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📚 The Knowledge

Honest, research-backed information on nutrition, supplements, and performance. No sponsored fluff. No bro science. Just what the evidence actually says — organized around your goals.

Supplements — what works, what does not
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Creatine — the most researched supplement in history
What it actually does, who benefits, how to take it, and why most people still get it wrong.
Muscle buildingPerformanceAll ages
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Protein powder — how to choose one that is actually clean
What to look for on a label, what to avoid, whey vs. plant-based, and how much you actually need.
Muscle buildingWeight lossRecovery
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Peptides — what they are and what the research actually says
BPC-157, Semaglutide, TB-500 — separating the hype from the evidence on peptide therapy.
RecoveryLongevityAdvanced
Pre-workout — what is effective vs. what is just marketing
Caffeine, beta-alanine, citrulline — which ingredients have real evidence and which are just filler.
PerformanceEnergy
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Omega-3s — why most people are deficient and how to fix it
Fish oil, krill oil, algae-based — the difference matters. Here's what to look for and how much to take.
Heart healthInflammationBrain
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Magnesium — the most overlooked mineral in performance nutrition
Sleep, muscle function, stress — magnesium affects all of it. Different forms do different things.
SleepRecoveryStress
Nutrition science — the "why" behind what you eat
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How insulin works and why it matters for fat loss
Understanding insulin is the key to understanding why some diets work and others do not — regardless of calories.
Weight lossMetabolic health
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Seed oils — what is the actual evidence?
Canola, soybean, sunflower — the debate explained. What the research says and what to cook with instead.
InflammationHeart health
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Gut health — how your microbiome affects everything
Performance, immunity, mood, weight — your gut microbiome influences all of it. Here's what actually moves the needle.
ImmunityPerformanceMood
Goal guides — your personal nutrition roadmap
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Building muscle over 45
Protein targets, timing, supplements, and what changes after 40
1
Protein first. Aim for 0.7–1g per lb of bodyweight. After 40, muscle protein synthesis is less efficient — you need more protein, not less.
2
Creatine is non-negotiable. 3–5g daily. The evidence for muscle preservation and strength in older adults is stronger than for any other supplement.
3
Sleep is your anabolic window. Growth hormone peaks during deep sleep. Poor sleep = poor recovery. Magnesium glycinate before bed helps.
4
Prioritize anti-inflammatory foods. Fatty fish, olive oil, leafy greens, berries. Inflammation is the enemy of recovery at any age.
5
Don't fear carbs around training. Complex carbs before and after lifting fuel performance and recovery. Paleo and Keto can work, but carb timing matters.
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Fueling a student athlete
What high school and college-bound athletes actually need to eat
1
Calories first. A 16-year-old training 2+ hours a day may need 3,500–4,500 calories. Undereating is the #1 mistake young athletes make.
2
Pre-game meal: 3 hours before. Complex carbs + lean protein. Rice, pasta, chicken, oatmeal. Avoid high fat and high fiber right before competition.
3
Recovery window: within 45 minutes. Protein + carbs immediately after training. Chocolate milk is genuinely one of the best recovery drinks ever studied.
4
Hydration is performance. Even 2% dehydration measurably hurts speed and decision-making. Electrolytes matter more than water alone during long sessions.
5
Creatine: wait until 18. The evidence is strong for adults but long-term safety data for younger teens is limited. Focus on food quality first.
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Marathon and endurance nutrition
How to fuel long training blocks and race day
1
Carbohydrates are your primary fuel. For runs over 60 minutes, glycogen depletion is the enemy. Don't let keto ideology get in the way of performance.
2
Carb loading: 2–3 days before race day. Increase carb intake to 8–10g per kg of bodyweight. Pasta, rice, sweet potatoes — keep fat low during this window.
3
During the run: 30–60g carbs per hour. Gels, chews, bananas — whatever your gut tolerates. Train your gut the same way you train your legs.
4
Protein matters more than runners think. 1.4–1.7g per kg for endurance athletes. It preserves muscle and supports immune function during high mileage weeks.
5
Iron and Vitamin D. Two of the most common deficiencies in endurance athletes. Get bloodwork done before supplementing — both can be harmful in excess.
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