Glycolytic reactions with a near-zero $\Delta$G°' can participate in the overall pathway of gluconeogenesis because:

Question

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The fact that the glycolytic reactions have a near-zero F1F1F1S1F1F1F10G°' means that they are highly exergonic and spontaneous in the forward direction. However, the reverse reactions can also occur under certain circumstances, making the overall pathway reversible. This is necessary for gluconeogenesis, which requires the synthesis of glucose from non-carbohydrate precursors such as pyruvate or lactate. Therefore, the reversibility of the glycolytic reactions is essential for the overall pathway of gluconeogenesis to occur.

Glycolytic Reactions with a Near-Zero Δ\DeltaΔ G°' Can Participate in the Overall Pathway of Gluconeogenesis Because

Glycolytic Reactions with a Near-Zero $\Delta$ G°' Can Participate in the Overall Pathway of Gluconeogenesis Because