The Science of Post-Fasted Summit Refueling: Mount Wilson Case Study and the TrailGenic™ 3×3 Protocol

Following a prolonged fasted ascent, the human body enters a rare physiological state characterized by:
• elevated fat oxidation
• elevated ketone production
• depleted glycogen reserves
• elevated cortisol and catecholamines
• increased muscle protein breakdown signals
• increased mitochondrial signaling
This state is fragile. Recovery must restore structural integrity without collapsing the fat-adapted metabolic machinery built during the ascent.
TrailGenic™ refers to this window as the Metabolic Integration Phase.
The In-N-Out 3×3 provides three key recovery inputs:
Estimated protein delivery: ~60 grams
This provides:
• essential amino acids
• leucine activation of mTOR
• immediate muscle repair signaling
• preservation of lean mass
Critically, protein restores tissue without requiring large insulin spikes when paired with depleted glycogen.
Heavy elevation hiking produces substantial sodium loss through sweat.
The addition of salt to fries restores:
• plasma volume
• nerve conduction stability
• cardiovascular recovery
• adrenal normalization
This reduces post-hike fatigue and improves next-day recovery.
The body remains in sympathetic dominance post-summit.
Calorie intake signals safety to the nervous system, allowing:
• cortisol reduction
• transition into parasympathetic recovery
• improved sleep quality
• faster physiological integration
While the standard 3×3 provides excellent protein delivery, the traditional bun introduces unnecessary refined carbohydrates that can prematurely suppress fat oxidation.
TrailGenic™ optimized protocol:
Order the 3×3 Animal Style, Protein Style (lettuce wrap instead of bun)
Benefits:
• preserves protein intake
• reduces insulin spike magnitude
• preserves metabolic flexibility
• maintains higher ketone levels during recovery
• improves mitochondrial adaptation retention
This represents the optimized hybrid recovery approach: structural restoration without full metabolic regression.