ATP and NADPH+H+ both are required during the conversion of in C3 Cycle

Question

ATP and NADPH+H+ both are required during the conversion of in C3 Cycle (A) RUBP + C O2 arrow PGA (2 molecules) (B) PGA arrow PGAL (C) PGAL arrow DHAP (D) Fructose -1,3-biphosphate → Glucose

Tardigrade Admin · Accepted Answer

3-PGA is energized and reduced by ATP and NADPH from the light reactions. This phase is labeled a reduction phase. The reactions here reduce the 3-PGA to make glyceraldehyde-3-phosphate (PGAL I.e. triose phosphate)

Q. ATP and $N A D P H + H^{+}$ both are required during the conversion of ________in $C_{3}$ Cycle

RUBP $+ C O_{2} \to$ PGA (2 molecules)

PGA $\to$ PGAL

PGAL $\to$ DHAP

Fructose -1,3-biphosphate → Glucose

3-PGA is energized and reduced by ATP and NADPH from the light reactions. This phase is labeled a reduction phase. The reactions here reduce the 3-PGA to make glyceraldehyde-3-phosphate (PGAL I.e. triose phosphate)

Q. ATP and NADPH+H+ both are required during the conversion of ________in C3​ Cycle

RUBP +CO2​→ PGA (2 molecules)

PGA → PGAL

PGAL → DHAP

Fructose -1,3-biphosphate → Glucose

3-PGA is energized and reduced by ATP and NADPH from the light reactions. This phase is labeled a reduction phase. The reactions here reduce the 3-PGA to make glyceraldehyde-3-phosphate (PGAL I.e. triose phosphate)

Q. ATP and $N A D P H + H^{+}$ both are required during the conversion of ________in $C_{3}$ Cycle

RUBP $+ C O_{2} \to$ PGA (2 molecules)

PGA $\to$ PGAL

PGAL $\to$ DHAP