ANALYSIS OF Arabidopsis TEMPERATURE-CONDITIONAL CHLOROTIC MUTANT (chs5)

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COSUPPRESSION OF THE ω-3 FATTY ACID DESATURASES
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ACCUMULATION OF ER ω-3 FATTY ACID DESATURASE IS ENHANCED AT LOW TEMPERATURE IN WHEAT ROOT TIP
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MOLECULAR MECHANISM OF WOUND-RESPONSIVE EXPRESSIONS OF THE ARABIDOPSIS FAD7 GENE
WOUND-INDUCED EXPRESSION OF THE FAD7 GENE IS REGULATED BY TWO DIFFERENT WOUND-RESPONSIVE REGIONS OF ITS PROMOTER SEQUENCE
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Analysis of the promoter region of achloroplast ω-3 fatty add desaturase gene(FAD7) from Arabidopsisthaliana
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FATTY ACID DESATURATION DURING CHILLINGACCLIMATION IS INVOLVED IN CONFERRING LOW TEMPERATURE TOLERANCE
EXPRESSION OF PLASTIDIAL ω-3 FATTY ACID DESATURASE (FAD7) GENE IN Arabidopsis IS ACTIVATED BY SALICYLIC ACID-DEPENDENT BUT NPR1-INDEPENDENT PATHWAY
EFFECTS OF OZONE ON EXPRESSION OF THE PLASTID ω -3 FATTY ACID DESATURASE GENES (FAD7/8) IN Arabidopsis thaliana
CONSTRUCTION OF A Ti-PLASMIDCONVERTIBLE λ PHOSPHOTRANSFERASE GENE HYGROMYCIN B PHOSPHOTRANSF ERASE GENE
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TRIENOIC FATTY ACIDS AND PLANT TOLERANCE OF HIGH TEMPERATURE
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USE OF A RICE TEMPERATURE-CONDITIONAL MUTANT IN THE ANALYSIS OF CHLOROPLAST DEVELOPMENT
ANALYSIS OF Arabidopsis TEMPERATURE-CONDITIONAL CHLOROTIC MUTANT (chs5)
A NONSENSE MUTATION PREVENTS FAD7 GENE mRNA ACCUMULATION IN Arabidopsis thaliana

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