Intricacies in iron-sulfur cluster function and biogenesis: functional versatility, sulfur sources, and enzyme specificity. [PDF]
RSC Chem BiolSpigelmyer SM, Dos Santos PC.
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Profiling and Association of Microbiota and Volatile Compounds in Commercial Fermented Shrimp Pastes (<i>Terasi</i>). [PDF]
FoodsSurya R, Ervina E, Petsong K, Nugroho D.
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The Mechansim of Photosynthesis in Purple Sulfur Bacteria, Chromatium sp
The Mechansim of Photosynthesis in Purple Sulfur Bacteria, Chromatium spopenaire
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Relations between Hydrogen and Sulfur Metabolism in Purple Sulfur Bacteria
Microbiology, 2021The review considers the role of purple sulfur bacteria in the global cycles of hydrogen and sulfur, as well as the ecology and physiology of these bacteria in relation to the metabolism of sulfur and hydrogen. Information is presented on five types of hydrogenases involved in consumption or production of hydrogen, as well as on various enzymes ...
M. K. Khasimov +3 more
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Photophosphorylation by isolated chromatophores of the purple sulfur bacteria
Archives of Biochemistry and Biophysics, 1958Abstract Chromatophores were isolated from the photosynthetic purple sulfur bacterium, Chromatium strain D. These particles were capable of a light-dependent esterification of ADP and inorganic phosphate with the resulting formation of ATP. Phosphorylation was stimulated by the supernatant from the ruptured cells.
I C, ANDERSON, R C, FULLER
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Calcium and the ecology of photosynthesis in purple sulfur bacteria
Environmental MicrobiologyAbstract The ecological success of purple sulfur bacteria (PSB) is linked to their ability to collect near‐infrared solar energy by membrane‐integrated, pigment–protein photocomplexes. These include a Core complex containing both light‐harvesting 1 (LH1) and reaction centre (RC) components (called the LH1–RC ...
Michael T. Madigan +3 more
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Environmental Control of Sulfur Deposition in Anoxygenic Purple and Green Sulfur Bacteria
1990The accumulation of zero-valent sulfur during the utilization of reduced sulfur compounds by purple and green sulfur bacteria is discussed in relation to the physical factors temperature, pH and light intensity, the availability of the electron donors monosulfide, thiosulfate and trisulfide and the availability of the nutrient phosphate.
VANGEMERDEN, H, VISSCHER, PT, MAS, J
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[Morphological differentiation in non-sulfur purple bacteria].
Mikrobiologiia, 1977Cell differentiation in non-sulphur purple bacteria is complicated, as compared to binary fission, during bud formation with production of hyphae and special resting cells of the exospore type, and can be demonstrated in the folowing series of microorganisms: Rhodopseudomonas sulfidophila leads to Rh. capsulata leads to Rh.
V M, Gorlenko, O I, Keppen, A N, Puchkov
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Production of elemental sulfur by green and purple sulfur bacteria
Archives of Microbiology, 1986The utilization of sulfide by phototrophic sulfur bacteria temporarily results in the accumulation of elemental sulfur. In the green sulfur bacteria (Chlorobiaceae), the sulfur is deposited outside the cells, whereas in the purple sulfur bacteria (Chromatiaceae) sulfur is found intracellularly.
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Storage Products in Purple and Green Sulfur Bacteria
1995Synthesis and accumulation of storage materials occurs in phototrophic sulfur bacteria under virtually all environmental conditions. After summarizing the general characteristics of the different storage products and the maximum contents at which they are found in different organisms, attention is paid to the environmental conditions which affect their
Jordi Mas, Hans Van Gemerden
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