in the process of carbon fixation, rubp attaches a co2 to produce a six-carbon molecule, which is then split to produce two molecules of 3-phosphoglycerate. after phosphorylation and reduction produces glyceraldehyde 3-phosphate (g3p), what more needs to happen to complete the calvin cycle? in the process of carbon fixation, rubp attaches a co2 to produce a six-carbon molecule, which is then split to produce two molecules of 3-phosphoglycerate. after phosphorylation and reduction produces glyceraldehyde 3-phosphate (g3p), what more needs to happen to complete the calvin cycle? regeneration of atp from adp addition of a pair of electrons from nadph regeneration of rubp regeneration of nadp

RuBP and CO2 react, and RuBisCO catalyses the formation of a six-carbon compound that is quickly split into two three-carbon compounds. Because CO2 is "fixed" into organic molecules during this process from its inorganic form, it is known as carbon fixation.

The fixation reaction is catalysed by an enzyme called RuBisCO, which combines RuBP and CO2. The resulting six-carbon compound is split into two three-carbon compounds, which are then transformed into G3P by ATP and NADPH using their stored energy.

RuBP and CO2 react through the catalysis of RuBisCO. Three molecules of 3-phosphoglyceric acid (3-PGA) are created for each CO2 molecule that interacts with one RuBP molecule. 3-PGA contains one phosphate and three carbons. One RuBP and one carbon dioxide are all that are needed for each cycle turn to produce two 3-PGA molecules.

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