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Cofactor depletion

Alcohol does not just create toxins. It also drains the cofactors the liver and mitochondria need to keep clearing them.

Quick answer

What is happening

The support layer problem

Even when the primary recovery ingredients are correct, the system can still underperform if the metabolic support layer is depleted. Thiamine-dependent enzymes, magnesium-dependent reactions, and cellular energy transfer all take a hit during heavy drinking.

Top mitigators

Ingredients that address this, ranked

Coverage at a glance

How tiers compare for this mechanism

Tier coverage for Cofactor depletion
GoalBest (Tier 1)Strong support (Tier 2)Situational (Tier 3+)
Acetaldehyde clearance NAC (N-Acetyl Cysteine)
Cognitive recovery Benfotiamine Magnesium Glycinate
Glutathione support NAC (N-Acetyl Cysteine)
Liver protection NAC (N-Acetyl Cysteine) Benfotiamine
Neurotransmitter modulation Magnesium Glycinate
Sleep support Magnesium Glycinate
Deeper science · In more detail

Why this shows up later

Cofactor loss often presents as the "washed out" next-day state: sluggishness, poor cognitive recovery, and the sense that the acute phase is over but the system still is not online.

What the protocol uses

the system.

broad enzymatic function.

  • NAC helps preserve the infrastructure these support

compounds are trying to keep running.

Why support compounds still matter

Cofactors are not Tier 1 because they do not directly neutralize the main toxin. They still matter because recovery is an energy-intensive process. If pyruvate dehydrogenase, transketolase, and related enzyme systems are starved, downstream recovery slows.

Timing

Cofactor rescue is most useful after the drinking window has already consumed part of the pool. That is why these ingredients often sit in Afterburner, Nightcap, and Debrief rather than dominating Preflight.