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• W1987367615 startingPage "67" @default.
• W1987367615 abstract "1. Introduction 68 2. Ferredoxin reduction by photosystem I 72 3. Ferredoxins 73 4. Ferredoxin[ratio ]thioredoxin reductase 73 4.1 Spectroscopic investigations of FTR 76 4.2 The three-dimensional structure of FTR from the cyanobacterium Synechocystis sp. PCC6803 77 4.2.1 The variable subunit 77 4.2.2 The catalytic subunit 81 4.2.3 The iron–sulfur center and active site disulfide bridge 82 4.2.4 The dimer 84 4.3 Thioredoxin f and m 85 4.4 Ferredoxin and thioredoxin interactions 86 4.5 Mechanism of action 88 4.6 Comparison with other chloroplast FTRs 92 5. Target enzymes 95 5.1 NADP-dependent malate dehydrogenase 95 5.1.1 Regulatory role of the N-terminal extension 97 5.1.2 Regulatory role of the C-terminal extension 99 5.1.3 Thioredoxin interactions 101 5.2 Fructose-1,6-bisphosphatase 101 5.3 Redox regulation of chloroplast target enzymes 103 6. Conclusion 103 7. Acknowledgements 104 8. References 104 A pre-requisite for life on earth is the conversion of solar energy into chemical energy by photosynthetic organisms. Plants and photosynthetic oxygenic microorganisms trap the energy from sunlight with their photosynthetic machinery and use it to produce reducing equivalents, NADPH, and ATP, both necessary for the reduction of carbon dioxide to carbohydrates, which are then further used in the cellular metabolism as building blocks and energy source. Thus, plants can satisfy their energy needs directly via the light reactions of photosynthesis during light periods. The situation is quite different in the dark, when these organisms must use normal catabolic processes like non-photosynthetic organisms to obtain the necessary energy by degrading carbohydrates, like starch, accumulated in the chloroplasts during daylight. The chloroplast stroma contains both assimilatory enzymes of the Calvin cycle and dissimilatory enzymes of the pentose phosphate cycle and glycolysis. This necessitates a strict, light-sensitive control that switches between assimilatory and dissimilatory pathways to avoid futile cycling (Buchanan, 1980, 1991; Buchanan et al . 1994; Jacquot et al . 1997; Schürmann & Buchanan, 2000)." @default.
• W1987367615 created "2016-06-24" @default.
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• W1987367615 date "2000-02-01" @default.
• W1987367615 modified "2023-10-03" @default.
• W1987367615 title "How does light regulate chloroplast enzymes? Structure–function studies of the ferredoxin/thioredoxin system" @default.
• W1987367615 cites W1489620726 @default.
• W1987367615 cites W1497142545 @default.
• W1987367615 cites W1525120405 @default.
• W1987367615 cites W1530120986 @default.
• W1987367615 cites W1559045096 @default.
• W1987367615 cites W1569906996 @default.
• W1987367615 cites W1608218663 @default.
• W1987367615 cites W1921887761 @default.
• W1987367615 cites W1924154635 @default.
• W1987367615 cites W1941431053 @default.
• W1987367615 cites W1947962930 @default.
• W1987367615 cites W1963882528 @default.
• W1987367615 cites W1963995993 @default.
• W1987367615 cites W1966631359 @default.
• W1987367615 cites W1967650766 @default.
• W1987367615 cites W1968650029 @default.
• W1987367615 cites W1972606544 @default.
• W1987367615 cites W1973352575 @default.
• W1987367615 cites W1977363803 @default.
• W1987367615 cites W1982653932 @default.
• W1987367615 cites W1984660659 @default.
• W1987367615 cites W1985448020 @default.
• W1987367615 cites W1985818571 @default.
• W1987367615 cites W1987841521 @default.
• W1987367615 cites W1988924778 @default.
• W1987367615 cites W1992155274 @default.
• W1987367615 cites W1994042939 @default.
• W1987367615 cites W1998177742 @default.
• W1987367615 cites W1998399350 @default.
• W1987367615 cites W1998591953 @default.
• W1987367615 cites W1999477812 @default.
• W1987367615 cites W2006175238 @default.
• W1987367615 cites W2007329635 @default.
• W1987367615 cites W2009288340 @default.
• W1987367615 cites W2013083986 @default.
• W1987367615 cites W2013428969 @default.
• W1987367615 cites W2014952010 @default.
• W1987367615 cites W2015923551 @default.
• W1987367615 cites W2017240909 @default.
• W1987367615 cites W2017810508 @default.
• W1987367615 cites W2019769216 @default.
• W1987367615 cites W2020345264 @default.
• W1987367615 cites W2021109517 @default.
• W1987367615 cites W2021839878 @default.
• W1987367615 cites W2026465371 @default.
• W1987367615 cites W2027355536 @default.
• W1987367615 cites W2031442911 @default.
• W1987367615 cites W2034402926 @default.
• W1987367615 cites W2035299646 @default.
• W1987367615 cites W2035436553 @default.
• W1987367615 cites W2037393442 @default.
• W1987367615 cites W2040153210 @default.
• W1987367615 cites W2042977307 @default.
• W1987367615 cites W2047170573 @default.
• W1987367615 cites W2048507105 @default.
• W1987367615 cites W2050393976 @default.
• W1987367615 cites W2052299129 @default.
• W1987367615 cites W2053542074 @default.
• W1987367615 cites W2055416608 @default.
• W1987367615 cites W2057026607 @default.
• W1987367615 cites W2062600212 @default.
• W1987367615 cites W2067291386 @default.
• W1987367615 cites W2074643472 @default.
• W1987367615 cites W2082423601 @default.
• W1987367615 cites W2084375199 @default.
• W1987367615 cites W2087707808 @default.
• W1987367615 cites W2088772933 @default.
• W1987367615 cites W2089543391 @default.
• W1987367615 cites W2090079874 @default.
• W1987367615 cites W2094120471 @default.
• W1987367615 cites W2097382368 @default.
• W1987367615 cites W2099206234 @default.
• W1987367615 cites W2108461880 @default.
• W1987367615 cites W2113403117 @default.
• W1987367615 cites W2114745820 @default.
• W1987367615 cites W2129393436 @default.
• W1987367615 cites W2137645808 @default.
• W1987367615 cites W2142338805 @default.
• W1987367615 cites W2154893969 @default.
• W1987367615 cites W2159220993 @default.
• W1987367615 cites W2162619522 @default.
• W1987367615 cites W2166810614 @default.
• W1987367615 cites W2200932616 @default.
• W1987367615 cites W2315783271 @default.
• W1987367615 cites W2475868692 @default.
• W1987367615 cites W2739540483 @default.
• W1987367615 cites W2740398408 @default.

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