, 199(4), 1996, pp. 511-514
EVOLUTION OF THE PHYTOCHROME GENE FAMILY AND ITS UTILITY FOR PHYLOGENETIC ANALYSES OF ANGIOSPERMS
Authors: MATHEWS S LAVIN M SHARROCK RA
Citation: S. Mathews et al., EVOLUTION OF THE PHYTOCHROME GENE FAMILY AND ITS UTILITY FOR PHYLOGENETIC ANALYSES OF ANGIOSPERMS, Annals of the Missouri Botanical Garden, 82(2), 1995, pp. 296-321
SPOTLIGHT ON PHYTOCHROME NOMENCLATURE
Authors: QUAIL PH BRIGGS WR CHORY J HANGARTER RP HARBERD NP KENDRICK RE KOORNNEEF M PARKS B SHARROCK RA SCHAFER E THOMPSON WF WHITELAM GC
Citation: Ph. Quail et al., SPOTLIGHT ON PHYTOCHROME NOMENCLATURE, The Plant cell, 6(4), 1994, pp. 468-471
TRANSGENIC COMPLEMENTATION OF THE HY3 PHYTOCHROME-B MUTATION AND RESPONSE TO PHYB GENE COPY NUMBER IN ARABIDOPSIS
Authors: WESTER L SOMERS DE CLACK T SHARROCK RA
Citation: L. Wester et al., TRANSGENIC COMPLEMENTATION OF THE HY3 PHYTOCHROME-B MUTATION AND RESPONSE TO PHYB GENE COPY NUMBER IN ARABIDOPSIS, Plant journal, 5(2), 1994, pp. 261-272
THE PHYTOCHROME APOPROTEIN FAMILY IN ARABIDOPSIS IS ENCODED BY 5 GENES - THE SEQUENCES AND EXPRESSION OF PHYD AND PHYE
Authors: CLACK T MATHEWS S SHARROCK RA
Citation: T. Clack et al., THE PHYTOCHROME APOPROTEIN FAMILY IN ARABIDOPSIS IS ENCODED BY 5 GENES - THE SEQUENCES AND EXPRESSION OF PHYD AND PHYE, Plant molecular biology, 25(3), 1994, pp. 413-427
THE ARABIDOPSIS PHYTOCHROME-A GENE HAS MULTIPLE TRANSCRIPTION START SITES AND A PROMOTER SEQUENCE MOTIF HOMOLOGOUS TO THE REPRESSOR ELEMENTOF MONOCOT PHYTOCHROME-A GENES
Authors: DEHESH K FRANCI C SHARROCK RA SOMERS DE WELSCH JA QUAIL PH
Citation: K. Dehesh et al., THE ARABIDOPSIS PHYTOCHROME-A GENE HAS MULTIPLE TRANSCRIPTION START SITES AND A PROMOTER SEQUENCE MOTIF HOMOLOGOUS TO THE REPRESSOR ELEMENTOF MONOCOT PHYTOCHROME-A GENES, Photochemistry and photobiology, 59(3), 1994, pp. 379-384
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