. Bacterial photosynthesis. Bacteria -- Physiology; Photosynthesis. ELECTRON TRANSPORT IN R. RUBRUM 301 HYPOTHETICAL SCHEME ON PHOSPHORYLATING, PHOTOSYNTHETIC ELECTRON TRANSPORT SYSTEM In summary, a hypothetical scheme for the electron transport sys- tem in "intact" chromatophores of R. rubrum is presented (Fig, 21). Under anaerobic conditions, electrons migrate through the electron transport system in a cyclic fashion at the expense of the energy absorbed from light in bacteriochlorophyll (BChl) and its accessory pigment, carotenoids. The oxidation-reduction reactions around both fl
. Bacterial photosynthesis. Bacteria -- Physiology; Photosynthesis. ELECTRON TRANSPORT IN R. RUBRUM 301 HYPOTHETICAL SCHEME ON PHOSPHORYLATING, PHOTOSYNTHETIC ELECTRON TRANSPORT SYSTEM In summary, a hypothetical scheme for the electron transport sys- tem in "intact" chromatophores of R. rubrum is presented (Fig, 21). Under anaerobic conditions, electrons migrate through the electron transport system in a cyclic fashion at the expense of the energy absorbed from light in bacteriochlorophyll (BChl) and its accessory pigment, carotenoids. The oxidation-reduction reactions around both flavoprotein (FP) and cytochrome c 9 are able to couple phosphorylating reactions. Differences in Eq between the excited bacteriochlorophyll (around ) and FP (0 to V), and between cytochrome c^ 1) In "young" cells: Excited BChl / BChl. ATP 2) In "aged" cells:. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Symposium on Bacterial Photosynthesis (1963 : Yellow Springs, Ohio); Charles F. Kettering Research Laboratory (Yellow Springs, Ohio); Gest, Howard. Yellow Springs, Ohio, Antioch Press
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