MOLECULAR GENETICAL DISSECTION OF MECHANISMS OF SALT TOLERANCE IN PLANTS
スポンサーリンク
概要
著者
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Kobayashi Kyoko
Grad. Sch. Nutr. Envir. Sci. Univ.
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TSUGANE Kazuo
Natl. Inst. Basic Biol.
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KOBAYASHI Hirokazu
Grad. Sch. Nutr. Envir. Sci., Univ.
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NIWA Yasuo
Lab.Plant Cell Tech., Grad.Sch.Nutr.Envir.Sci., Univ.Shizuoka
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TSUGANE Kazuo
Lab. Plant Cell Tech. , Grad. Sch. Nutr. Envir. Sci. , Univ. Shizuoka
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SAEKI Mari
Lab. Plant Cell Tech. , Grad. Sch. Nutr. Envir. Sci. , Univ. Shizuoka
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KOBAYASHI Kyoko
Lab. Plant Cell Tech. , Grad. Sch. Nutr. Envir. Sci. , Univ. Shizuoka
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NIWA Yasuo
Lab. Plant Cell Tech. , Grad. Sch. Nutr. Envir. Sci. , Univ. Shizuoka
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KOBAYASHI Hirokazu
Lab. Plant Cell Tech. , Grad. Sch. Nutr. Envir. Sci. , Univ. Shizuoka
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Niwa Yasuo
Lab. Plant Cell Tech. Grad. Sch. Nutr. Envir. Sci. Univ. Shizuoka
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Niwa Yasuo
Lab. Of Plant Cell Technol. Graduate School Of Nutritional And Environmental Sciences Univ. Of Shizu
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Saeki Mari
Lab. Plant Cell Tech. Grad. Sch. Nutr. Envir. Sci. Univ. Shizuoka
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Kobayashi Hirokazu
Grad. Sch. Nutr. Envir. Sci. Univ.
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Niwa Yasuo
Lab.plant Cell Tech. Grad.sch.nutr.envir.sci. Univ.shizuoka
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Kobayashi Hirokazu
Lab. Of Plant Cell Technology University Of Shizuoka
関連論文
- 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
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- SELECTION OF ARABIDOPSIS MUTANTSEXPRESSING RBCS IN ROOTS
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- SCREENING AND ANALYSIS OF ARABIDOPSIS MUTANTS GENERATED BY ACTIVATION TAGGING IN WHICH PHOTOSYNTHESIS GENES ARE EXPRESSED IN NONPHTOSYNTHETIC CALLI
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- A POWERFUL STRATEGY WITH IN VITRO RANDOM MUTAGENESIS OF GENES AND SUBSEQUENT SELECTION OF THEIR TRANSFORMANTS : ITS APPLICATION TO CONFERRING PHOTO-TOLERANCE ON D1 PROTEIN
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- EVOLUTIONARILY CONSERVED AND NUCLEUS-ENCODED MULTIPLE σ FACTORS PROMOTE DIFFERENTIAL TRANSCRIPTION OF CHLOROPLAST GENES
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- Chloroplast Transformation : Applications and Perspectives of the Methodology