Mostrando 861 - 880 Resultados de 2,604 Para Buscar '"Calvinism"', tiempo de consulta: 0.19s Limitar resultados
  1. 861
    por Adler, Stephan O., Klipp, Edda
    Publicado 2020
    “…The demonstrated functional features are (i) the reversal of fluxes within a linear pathway, (ii) a thermo-selective branched pathway with different flux modes and (iii) the increased flux towards carbohydrates in a minimal Calvin cycle that was designed to demonstrate temperature compensation within reaction networks. …”
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  2. 862
    “…H(2) evolution occurs under anaerobic conditions and is difficult to sustain due to 1) competition between [FeFe]-hydrogenase (H(2)ase), the key enzyme responsible for H(2) metabolism in algae, and the Calvin–Benson–Bassham (CBB) cycle for photosynthetic reductants and 2) inactivation of H(2)ase by O(2) coevolved in photosynthesis. …”
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  3. 863
    “…Genes including an acid invertase, a neutral or alkaline invertase, and a glucose-6-phosphate isomerase were validated on the basis of an a priori list for the cassava starch pathway, and also a fructose-biphosphate aldolase from the Calvin cycle pathway. The power of the RHM procedure was estimated as 47% when the causal quantitative trait loci generated 10% of the phenotypic variance (sample size = 451). …”
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  4. 864
    “…Together with the continuous monitor of the chlorophyll fluorescence dynamics parameters F(v)/F(m) and F(v)’/F(m)’ and pH of culture, enhanced Calvin cycle by overexpressed cGAPDH promoted the carbon conversion and subsequent energy storage compounds accumulation. …”
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  5. 865
    “…This strain is predicted to break down SCN(–) using a novel thiocyanate desulfurase, oxidize resulting reduced sulfur, degrade product cyanate to ammonia and CO(2) via cyanate hydratase, and fix CO(2) via the Calvin–Benson–Bassham cycle. Removal of molasses from input feed solutions reproducibly led to dominance of this strain. …”
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  6. 866
    “…During photosynthesis, electrons travel from light-excited chlorophyll molecules along the electron transport chain to the final electron acceptor nicotinamide adenine dinucleotide phosphate (NADP) to form NADPH, which fuels the Calvin–Benson–Bassham cycle (CBBC). To allow photosynthetic reactions to occur flawlessly, a constant resupply of the acceptor NADP is mandatory. …”
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  7. 867
    “…Regarding biochemical responses, due to the reduction of the requirements for carbon structures for the synthesis of proteins and phospholipids, more CO(2) is fixed than is consumed by the Calvin cycle. To deal with this excess, diatoms redirect the carbon flow toward the synthesis of storage compounds such as triacylglycerides and carbohydrates, which are excreted as extracellular polymeric substances. …”
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  8. 868
    “…Rubisco accumulation factor (Raf) is a key mediator regulating the activity of ribulose-1,5-bisphosphate carboxylase/oxygenase (Rubisco), which plays important roles in carbon assimilation and the Calvin cycle in plants. Raf has been studied in many plants, but has rarely been studied in the important medicinal plant fragrant woodfern (Dryopteris fragrans). …”
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  9. 869
    “…The analyses also revealed rapid exchange of carbon between the Calvin–Benson cycle and the CO(2)-concentration shuttle, which allows rapid adjustment of the balance between CO(2) concentration and assimilation, and accumulation of large amounts of photorespiratory intermediates in low light that provides a major carbon reservoir to build up C(4) metabolite pools when irradiance increases.…”
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  10. 870
    “…Importantly, these mutants almost entirely lost the ability to reduce several redox-sensitive proteins in chloroplast stroma, including four Calvin–Benson cycle enzymes, NADP–malate dehydrogenase, and Rubisco activase, under light conditions. …”
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  11. 871
    “…In addition, BRs increased photosynthetic rate by increasing the activities of Ribulose-1,5-bisphosphate carboxylase/oxygenase (Rubisco) and fructose 1,6-bisphosphatase (FBPase) related to Calvin cycle, maintaining relatively complete chloroplast structure and higher chlorophyll content via down-regulating the expression of BrPPH1 and BrPAO1 genes related to chlorophyll degradation. …”
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  12. 872
    “…The loss of PGI1 impairs the conversion of F6P of the Calvin–Benson cycle to G6P for the synthesis of transitory starch in leaf chloroplasts. …”
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  13. 873
  14. 874
  15. 875
  16. 876
  17. 877
  18. 878
  19. 879
  20. 880
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