select all that apply\nwhich molecules are needed for the reduction of 3pg to g3p?\n□ atp\n□ nadph\n□ adp\n□…

select all that apply\nwhich molecules are needed for the reduction of 3pg to g3p?\n□ atp\n□ nadph\n□ adp\n□ h₂o\n□ nadp⁺

select all that apply\nwhich molecules are needed for the reduction of 3pg to g3p?\n□ atp\n□ nadph\n□ adp\n□ h₂o\n□ nadp⁺

Answer

Brief Explanations:

This reaction is part of the Calvin cycle (light-independent reactions of photosynthesis). First, 3-phosphoglycerate (3PG) is phosphorylated using ATP to form 1,3-bisphosphoglycerate. Then, this intermediate is reduced by NADPH, which donates high-energy electrons, to produce glyceraldehyde 3-phosphate (G3P). ADP, H₂O, and NADP⁺ are products or not required as reactants for this specific reduction step.

Answer:

ATP, NADPH