Nutritional Performance Focus Method: Fueling the Brain for Peak Performance

A Guide for Coaches, Athletes, and Sport Nutritionists

Triphasic Training Method 38

“The body gets you to the game. The brain wins it.”

Physical conditioning, technique, and tactics account for a large part of athletic success — but none of it matters if the brain isn’t sharp when it counts. Reaction time measured in milliseconds, the ability to read plays before they develop, staying calm under pressure, sustaining concentration through the final whistle or buzzer — these are cognitive skills. And like any other physical skill, they can be prepared for, trained, and supported through nutrition.

This article breaks down the neurotransmitter science behind game day performance, then gives coaches, athletes, and sport nutritionists a practical, food-first protocol to implement immediately.

Part One: The Neuroscience of Competition

What Are Neurotransmitters — and Why Do They Matter on Game Day?

Neurotransmitters are the brain’s chemical messengers. When a neuron fires, it releases a neurotransmitter across a synapse to trigger a response in the next neuron. The speed, accuracy, and strength of that signaling directly determines how fast an athlete thinks, how well they focus, and how quickly their body responds to their brain’s commands.

On game day, an athlete’s neurochemical environment is everything. The same physical body can perform at completely different levels depending on whether the brain is running on optimal fuel or running on empty. What an athlete eats in the 24 to 48 hours before competition — and on the morning of — has a measurable effect on which neurotransmitters are available, in what quantities, and how efficiently they function.

Here’s what each key neurotransmitter does in a sports context:

Acetylcholine — The Learning and Motor Precision Transmitter

Acetylcholine (ACh) is the neurotransmitter most associated with memory, attention, and the speed of nerve-to-muscle communication. In sport, it governs the precision of practiced movements — the muscle memory in a tennis serve, the automatic footwork in a defensive stance, the clean handoff in a relay race.

When ACh levels are high and receptor sensitivity is good, athletes execute trained skills quickly and accurately. When ACh is depleted — which can happen through poor diet, dehydration, or excessive cognitive load — movements become less precise, reaction times slow, and attention narrows.

ACh is synthesized directly from choline, a nutrient found abundantly in egg yolks, liver, and soybeans. B vitamins, particularly B5 (pantothenic acid), are critical cofactors. This is one reason why eggs are consistently one of the most recommended pre-game foods across elite sports programs.

Dopamine — The Focus, Drive, and Working Memory Transmitter

Dopamine is arguably the most important neurotransmitter for competitive performance. It governs:

• Working memory — holding a play in your head while executing it
• Executive function — making fast, high-quality decisions under pressure
• Motivation and competitive drive — the mental edge that separates athletes who perform when it matters from those who fade
• Reward processing — reading feedback quickly and adjusting tactics

Dopamine is synthesized from the amino acid tyrosine in two steps: tyrosine → L-DOPA → dopamine. The rate of this conversion depends on iron, vitamin B6, and folate as cofactors. Tyrosine is found in protein-rich foods — chicken, turkey, tuna, eggs, almonds, and avocado.

Suboptimal dopamine function is associated with poor working memory, low motivation, distractibility, and reduced impulse control — all performance killers in competition.

Norepinephrine — The Alertness and Reaction Speed Transmitter

Norepinephrine (NE, also called noradrenaline) is made directly from dopamine and is the brain’s primary arousal and alertness signal. In competitive sport, it does two critical things:

1. Improves the signal-to-noise ratio in the brain — making relevant sensory information (ball position, opponent movement, crowd noise) sharper and clearer while filtering out irrelevant distraction.
2. Directly accelerates reaction time — the brain’s motor commands travel more efficiently when NE is properly elevated.

NE also governs the “focus state” athletes describe entering when they’re locked in — a heightened awareness combined with calm, decisive action. This is sometimes called being “in the zone,” and NE is a major neurochemical driver of that state.

Like dopamine, NE synthesis depends on tyrosine and requires vitamin C as a cofactor in the final conversion step (dopamine → norepinephrine). This is one reason why ensuring vitamin C intake before competition — from citrus, bell peppers, or kiwi — matters more than athletes often realize.

Epinephrine (Adrenaline) — The Rapid-Response Transmitter

Epinephrine is released both by the adrenal glands (into the bloodstream) and by neurons in the brain. In sport, it provides the acute speed surge needed in explosive moments — the sprint off the starting blocks, the defensive dive, the split-second dodge.

While epinephrine is largely driven by the sympathetic nervous system response to competition stress, diet supports its availability. Because it is synthesized from the same tyrosine → dopamine → NE → epinephrine pathway, every meal that supports dopamine also supports epinephrine readiness. Vitamin C is again essential for a step in this conversion.

The challenge with epinephrine is management — too much (from excessive pre-game anxiety or stimulant abuse) causes performance to deteriorate, while the right amount produces peak explosive output. A well-fed, well-recovered athlete regulates this naturally.

Glutamate — The Synaptic Plasticity and Memory Transmitter

Glutamate is the brain’s primary excitatory neurotransmitter and is the molecular engine of long-term potentiation (LTP) — the synaptic process by which the brain encodes and consolidates memory. For athletes, this means every rep in training, every play reviewed, every coaching instruction absorbed relies on glutamatergic signaling to stick.

On game day, glutamate supports the rapid neural firing required for fast movement, coordination, and situational decision-making. Foods that provide glutamate directly include bone broth, sardines, tomatoes, aged cheeses, mushrooms, and fermented foods such as miso and kimchi.

GABA — The Focused Calm Transmitter

GABA (gamma-aminobutyric acid) is the primary inhibitory neurotransmitter, and it is just as important as the excitatory ones. Its role is to reduce neural noise — filtering out the chatter so the relevant signals come through clearly.

In a sport context, GABA underpins:

• The calm, controlled focus between plays (the free throw shooter’s pre-shot routine, the pitcher’s wind-up, the sprinter in the blocks)
• Impulse regulation — not taking the bait on a provocation, not forcing a bad shot
• Anxiety management — keeping pre-game nerves productive rather than paralyzing

GABA is synthesized from glutamate using vitamin B6 as a cofactor. Fermented foods contain bioavailable GABA directly. L-theanine — an amino acid found almost exclusively in green tea — increases GABA activity and is one of the most well-researched nutritional tools for “alert calm,” particularly relevant for athletes who get over-stimulated before competition.

Serotonin — The Mood Stability and Sustained Attention Transmitter

Serotonin governs emotional regulation, impulse control, and the ability to sustain attention over long periods. In multi-hour competitions — a basketball game, a tennis match, a full round of golf — serotonin is a key determinant of whether an athlete stays mentally sharp in the second half or loses their edge.

Low serotonin is associated with irritability, impulsivity, poor decision-making under pressure, and shortened attention spans. It is synthesized from the amino acid tryptophan using vitamin B6, magnesium, and zinc as cofactors — and roughly 90% of the body’s serotonin is produced in the gut, meaning gut health and microbiome diversity are directly relevant to brain performance.

High-tryptophan foods include turkey, salmon, oats, pumpkin seeds, cherries, pineapple, and dark chocolate. However, tryptophan competes with other large amino acids for transport across the blood-brain barrier — a small amount of carbohydrate taken alongside tryptophan-rich foods helps shuttle it preferentially into the brain.

Histamine (as Neuromodulator) — The Wakefulness Transmitter

While most people associate histamine with allergies, in the brain it functions as a wakefulness-promoting neuromodulator. Histaminergic neurons fire during waking hours and help maintain the baseline state of cognitive arousal required for athletic performance. When histamine signaling is blunted (as it is when people take antihistamines), the result is familiar: brain fog, slowed reaction times, and reduced motivation. Supporting healthy histaminergic tone through B12, folate, and histidine-containing foods helps sustain this baseline arousal through a full competition day.

Adenosine — Managing the Fatigue Signal

Adenosine is not strictly a neurotransmitter in the traditional sense but acts as a neuromodulator that accumulates in the brain the longer a person is awake. As it builds, it progressively slows cognition, dulls reaction times, and creates the subjective sense of mental fatigue. Caffeine’s well-known alerting effect works entirely by blocking adenosine receptors.

For athletes, managing adenosine means:

1. Prioritizing sleep in the 48 hours before competition (adenosine clears during sleep)
2. Using caffeine strategically on game day — enough to blunt the fatigue signal, not so much that it overshoots into anxiety
3. Choosing foods and beverages like green tea that pair caffeine with L-theanine for smoother, more sustained alertness without the spike-and-crash

Part Two: Practical Principles Before the Meal Plan

Before getting into specific meals, sport nutritionists and coaches should understand several foundational principles:

The blood-brain barrier means you can’t eat neurotransmitters directly. The brain makes its own neurotransmitters from precursor amino acids. What food provides are those precursors and the cofactor vitamins and minerals that the synthesis enzymes require. Both are needed.

Protein timing matters. Amino acid precursors (tyrosine, tryptophan, choline) are absorbed and peak in the blood roughly 2 to 4 hours after eating. For a 1 pm game, a protein-rich breakfast at 7 to 9 am is ideal. For a 7 pm game, a protein-anchored lunch works well.

Carbohydrates support tryptophan uptake. Because tryptophan competes with other amino acids to cross the blood-brain barrier, pairing tryptophan-rich foods with a moderate amount of complex carbohydrate improves serotonin synthesis — an important consideration for the pre-game meal.

The gut-brain axis is real. Roughly 90% of serotonin is produced in the gut. Athletes with poor gut health, disrupted microbiomes, or high intake of processed foods are neurochemically disadvantaged before they even take the field. Fermented foods (kefir, kimchi, miso, yogurt) are a practical on-ramp to better gut-brain signaling.

Hydration underpins everything. All neurotransmitter synthesis, synaptic transmission, and nerve conduction velocity depend on adequate hydration. Even mild dehydration (1 to 2% of body weight) measurably impairs reaction time and cognitive function. Water intake in the 24 hours before competition is as important as food choices.

Avoid food comas on game day. Very large meals, high-fat meals, or unfamiliar foods on game day divert blood to the digestive system and can blunt the alertness signals the athlete needs. Game day eating is about reliability, digestibility, and neurochemical precision — not personal preference or volume.

Part Three: The Game Day Meal Plan

The following plan is designed for a game with a 1:00 pm or 7:00 pm start. Timings are adjusted accordingly. Each meal includes a foundation option, alternative protein swaps (because three different meats in one day is impractical), and an optional upgrade.

The Foundation Foods — Build Every Meal From These

These foods appear across multiple neurotransmitter pathways and provide the highest return per meal:

• Eggs — choline (ACh), tyrosine (dopamine/NE), tryptophan (serotonin), B vitamins
• Salmon / oily fish — tyrosine, tryptophan, omega-3s (support receptor sensitivity), B12
• Leafy greens — folate, B6, magnesium, iron (cofactors for almost every pathway)
• Almonds / pumpkin seeds — tyrosine, tryptophan, magnesium, zinc, B6
• Dark chocolate (70%+) — tyrosine, theobromine (mild adenosine blocker), flavonoids
• Fermented foods — direct GABA, serotonin precursors via gut microbiome
• Green tea — L-theanine (GABA), caffeine (adenosine blocker), antioxidants
• Oats — complex carbohydrate for tryptophan uptake, steady glucose, B vitamins
• Avocado — tyrosine, healthy fats, B6, folate
• Berries — antioxidants, reduce neuroinflammation, support dopamine receptor health

Meal 1 — Pre-Game Breakfast (3 to 4 hours before game time)

Goal: Load amino acid precursors (tyrosine, choline, tryptophan), supply cofactors, establish steady blood glucose.

Option A — The Classic Performance Breakfast

• 3 whole eggs, scrambled or poached (choline, tyrosine, tryptophan, B vitamins)
• 1 cup rolled oats with 1 tbsp almond butter and a small handful of blueberries (complex carbs, tyrosine, antioxidants)
• 1 cup plain Greek yogurt (tryptophan, gut bacteria support)
• 1 cup green tea (L-theanine + light caffeine)
• 1 medium banana (tyrosine, B6, easy carbohydrate)

Protein swap: If eggs aren’t available or preferred, substitute 150g cottage cheese on the side. It provides similar levels of tryptophan and B vitamins.

Option B — The Lighter Pre-Game Breakfast (for athletes who don’t tolerate heavy pre-game meals)

• 2-egg vegetable omelette with spinach, mushrooms, and a small amount of cheese (choline, glutamate, B vitamins)
• 1 slice sourdough toast with mashed avocado (tyrosine, B6, folate)
• 1 cup kefir or fermented yogurt smoothie with banana and a handful of frozen berries (tryptophan, gut support, carbohydrate)
• Green tea or black coffee (if caffeine is part of the athlete’s normal routine)

Protein swap: If dairy is an issue, swap kefir for a small tin of wild salmon mixed into scrambled eggs — higher tyrosine and omega-3 profile.

Optional upgrade: Add 1 tbsp ground flaxseed to oats or yogurt for additional omega-3 fatty acids, which improve dopamine and serotonin receptor sensitivity over time.

Snack 1 — The Athlete’s Brain Boost Trail Mix (2 hours before game time)

This snack is designed to be portable, no-refrigeration-required, and neurotransmitter-targeted. The full recipe and mix rationale follow in Part Four — see the Trail Mix section below.

Grab-and-go snack: 1 serving (about 60g) of the Brain Boost Trail Mix + 500ml water or coconut water (electrolytes).

If solid food is not tolerated this close to game time: Swap the trail mix for a small smoothie: 1 cup almond milk, 1 tbsp almond butter, half a banana, 1 tbsp cacao powder, 1 tsp honey. Blends tyrosine, tryptophan, and theobromine in liquid form.

Meal 2 — Game Day Lunch / Pre-Evening Game Meal (4 to 5 hours before 7 pm game)

Goal: Top off amino acid precursors, maintain steady energy, support serotonin for sustained attention in a later game.

Option A — Salmon and Grain Bowl

• 150–200g baked or grilled salmon (tyrosine, tryptophan, omega-3, B12)
• 1 cup cooked brown rice or quinoa (complex carbs, magnesium, B vitamins)
• Large handful of mixed greens with spinach (folate, B6, iron)
• Half an avocado, sliced (tyrosine, B6, healthy fats)
• Cherry tomatoes and cucumber (vitamin C for NE synthesis, hydration)
• Dressing: olive oil, lemon juice, and fresh herbs (anti-inflammatory, vitamin C)

Protein swap: Not everyone can face salmon at lunch. Swap for 150g of grilled chicken breast (still high in tyrosine and tryptophan) or a large portion of edamame and tempeh for a plant-based athlete (soy is one of the best plant sources of choline and tyrosine).

Optional upgrade: Add a small side of miso soup — provides direct glutamate and GABA, plus gut-supportive probiotics.

Option B — The High-Performance Wrap

• 2 large wholegrain wraps
• 150g turkey or grilled chicken strips (tryptophan, tyrosine — turkey is the single richest common food source of tryptophan)
• Hummus spread (chickpeas are high in tryptophan and B6)
• Spinach, roasted peppers, cucumber, and avocado
• 1 small pot plain yogurt or kefir on the side

Protein swap: For athletes who’ve already had chicken at breakfast or want a completely different protein: use 2 hard-boiled eggs mashed with mustard as the wrap filling plus a small tin of tuna. Both are high-tyrosine and rich in B vitamins.

Avoid at this meal: fried foods, heavy sauces, large portions of red meat, or anything unfamiliar. Game day is not the time for dietary experiments.

Snack 2 — Post-Warm-Up / Sideline Snack (30 to 60 minutes before game, or at halftime)

Goal: Maintain blood glucose, top off dopaminergic amino acids without causing a food coma, support alertness.

Option A:

• 1 serving Brain Boost Trail Mix (see Part Four)
• 1 square dark chocolate (70%+)
• Water or electrolyte drink

Option B:

• 1 banana with 1 tbsp almond butter in a portable packet
• 5–6 medjool dates (fast-acting glucose, B vitamins, magnesium)
• Green tea in a flask or a low-dose caffeine drink if appropriate

Option C (for athletes with sensitive stomachs):

• Plain rice cakes with a thin spread of almond or sunflower seed butter
• Small handful of dried blueberries or tart cherries
• Water

Halftime note for coaches: Halftime is primarily about glucose and hydration, not protein. Keep halftime food simple, fast, and familiar. Bananas, dates, orange slices, coconut water, and a small square of dark chocolate are ideal. Heavy protein at halftime diverts blood to digestion during the second half.

Post-Game Recovery Meal (within 60 minutes of final whistle)

While not strictly a game day focus meal, the post-game window is when neurotransmitter stores are most depleted. Replenishing precursors in this window accelerates recovery, improves sleep quality (critical for adenosine clearance), and ensures the athlete is neurologically ready for the next training session.

Foundation recovery plate:

• 3–4 whole eggs any style, or 150–200g salmon or turkey
• 1–2 cups cooked sweet potato or brown rice
• Large serving of steamed or sautéed leafy greens
• A small portion of fermented food (yogurt, kefir, kimchi, or miso soup)
• A glass of tart cherry juice (supports serotonin, melatonin, and sleep quality)

The tart cherry juice is particularly worth noting for coaches and nutritionists: it contains both tryptophan and naturally occurring melatonin precursors, making it one of the most practical recovery + sleep-support tools in food form.

Part Four: The Brain Boost Trail Mix

Designed for Athletes — No Refrigeration, No Prep, Maximum Neurochemical Value

Trail mix is one of the most practical sports nutrition tools precisely because it doesn’t require refrigeration, is portable, is individually portion-able, and can be eaten in 60 seconds on a sideline. Most commercial trail mixes are dominated by sugar, seed oils, and salt with minimal cognitive benefit. This formulation is different.

The Science Behind the Mix

Each component is selected for a specific neurotransmitter purpose:

• Pumpkin seeds — the most nutrient-dense seed for brain function: high in zinc, magnesium, tryptophan, and tyrosine. Supports serotonin, dopamine, and GABA synthesis simultaneously.
• Sunflower seeds — rich in choline and vitamin E, supporting acetylcholine synthesis and protecting neurons from oxidative damage.
• Almonds — high in tyrosine, vitamin B6, and magnesium — supporting dopamine, norepinephrine, and GABA.
• Walnuts — the highest plant source of omega-3 fatty acids (ALA), which support dopamine and serotonin receptor sensitivity. Their folded shape is no coincidence — they’re genuinely the most brain-supportive tree nut.
• Dark chocolate chips (70%+) — provide tyrosine, theobromine (mild adenosine blocker), and flavonoids that increase cerebral blood flow. The mild stimulant effect without caffeine spike makes them ideal pre-game.
• Dried blueberries — anthocyanins protect dopamine neurons, support BDNF (brain-derived neurotrophic factor), and reduce neuroinflammation. Highest antioxidant value of common berries.
• Dried tart cherries — contain tryptophan and natural melatonin precursors, supporting serotonin and post-game recovery. Also anti-inflammatory.
• Dried goji berries — rich in zeaxanthin and antioxidants; contain betaine which supports methylation, critical for neurotransmitter synthesis.
• Hemp seeds (optional) — complete protein, high in magnesium and zinc, GLA for anti-inflammatory signaling.

Recipe: Brain Boost Trail Mix

Makes approximately 8 athlete-sized servings (60g each)

Ingredients

Total yield: approximately 660–700g (without hemp seeds), ~8 servings of 60g each.

Instructions

1. Combine all dry ingredients in a large bowl and mix thoroughly to distribute evenly.
2. Portion into individual zip-lock bags or small reusable containers, approximately 60g per serving.
3. Store in a cool, dry place. Shelf stable for up to 3 weeks; refrigerate for up to 8 weeks.
4. For competition travel, pre-portion servings for each athlete the day before.

Serving guidance

• Pre-game (2 hours out): 1 serving (60g) with 500ml water. Provides ~12–15g protein, B vitamins, and all major precursor amino acids without causing digestive discomfort.
• Halftime or sideline: Half a serving (30g) with water or coconut water. Fast, non-messy, easy to eat in under a minute.
• Post-game recovery: 1 serving with tart cherry juice. The combination provides tryptophan, magnesium, and melatonin precursors specifically to support restorative sleep.

Variation Options

For athletes with tree nut allergies: Replace almonds and walnuts with:

• Roasted chickpeas (tyrosine, B6, fiber)
• Sunflower seed butter chips or sunflower seeds (doubled portion)
• Sesame seeds (calcium, zinc, tyrosine)

For athletes avoiding chocolate: Replace dark chocolate chips with:

• Unsweetened dried mulberries (natural tyrosine, resveratrol)
• Cacao nibs (same phytonutrients as chocolate chips, no added sugar, more bitter)

For a higher-carbohydrate version (endurance sports, long matches): Add to the base mix:

• 40g dried mango (vitamin C, fast carbohydrate)
• 40g medjool date pieces (magnesium, fast glucose, B vitamins)
• Reduce chocolate chips to 30g

For a higher-protein version (strength and power sports): Add to the base mix:

• 40g hemp seeds
• 30g roasted edamame (complete soy protein, choline)

Part Five: Coaching and Nutritionist Implementation Notes

For Coaches

You do not need to be a nutritionist to implement these principles. The practical takeaway is simple: make sure your athletes eat real, whole food in the 24 hours before competition, with eggs, leafy greens, quality protein, and some fermented food making regular appearances. Avoid the pre-game pasta binge as the sole strategy — carbohydrates matter, but so does the neurochemical preparation your athletes are or aren’t doing.

Pre-portion the trail mix bags and hand them out at the pre-game meeting. Normalize conversation about food and brain readiness the same way you normalize conversation about sleep and warm-ups.

Things to actively discourage on game day:

• Large amounts of alcohol the night before (severely disrupts serotonin, GABA, and sleep architecture)
• Very high-fat, very large meals within 3 hours of competition
• High-sugar foods and drinks as the primary pre-game fuel strategy (produces glucose spike and crash during competition)
• Energy drinks with 200mg+ caffeine for athletes not already habituated to caffeine (overcooks epinephrine response, increases anxiety)
• Novel or unusual foods on game day (upset stomach costs the brain as much as the body)

For Sport Nutritionists

The neurotransmitter framework presented here is a practical overlay on standard sports nutrition practice, not a replacement for it. Macronutrient periodization, energy availability, and hydration strategy remain the foundation. The neurochemical layer adds specificity about which proteins, which micronutrients, and which timing windows matter most for mental performance alongside physical performance.

A few evidence-based points worth emphasizing with clients:

Omega-3 fatty acids deserve more attention. DHA (docosahexaenoic acid), found in oily fish, is a structural component of neuronal membranes and directly influences dopamine and serotonin receptor density and sensitivity. Athletes who eat oily fish 3+ times per week show measurable improvements in reaction time and mood stability over those who don’t. If fish intake is low, algal omega-3 supplementation (the same DHA source fish get from their diet) is an effective alternative.

Magnesium is under-consumed and over-depleted in athletes. It is a cofactor in serotonin, dopamine, and GABA synthesis, and sweat losses during training and competition are significant. Leafy greens, pumpkin seeds, almonds, dark chocolate, and avocado are the most practical dietary sources. For athletes with poor dietary variety, magnesium glycinate or magnesium threonate supplementation has the strongest evidence for cognitive and sleep benefits.

The gut-brain axis is a competitive variable. Gut microbiome composition predicts serotonin availability, and microbiome disruption from travel, stress, antibiotics, or poor diet can measurably impair cognitive performance. Incorporating fermented foods (kefir, yogurt, kimchi, miso, tempeh) as routine parts of the athlete’s diet — not just around competition — is one of the highest-leverage interventions in this space.

Caffeine is a tool, not a foundation. Used strategically, low to moderate caffeine (3–6mg/kg body weight, approximately 1–2 cups of coffee) 30 to 60 minutes before competition improves reaction time, sustained attention, and time-to-exhaustion. However, athletes who rely on caffeine to compensate for poor sleep, poor nutrition, or high chronic stress are depleting their neurochemical reserves faster than they’re restoring them. Caffeine is most effective as a performance tool for athletes who have their foundational nutrition and sleep right.

For Athletes

You already know how to prepare your body. Now start preparing your brain with the same intentionality.

The foods in this article aren’t exotic supplements or expensive protocols. Eggs, salmon, leafy greens, almonds, oats, dark chocolate, fermented foods, and green tea are all widely available, affordable, and easy to incorporate. The trail mix takes 10 minutes to make and lasts three weeks.

The return on this investment is concrete: sharper reaction times, better working memory under pressure, more sustained focus in the final minutes of a game, and more stable mood and impulse control when the pressure is highest. These are not marginal gains — they are the difference between performing like yourself when it matters and watching yourself make decisions you knew were wrong the moment you made them.

Eat for your brain. It’s running the show.

Quick Reference Summary

Key Neurotransmitters and Their Sports Role

Game Day Food Timeline

This article was produced for educational purposes for coaches, athletes, and sport nutrition professionals. Individual athletes should work with a qualified registered dietitian or sport nutritionist to adapt these principles to their specific sport, body weight, training load, and health status.

Supports: Acetylcholine · Dopamine · Norepinephrine · Serotonin · GABA

Supports: Acetylcholine · Serotonin · GABA · Dopamine · Adenosine regulation

Best for athletes who cannot eat heavily close to game time. Easier digestion, same neurotransmitter coverage.

Supports: Dopamine · Serotonin · Acetylcholine · GABA · Adenosine regulation

Supports: Serotonin · Dopamine · GABA · Adenosine regulation

Best for athletes who cannot eat solid food close to game time or who prefer liquid fuel.

Supports: All 9 neurotransmitter pathways supported

Supports: Dopamine · Norepinephrine · Serotonin · Acetylcholine · GABA · Glutamate

Supports: Serotonin · Dopamine · Acetylcholine · GABA · Glutamate · Sleep recovery

Supports: Serotonin · Dopamine · GABA · Acetylcholine · Sleep + next-day focus

A crowd-pleasing, team-friendly option — easy to prepare in bulk for post-game team meals.

* For a 1pm game: eat the full pre-game meal at 9–10am as a combined breakfast/brunch. For a 7pm game: eat breakfast at 8am and the full pre-game meal at 2–3pm. The snack slots in at 5–6pm.

Fuel the Brain. Win the Game.

This protocol is for educational use. Individual needs vary — consult a registered sport dietitian for personalized plans