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Floral Pigmentation and Expression of Anthocyanin-Related Genes in Bicolored Roses 'Pinky Girl' as Affected by Temporal Heat Stress
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 Title & Authors
Floral Pigmentation and Expression of Anthocyanin-Related Genes in Bicolored Roses 'Pinky Girl' as Affected by Temporal Heat Stress
Lee, Seul Ki; Kim, Wan Soon;
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This study was conducted to investigate petal pigmentation and the expression patterns of anthocyanin-related genes in bicolored roses 'Pinky Girl' treated with temporal heat stress (THS). Cyanin accumulation in petals was correlated with floral bud development and started rapidly as floral buds began to open, defined as the stage of floral bud development (). This stage seems to be most susceptible to petal pigmentation. The total of cyanin pigmentation at blooming was significantly decreased (by 45.5%) with exposure to THS ( for three days at ) in comparison with control. Meanwhile, the expression of anthocyanin-related genes such as CHS, CHI, F3'H, DFR, ANS, 3GT, and 5GT was relatively promoted by THS. Only F3H was less expressed (by 26.7%) with THS treatment; thus, F3H could be a key gene for bicolor promotion in 'Pinky Girl' among anthocyanin-related genes. Overall, the expression pattern of the most anthocyanin-related genes did not match the trends of cyanin pigmentation in petals. These results suggest that floral pigmentation could be associated with other mechanisms related to anthocyanin biosynthesis such as post-translational effects and regulatory genes.
anthocyanin;cyanin;floral bud development;pelargonin;
 Cited by
수출용 장미의 여름철 재배환경특성과 절화수명 관계,연제연;김완순;

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