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- W2087479829 abstract "A current question concerning the role of the 515 m,u absorption change in photosynthesis is its occurrence in various classes of organisms. Duysens (2) first reported a reversible increase in absorption at 515 m,u in Chlorella irradiated with red light. The predominant change in Porphyridium cruentum (3) was a decrease in absorption at 420 m,u, attributed to the photooxidation of cytochrome f or a similar cytochrome; only a minor change was observed in this organism at 515 m,. Witt (7), using the flash technique, observed a fast, reversible increase in absorption at 515 m, in Chlorella and other green plants. Muller et al. (6) summarized evidence indicating that absorption changes at 515 and 475 mu are closely related to the photoreduction of plastoquinone, stating that these changes could be observed only in green plants. They also tabulated various other absorption changes observed in the flash spectroscopy of chloroplasts and algae. Kok (5) used a rotating-disk technique to investigate light-induced absorption changes in various classes of photosynthetic organisms. He reported on an incidental observation with a very dilute suspension of Porphyridium (5). The objective of this study was to investigate flash-induced absorption changes in Porphyridiurn cruentum, especially the occurrence of the 515 mp, change. Materials and Methods" @default.
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- W2087479829 date "1964-09-01" @default.
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- W2087479829 title "Flash Spectroscopy of Porphyridium" @default.
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- W2087479829 doi "https://doi.org/10.1104/pp.39.5.810" @default.
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