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• W2024142432 abstract "During the course of experiments on the metabolisnm of Kalanchoe in short and long days (5, 8,11 ) it was noticed that the leaves of plants induced to flower became red, especially at the apical end and on the underside. Nonflowering plants, i.e. those kept in long days, showed only slight and delayed reddening along the leaf margins. However, it was observed that when the leaves of plants on long day were boiled in HCl, a deep red color developed in the solution. This indicates presence of a leuco-anthocyanidin (1) and suggests that the photoperiod might be causing conversion of this compound to the red anthocyanin. Since the flowers whose formation is induced by exposure to short days are also bright red, it appeared further that the photoperiodic stimulus may exert a systemic effect which would lead to the formation of anthocyanin simultaneously in several parts of the plant. A detailed study was therefore made to determine: A, if the anthocyanins in flower and leaf were the same, or related, B, if the reaction is indeed a true response to photoperiod, C, the nature of the metabolic change involved. Although anthocyanins very commonly appear in the leaves of young growing shoots, especially of woody plants, and also in mature fully grown leaves (autumn colors) their appearance in leaves in direct association with flowering seems to have been less commonly noticed. It is not uncommon, however, for plants with red or blue flowers to develop anthocyanin in the midribs or petioles of the leaves, while those with white flowers do not." @default.
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• W2024142432 date "1963-07-01" @default.
• W2024142432 modified "2023-10-16" @default.
• W2024142432 title "Formation of Anthocyanin in Leaves of <i>Kalanchoe blossfeldiana</i>—a Photoperiodic Response" @default.
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• W2024142432 doi "https://doi.org/10.1104/pp.38.4.447" @default.
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