In some organisms, the N-terminal lysine-14 of this protein is modified by a namesake bifunctional alpha- and epsilon-methyltransferase. One protein required for this protein's assembly is regulated by thioredoxin-F. Two versions of it are coded by R. azotoformans' cbbL genes, and the active form of this protein contains 8 large subunits and 8 small subunits arranged in a ring. C-A-1-P is an inhibitor of this enzyme, which requires a namesake AAA+ activase to form a (*) carbamate at its active site. This protein has components encoded by both nuclear and plastid genomes, and it is isolated in bundle-sheath cells to prevent it from producing p
In some organisms, the N-terminal lysine-14 of this protein is modified by a namesake bifunctional alpha- and epsilon-methyltransferase. One protein required for this protein's assembly is regulated by thioredoxin-F. Two versions of it are coded by R. azotoformans' cbbL genes, and the active form of this protein contains 8 large subunits and 8 small subunits arranged in a ring. C-A-1-P is an inhibitor of this enzyme, which requires a namesake AAA+ activase to form a (*) carbamate at its active site. This protein has components encoded by both nuclear and plastid genomes, and it is isolated in bundle-sheath cells to prevent it from producing phosphoglycolate in photorespiration. This enzyme catalyzes the formation of 3-phosphoglycerate in the first step of carbon fixation. For 10 points, name this most abundant protein on earth, which catalyzes a key step in plant photosynthesis.
In some organisms, the N-terminal lysine-14 of this protein is modified by a namesake bifunctional alpha- and epsilon-methyltransferase.