Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 6 of 6 for “"SBPase"”.
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Field trials to phenotype transgenic tobacco plants with improved RuBP regeneration
… genes for the cyanobacterial bifunctional FBPase/SBPase and algal cytochrome c6 proteins. The bifunctional FBPase/SBPase protein catalyses two steps in the regenerative phase of the Calvin-Benson-Bassham cycle. The H-protein upregulates the complex that facilitates the conversion of glycine to …
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Transgenic approaches to improve photosynthesis and nitrogen use in wheat
… transgenic wheat plants with increased SBPase activity showed an improved photosynthetic leaf rate and total biomass production. The Rubisco protein is a major N investment in crops, but it has also been exhibited that under some environmental conditions, there may be an excess of …
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Genome Scale Metabolic Modelling of Arabidopsis thaliana and Chlamydomonas reinhardtii
… analysis demonstrated a complementary role of SBPase and FBPase in the Calvin cycle and further proposed a novel role of transaldolase in daytime metabolism under knockout conditions. Both models, were used to investigate likely coordinated changes in metabolic networks to dissipate excess …
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The role of guard cell chloroplasts in stomatal function and coordinating stomatal and mesophyll responses .
… Arabidopsis plants overexpressing Rieske and SBPase resulted in substantial and significant impacts on plant development coupled with increases in photosynthetic efficiency of photosystem II in the early stages of seedling development. The result obtained proves more opportunities await the …
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Computer modelling applied to the Calvin Cycle
… rubisco and sedoheptulose bisphosphotase (SBPase), and can readily be transferred between them. This appears to offer an explanation of experimental evidence, obtained by genetic manipulation, that both of these enzymes can exert high control over assimilation. A further finding is that the …
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Engineering cyanobacterial genes into Glycine max (soybean) leads to increased photosynthesis and productivity
… to Rubisco. The FBP1 gene encodes the FBPase/SBPase bifunctional enzyme which has the same enzymatic function as the two individual enzymes present in higher plants. These two enzymes regulate key steps in the reductive pentose-phosphate (Calvin) cycle, the primary pathway for carbon fixation …