… and the Rubisco active site, the small subunits contribute to the kinetic properties of the
enzyme. For instance, point mutations in the small subunit at a remote distance from the catalytic …

… , describe how the use of recombinant systems can expedite plant Rubisco optimization,
and discuss the importance of Rubisco engineering in light of … The hidden face of Rubisco. …

… (Rubisco) is the major enzyme assimilating CO 2 into the biosphere. At the same time Rubisco
… The shortcomings of Rubisco have implications for crop yield, nitrogen and water usage, …

… Here, we explored the biochemical features of RuBisCO as a … Despite the lack of industrial
procedures for RuBisCO … and industry to review the use RuBisCO as a sustainable source …

… At the heart of the mission is Rubisco, an enzyme responsible for capturing carbon dioxide
during photosynthesis. Rubisco is responsible for capturing 99% of the carbon that is found in …

… An interesting example in the Rubisco dataset is the apparent relationship between
Tephrosia species (Fabaceae) and low k cat c (in contrast with, eg, Desmodium), contributing to …

… RuBisCO in laboratory experiments, which has also limited the ability to engineer alternate
forms of the … (3) fill in some of the most important remaining pieces of the RuBisCO folding …

… the localization of Rubisco in the chloroplast of S2 Cr complemented 1a3b mutants
expressing the highest levels of EPYC1 (S2 Cr_ EPYC1_1). Immunogold labelling of Rubisco …

… , for producing homogenous plant Rubisco by rbcL-rbcS … Rubisco production was highest
(50% of the wild type) in the … Consistent with the low amounts of Rubisco produced in the …

… gene knockout mutants for the four members of the rbcS family in Arabidopsis, … Rubisco
(~3% relative to the wild-type) and is the first example of a mutant with a homogenous Rubisco …