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Natl. Inst. Basic Biol. | 論文
- MECHANISM OF ENHANCED EFFLUX OF Na^+ IN SALT-TOLERANT ARABIDOPSIS pst2
- ANALYSIS OF MECHANISMS OF TOLERANCE TO ACTIVE OXYGEN SPECIES IN SALT-TOLERANT ARABIDOPSIS THALIANA MUTANTS
- MOLECULAR GENETICAL DISSECTION OF MECHANISMS OF SALT TOLERANCE IN PLANTS
- ARABIDOPSIS MUTANTS, rec, ces, AND des EXPRESSING THE PHOTOSYNTHESIS GENE RBCS IN DERANGED TISSUE-SPECIFICITY
- SELECTION AND ANALYSIS OF ARABIDOPSISMUTANTS UNDER-EXPRESSING RBCS
- Analysis of photoresponses of Arabidopsis transformed with the protein kinase-type phytochrome (PHY3) gene of fern Adiantum
- FLUORESCENCE PROPERTIES OF PHOTOSYNTHETIC ANTENNA PIGMENTS, KETOCAROTENOIDS.
- SPONTANEOUS MUTATIONS AFFECTING FLOWER PIGMENTATION IN THE JAPANESE MORNING GLORY
- IDENTIFICATION OF THE MAGENTA MUTATIONS FOR FLOWER PIGMENTATION IN THE JAPANESE AND COMMON MORNING GLORIES
- Spectroscopic properties ofperidinin-chlorophyll a-protein isolated from a dinoflagellateAlexandorium cohorticula
- MECHANISMS OF PERCEPTION OF LOW-TEMPERATURE IN Synechocystis sp. PCC6803
- Genetic rigidification of membrane lipids enhances cold inducibility of heat shock genes in Synechocystis
- CHARACTERIZATION OF A MUTANT OF HISTIDINE KINASE-33,A PUTATIVE SENSOR OF LOW TEMPERATURE SIGNALS IN Synechocystis PCC6803
- LOW-TEMPERATURE SIGNAL TRANSDUCTION PATHWAYS WHICH REGULATE THE EXPRESSION OF rbpl AND crh GENES IN Synechocystis
- INCREASE IN TOLERANCE OF THE PHOTOSYNTHETIC MACHINERY TO SALT STRESS BY GENETIC ENHANCEMENT OF UNSATURATION OF FATTY ACIDS IN MEMBRANE LIPIDS IN Synechococcus
- Isolation of PSI and PS II complexes containing chlorophyll d from Acaryochloris marina
- THE EXPRESSION OF THE DFR GENES IN THE COMMON MORNING GLORY
- THE PHOTOSYNTHETIC REACTION CENTER(PscA/Cytochrome c_)_2 COMPLEX OF GREEN SULFUR BACTERIA, CHLOROBIUM
- Isolation of the Photoactive Reaction Center Complex that Contains Three Types of Fe-S Centers and a Cytochrome c Subunit from the Green Sulfur Bacterium Chlorobium limicola f. thiosulfatophilum, Strain Larsen
- RECONSTITUTION OF CAROTENOIDS INTO LH1 ANTENNA COMPLEX FROM AN PURPLE BACTERIA, Rhodopseudomonas acidophila