Sports Nutrition
Creatine, protein, and performance supplements β what actually works for training and recovery.
π The Story (click to collapse)
Meet Jake, Sarah, and Marcusβ
Jake runs 3-4 times a week β nothing crazy, just staying active. He saw an ad for a pre-workout with "explosive energy" and a recovery formula with 15 ingredients. He spent $120 on supplements last month and isn't sure what's actually helping.
Sarah goes to the gym 5 days a week, mixing strength training and cardio. She's trying to build muscle but struggles to eat enough protein with her busy schedule. She bought whey protein but also grabbed BCAAs because the store associate said they're "essential for recovery." Between protein, BCAAs, a fancy pre-workout, and a post-workout formula, she's spending $80-100/month.
Marcus is training for a marathon. He read that elite athletes use supplements, so he bought creatine, protein, electrolytes, beta-alanine, glutamine, and a recovery drink. His supplement drawer is full, but he's not sure what's actually making a difference or if he's taking the right things for endurance training.
The Reality They All Need to Hearβ
The sports nutrition industry thrives on confusion and false promises. Pre-workouts claim explosive energy, protein powders promise rapid muscle gain, and countless "performance enhancers" fill store shelves. Most of it is marketing.
But a handful of supplements have decades of research proving they actually work:
- Creatine β The most studied, most effective ergogenic supplement
- Protein β Convenient way to meet elevated needs
- Caffeine β Proven performance enhancer
- Electrolytes β Essential for hydration and function
What Jake needs: Simple caffeine before runs (coffee works), electrolytes for longer runs. That's it. Save $100/month.
What Sarah needs: Protein powder to hit her daily target (1.6-2.2 g/kg), creatine for strength gains. Skip the BCAAs and complicated formulas. Save $40/month.
What Marcus needs: Electrolytes for long runs, protein for recovery, caffeine for occasional performance boost. Creatine offers minimal benefit for pure endurance. Save $50/month.
These aren't magic. They support hard training β they don't replace it. But when used correctly, they provide measurable benefits without draining your wallet.
πΆ The Journey: Your First Month with Sports Nutritionβ
πΆ The Journey: Your First Month with Sports Nutrition
Week 1: Starting Outβ
Creatine Loading (Optional) OR Standard Approach:
- Loading protocol: 20g/day split into 4 doses (5g each) for 5-7 days
- Standard protocol: 3-5g daily (skip loading; takes 3-4 weeks to saturate)
- Track: Bodyweight (expect 1-3 lbs water retention), strength performance, recovery
Protein Timing:
- Calculate your target: 1.6-2.2 g/kg bodyweight
- Track daily intake for 7 days to establish baseline
- Add protein powder only if consistently falling short of targets
What to expect:
- Creatine: If loading, may notice fuller muscles and slight weight gain within days
- Protein: Better satiety, easier to hit targets
- Energy: No immediate changes (creatine isn't a stimulant)
Week 2-4: Adjusting & Buildingβ
Creatine adjustments:
- If loaded: Switch to 3-5g daily maintenance
- If standard dosing: Continue 5g daily; muscles still saturating
- Monitor: Strength in key lifts, workout performance, rep capacity
- Weight gain 1-3 lbs is normal (intramuscular water, not fat)
Protein optimization:
- Fine-tune timing: 20-40g post-workout, spread rest throughout day
- Experiment with flavors and types (whey vs. plant-based)
- Track: Are you hitting 1.6-2.2 g/kg daily consistently?
Performance milestones to watch:
- Week 2-3: May notice 1-2 extra reps on key lifts
- Week 3-4: Power output improving (sprints, jumps, explosive movements)
- Recovery: Feeling fresher between training sessions
Red flags:
- Significant GI upset from creatine β Switch to Creapure (highest purity) or reduce dose
- Protein causing bloating β Try whey isolate (lactose-free) or plant-based
- No water weight gain on creatine β May be a non-responder (rare) or need more time
Month 2+: Optimization & Performance Gainsβ
Creatine saturation complete:
- Muscles fully saturated by week 3-4
- Strength gains should be measurable: 5-15% improvement in key lifts
- Maintain 3-5g daily indefinitely (no need to cycle)
Protein habits solidified:
- Hitting targets should feel automatic now
- Body composition changes visible (if training and diet support it)
- Post-workout recovery improved
Caffeine strategy (if using):
- Pre-workout: 200-400mg 30-60 min before training
- Monitor tolerance: If effects diminishing, cycle off for 5-7 days
- Track: Performance, energy, sleep quality (avoid afternoon dosing if sleep-sensitive)
Electrolyte timing (for endurance/long sessions):
- Sessions >60 min: Start using during training
- Heavy sweaters: Increase sodium replacement (500-1500mg/hour)
- Track: Cramping, energy levels, recovery
Long-term optimization:
- Monthly check: Are supplements still providing value?
- Creatine: Continue indefinitely (excellent safety profile)
- Protein: Adjust based on training volume and goals
- Pre-workout: Use strategically, not daily, to prevent tolerance
Cost check:
- Budget approach: Creatine ($5-7/month) + coffee ($5) = $12/month
- With protein: +$25-30/month = $40/month total
- Are results worth it? Creatine almost always yes; protein depends on whether you'd hit targets without it
π§ The Science: How Performance Supplements Workβ
π§ The Science
Mechanisms of Actionβ
Creatine Monohydrate:
- ATP regeneration: Creatine phosphate donates phosphate group to ADP, rapidly regenerating ATP (immediate energy system)
- How it helps strength: More ATP available = more reps, more weight, more total volume
- Cellular hydration: Draws water into muscle cells, creating anabolic signaling environment
- mTOR activation: Cell swelling triggers protein synthesis pathways
- Timeline: Saturates muscles in 3-4 weeks (or 5-7 days with loading)
- Effect: 5-15% strength/power improvement, 1-2 kg lean mass gain
Protein Supplementation:
- Muscle protein synthesis: Provides amino acids (especially leucine) to trigger mTOR pathway
- Leucine threshold: ~2.5-3g leucine per meal to maximally stimulate MPS
- Digestion speed matters:
- Whey: Fast (peaks in 60-90 min) β ideal post-workout
- Casein: Slow (6-8 hours) β ideal before bed for sustained amino acid delivery
- Protein quality: PDCAAS and DIAAS scores measure bioavailability
- Optimal total intake: 1.6-2.2 g/kg for muscle building (beyond this shows diminishing returns)
Caffeine:
- Adenosine receptor antagonism: Blocks adenosine (fatigue signal), increasing alertness and reducing perceived effort
- Catecholamine release: Stimulates epinephrine/norepinephrine release β mobilizes fat, increases heart rate, improves focus
- Calcium release: Enhances calcium release in muscles β stronger contractions
- CNS stimulation: Improves motor unit recruitment and power output
- Metabolic boost: 3-11% increase in metabolic rate (modest: ~50-100 cal/day)
- Effective dose: 3-6 mg/kg bodyweight (200-400mg for most people)
Beta-Alanine:
- Carnosine buffering: Beta-alanine combines with histidine to form carnosine in muscle
- Hydrogen ion buffering: Carnosine buffers hydrogen ions (acid) produced during high-intensity exercise
- Performance benefit: Delays fatigue in efforts lasting 1-4 minutes (e.g., 400m sprints, intense CrossFit WODs)
- Saturation: Takes 2-4 weeks of daily dosing to saturate muscles
- Side effect: Harmless tingling sensation (paresthesia) at doses >800mg
Electrolytes (Sodium, Potassium, Magnesium):
- Sodium: Primary electrolyte lost in sweat; critical for nerve signaling and muscle contraction
- Fluid balance: Sodium holds water in bloodstream, maintaining blood volume during exercise
- Performance impact: Sodium depletion β cramping, fatigue, reduced cardiac output
- Sweat losses: 500-2000mg sodium per hour depending on sweat rate
- Potassium/Magnesium: Support muscle contraction and nerve function; losses smaller than sodium
Evidence Tiersβ
| Supplement | Evidence | Effective Dose | Primary Benefit | Effect Size |
|---|---|---|---|---|
| Creatine monohydrate | Very Strong (500+ studies) | 3-5g daily | Strength, power, muscle mass | 5-15% performance gains |
| Protein (whey) | Very Strong | 1.6-2.2 g/kg daily | Muscle building, satiety, recovery | Significant for muscle gains if total intake low |
| Caffeine | Very Strong | 3-6 mg/kg pre-workout | Energy, endurance, power output | 2-4% performance improvement |
| Electrolytes | Strong | 500-1500mg sodium/hour | Hydration, prevent cramping (>60min exercise) | Prevents performance decline |
| Beta-alanine | Moderate | 3-5g daily | Endurance in 1-4 min efforts | Small but measurable in specific contexts |
| Citrulline malate | Moderate | 6-8g pre-workout | Blood flow, muscle pump, endurance | Modest; may reduce soreness |
| BCAAs | Weak | N/A | Recovery (only if protein intake low) | Unnecessary if eating adequate protein |
| Glutamine | Weak | N/A | Recovery, immune (endurance athletes) | Minimal benefit for most |
Why Creatine Is So Effectiveβ
The phosphocreatine system:
ATP (energy) β ADP (spent energy) + Phosphate
Creatine-P (stored) β Creatine + Phosphate
Phosphate + ADP β ATP (energy regenerated)
Why this matters for training:
- Heavy lifting uses ATP system (lasts 8-10 seconds without regeneration)
- Creatine supplementation increases phosphocreatine stores by ~20%
- More phosphocreatine = faster ATP regeneration = more reps at heavy weight
- Over time: more volume = more muscle growth
Genetic variability:
- ~20-30% of people are "non-responders" (already have high muscle creatine saturation)
- Vegetarians/vegans respond better (lower baseline creatine from diet)
- Responders typically see 20-40% increase in muscle creatine; non-responders <10%
π Signs & Signals: Reading Your Performance Responseβ
π Signs & Signals (click to expand)
Positive Signs (Supplements Working)β
| Signal | Timeframe | Meaning |
|---|---|---|
| 1-3 lbs weight gain (creatine) | Week 1-2 | Intramuscular water retention (normal and beneficial) |
| 1-2 extra reps on key lifts | Week 2-3 | Creatine improving ATP regeneration and power output |
| Muscles look fuller | Week 1-2 | Creatine increasing cell hydration (positive sign) |
| Faster recovery between sets | Week 2-4 | Improved phosphocreatine system regeneration |
| Easier to hit protein targets | Immediate | Protein powder providing convenient, high-quality protein |
| Better satiety when dieting | Week 1-2 | High protein intake reducing hunger |
| Improved workout energy (caffeine) | 30-60 min | CNS stimulation and adenosine blockade working |
| Less cramping on long runs (electrolytes) | Immediate-1 week | Proper sodium/fluid balance maintained |
| Strength gains 5-15% on major lifts | Month 1-2 | Creatine + protein + training creating measurable adaptation |
Warning Signs (Need to Adjust)β
| Red Flag | Action Required |
|---|---|
| GI upset, bloating (creatine) | Switch to Creapure (highest purity), take with food, or split dose to 2.5g twice daily |
| Protein powder causing gas/bloating | Try whey isolate (lactose-free) or plant-based protein; may be lactose intolerance |
| Anxiety, jitters from caffeine | Reduce dose by 50%; avoid stacking with other stimulants; check total daily caffeine |
| Heart palpitations (pre-workout) | Stop immediately; likely too much caffeine or other stimulants; see doctor if persists |
| Weight gain >5 lbs in week 1 (creatine) | Some excess water retention; ensure adequate hydration; weight will stabilize |
| No strength gains after 4 weeks (creatine) | May be non-responder (rare); ensure taking 5g daily; check training program |
| Dehydration despite water intake | Creatine increases water needs; drink more water (especially in hot conditions) |
| Caffeine tolerance (no energy boost) | Cycle off caffeine for 5-7 days to reset tolerance |
| Muscle cramps despite electrolytes | Increase sodium intake (some people need >1500mg/hour); ensure adequate fluid |
Troubleshooting by Patternβ
Pattern: "Creatine causing bloating or stomach issues"
- Signal: Low-quality creatine or taking too much at once
- Action: Switch to Creapure (German-manufactured, highest purity), take with food, split dose (2.5g AM + 2.5g PM), ensure adequate water intake
Pattern: "No weight gain on creatine after 2 weeks"
- Signal: Possible non-responder, not taking enough, or need more time
- Action: Verify you're taking 5g daily consistently; vegetarians/vegans usually respond strongly; give 4 weeks total; if still no response, may be in the 20-30% non-responder category
Pattern: "Gaining weight too fast on creatine (concerned about fat gain)"
- Signal: Water retention (normal), not fat gain
- Action: Understand this is intramuscular water (beneficial for performance); typically 1-3 lbs in first 2 weeks, then stabilizes; not fat; muscles may look fuller (positive)
Pattern: "Protein powder not helping with muscle gains"
- Signal: Likely not the proteinβcheck total daily intake and training
- Action: Track total protein (food + powder); ensure hitting 1.6-2.2 g/kg; check training program (progressive overload?); adequate calories for muscle building?
Pattern: "Pre-workout works great first time, then nothing"
- Signal: Caffeine tolerance developing rapidly
- Action: Don't use pre-workout daily; reserve for key workouts only; cycle off caffeine 1 week per month; reduce dose to 100-200mg
Pattern: "Cramping during long runs despite taking electrolytes"
- Signal: Sodium needs may be higher than product provides OR you're a "salty sweater"
- Action: Increase sodium (try 1000-1500mg/hour); check for white salt residue on skin/clothes after runs (sign of high sodium loss); consider salt tablets for ultra-endurance
πΈ What It Looks Like: Real Sports Nutrition Stacksβ
πΈ What It Looks Like (click to expand)
Example 1: Sarah, Building Muscleβ
Her situation:
- 28 years old, lifting 5x/week
- Goal: Build 10 lbs muscle over 6 months
- Struggles to eat enough protein (busy schedule)
- 145 lbs bodyweight (66 kg)
Her protein target:
- 1.8 g/kg Γ 66 kg = ~120g protein daily
Her stack:
- Creatine monohydrate: 5g daily (with breakfast)
- Whey protein isolate: 25g post-workout + 25g as snack = 50g from powder
- Food sources: 70g protein from chicken, eggs, Greek yogurt
Results timeline:
- Week 1: Weight up 2 lbs (water from creatine); hitting protein targets easily
- Week 4: Squats up 10 lbs; bench up 5 lbs
- Month 2: Visible muscle fullness; strength progressing steadily
- Month 6: Gained 8 lbs (mostly muscle), strength up 15-20% on major lifts
Monthly cost: $30 (Creatine $7 + Whey $23)
Example 2: Marcus, Marathon Runnerβ
His situation:
- 35 years old, training for marathon
- Long runs 90-120 minutes on weekends
- Cramping issues in past races
- 170 lbs bodyweight (77 kg)
His stack:
- Electrolyte drink during runs >60 min: 500-750mg sodium + 200mg potassium per hour
- Protein powder post-long run: 25-30g for recovery
- Caffeine: 200mg 30 min before race (not training runs)
Results timeline:
- Week 1: No cramping on long run with electrolytes
- Month 1: Recovery between runs improved with protein
- Race day: 200mg caffeine 30 min before start; maintained energy throughout; no cramping; PR by 4 minutes
Monthly cost: $25-35 (Electrolytes $15, Protein $20 for recovery runs)
What he skipped: Creatine (minimal endurance benefit), BCAAs (gets protein), most pre-workout ingredients
Example 3: David, Powerlifterβ
His situation:
- 32 years old, competing in powerlifting
- Training 4x/week (heavy, low-rep focus)
- Goal: Maximize strength in squat, bench, deadlift
- 200 lbs bodyweight (91 kg)
His protein target:
- 2.0 g/kg Γ 91 kg = ~180g protein daily
His stack:
- Creatine: 5g daily
- Whey protein: 40g post-workout (helps hit 180g target)
- Caffeine: 300mg 30 min before heavy sessions
- Optional: 6g citrulline malate pre-workout for pump
Results timeline:
- Week 2: Noticeable rep increase on accessory lifts
- Month 1: Squat +15 lbs, Bench +10 lbs, Deadlift +20 lbs
- Month 3: Total strength gain ~50-60 lbs across three lifts
Monthly cost: $40-50 (Creatine $7, Protein $25, Caffeine $5, Citrulline $10)
What he skipped: BCAAs, glutamine, fancy pre-workout blends (just uses caffeine + citrulline)
Budget-Friendly Approach: Essentials Onlyβ
For someone on a tight budget:
The stack:
- Creatine monohydrate (bulk powder): ~$15-20 for 3-4 months supply = $5-7/month
- Coffee for caffeine: $5-10/month
- Total: $12-17/month
What you get:
- The most effective supplement (creatine)
- Performance-enhancing caffeine
- Everything else can come from food
When to add protein powder:
- Only if consistently falling short of 1.6-2.2 g/kg from food
- Budget option: Unflavored whey concentrate in bulk (~$25/month)
Total cost with protein: $40/month maximum
What Doesn't Work: The Expensive "Stack"β
Meet Jake, who spent $150/month on supplements:
His stack (before correction):
- Pre-workout formula: $45/month
- BCAAs: $30/month
- Glutamine: $25/month
- Testosterone booster: $40/month
- Creatine (in pre-workout): Underdosed
- Protein: $35/month
Results: Marginal to none beyond what creatine and protein alone would provide
The correction:
- Creatine monohydrate: $7/month
- Caffeine pills: $5/month
- Protein powder: $25/month
- New total: $37/month
Savings: $113/month
Results: Nearly identical to the $150/month stack. Realized the expensive pre-workout was mostly caffeine, BCAAs were redundant with protein, glutamine had no benefit, testosterone booster didn't work.
Lesson: The supplement industry profits from complexity. Stick to evidence-based basics.
πͺ Creatine: The Gold Standardβ
Why Creatine Worksβ
Creatine is the most researched and most effective sports supplement available. It's not a steroid, not a stimulant β it's a naturally occurring compound found in meat and fish that your body also produces.
What creatine does:
Evidence-Based Benefitsβ
| Benefit | Evidence Level | Magnitude |
|---|---|---|
| Increased strength | Very strong (100+ studies) | 5-15% improvement |
| Increased power output | Very strong | 5-15% improvement |
| Muscle mass gains | Strong | 1-2 kg additional lean mass |
| Sprint performance | Strong | Improved repeated sprints |
| Brain health/cognition | Emerging | Benefits for vegetarians, sleep-deprived |
| Bone health | Emerging | May support bone density |
Who Benefits Mostβ
- Strength/power athletes β Weightlifters, sprinters, CrossFit
- Athletes in intermittent sports β Soccer, basketball, hockey
- Vegetarians/vegans β Lower baseline creatine stores
- Older adults β Combats age-related muscle loss
- Those seeking cognitive support β Especially vegetarians
Forms of Creatineβ
- Creatine Monohydrate
- Other Forms
The standard β and still the best
| Aspect | Details |
|---|---|
| Research | 500+ studies; most-studied form by far |
| Effectiveness | Gold standard; all other forms compared to it |
| Cost | Cheapest per serving |
| Purity | Look for "Creapure" for highest purity |
Bottom line: Unless you have a specific reason to use another form, creatine monohydrate is the best choice.
| Form | Claimed Benefit | Reality |
|---|---|---|
| Creatine HCL | Better solubility | No evidence it's more effective |
| Creatine Ethyl Ester | Better absorption | Actually less effective than mono |
| Buffered creatine (Kre-Alkalyn) | Less bloating | No evidence of superiority |
| Creatine Nitrate | Combined benefits | Limited research |
| Micronized creatine | Better mixing | Same as mono, just finer powder |
Key insight: Alternative forms are marketing-driven. Monohydrate has the most research and works as well or better than any alternative.
How to Take Creatineβ
- Standard Protocol
- Loading Protocol
- Common Myths
Daily maintenance (no loading):
| Factor | Recommendation |
|---|---|
| Dose | 3-5 grams daily |
| Timing | Anytime (consistency matters more) |
| With food | May improve absorption slightly |
| Duration | Safe for long-term daily use |
Saturation timeline: 3-4 weeks to fully saturate muscles
For faster saturation:
| Phase | Dose | Duration |
|---|---|---|
| Loading | 20g/day (4 Γ 5g) | 5-7 days |
| Maintenance | 3-5g/day | Ongoing |
Loading pros: Saturate muscles in 1 week instead of 3-4 Loading cons: May cause GI discomfort, water retention; not necessary
Verdict: Loading is optional. Daily 3-5g works; just takes longer to saturate.
Debunked creatine myths:
| Myth | Reality |
|---|---|
| "Causes kidney damage" | No evidence in healthy individuals; hundreds of studies confirm safety |
| "Must cycle on and off" | No need; safe for continuous use |
| "Causes cramping/dehydration" | Actually may improve hydration status |
| "Only works for young athletes" | Benefits older adults significantly |
| "Causes hair loss" | One weak study; no evidence in larger research |
| "Is a steroid" | Not a steroid; completely legal and natural |
Who Should Be Cautiousβ
- Those with pre-existing kidney disease (consult doctor first)
- Those taking nephrotoxic medications
For everyone else: Creatine has an exceptional safety profile after decades of research.
π₯€ Protein Supplementsβ
Why Protein Powder Existsβ
Protein powder isn't magic β it's just a convenient source of protein. Whole foods are generally superior, but protein powder helps when:
- You struggle to meet elevated protein needs through food
- You need quick post-workout nutrition
- You're traveling or have limited food access
- You prefer liquid calories around training
How Much Protein Do You Need?β
| Goal | Daily Protein |
|---|---|
| General health | 0.8 g/kg body weight (RDA minimum) |
| Active individuals | 1.2-1.6 g/kg |
| Muscle building | 1.6-2.2 g/kg |
| Fat loss (preserve muscle) | 1.8-2.4 g/kg |
| Endurance athletes | 1.2-1.6 g/kg |
Example: 80 kg (176 lb) person building muscle: 128-176g protein daily
Types of Protein Powderβ
- Whey Protein
- Casein Protein
- Plant Proteins
- Other Options
The gold standard for most people
| Type | Description | Best For |
|---|---|---|
| Whey Concentrate | 70-80% protein; contains lactose | Budget-friendly, tastes best |
| Whey Isolate | 90%+ protein; minimal lactose | Lactose-sensitive, lower calories |
| Whey Hydrolysate | Pre-digested; fastest absorption | Post-workout (marginal benefit) |
Advantages:
- Complete amino acid profile
- High in leucine (muscle-building trigger)
- Fast absorption (ideal around training)
- Most research support
- Generally best taste
Disadvantages:
- Not suitable for dairy-free/vegan
- Some experience bloating (try isolate)
Slow-digesting dairy protein
| Aspect | Details |
|---|---|
| Digestion | 6-8 hours (slow and sustained) |
| Best for | Before bed, between meals |
| Forms | Micellar casein (slowest) or calcium caseinate |
Use case: Evening shake to provide sustained amino acids overnight.
For vegans and dairy-free individuals
| Source | Protein Quality | Notes |
|---|---|---|
| Pea protein | Good (lower in methionine) | Most popular plant option |
| Rice protein | Good (lower in lysine) | Often combined with pea |
| Pea + Rice blend | Excellent (complete profile) | Recommended plant option |
| Soy protein | Excellent (complete) | Some avoid due to phytoestrogens |
| Hemp protein | Moderate | Lower protein %, higher fat |
Key insight: Pea + rice protein blends provide a complete amino acid profile comparable to whey.
| Type | Description | Best For |
|---|---|---|
| Egg white protein | Complete, dairy-free | Dairy-free, high quality |
| Beef protein | Hydrolyzed collagen-based | Marketing hype; not superior |
| Collagen protein | Incomplete (low muscle-building amino acids) | Skin/joint support, NOT muscle |
Note: Collagen is not a good protein source for muscle building β it's low in leucine and other essential amino acids.
Quality Considerationsβ
| Factor | What to Look For |
|---|---|
| Third-party testing | NSF Certified for Sport, Informed Sport |
| Protein per serving | 20-25g+ with minimal fillers |
| Amino acid profile | Listed on label (watch for amino spiking) |
| Added ingredients | Avoid excessive sugars, artificial ingredients |
| Heavy metals | Third-party tested products minimize risk |
Some companies add cheap amino acids (glycine, taurine) to boost "protein" content without providing muscle-building benefits. Look for products that list the full amino acid profile or are third-party tested.
How to Use Protein Powderβ
| Timing | Purpose | Amount |
|---|---|---|
| Post-workout | Recovery, muscle protein synthesis | 20-40g (25-40g for larger individuals) |
| Between meals | Meet daily protein target | 20-30g |
| Before bed | Overnight recovery (casein or blend) | 30-40g |
The 40g threshold: For maximizing muscle protein synthesis, 40g may be superior to 20g for larger individuals or after full-body training. More than 40g shows diminishing returns per meal.
β‘ Pre-Workout Supplementsβ
What Actually Worksβ
Most pre-workout formulas are overpriced combinations of caffeine with underdosed "proprietary blends." Here's what the evidence actually supports:
- Caffeine
- Other Ingredients
- What to Avoid
The proven performance enhancer
| Aspect | Details |
|---|---|
| Effective dose | 3-6 mg/kg body weight (200-400 mg for most) |
| Timing | 30-60 minutes before training |
| Benefits | Reduced perceived effort, increased power, improved endurance |
| Effect size | 2-4% performance improvement |
Cautions:
- Don't exceed 400-600 mg/day total
- Tolerance develops; consider cycling
- Avoid afternoon/evening if sleep-sensitive
- Some are genetic slow metabolizers (feel jittery, can't sleep)
| Ingredient | Evidence | Effective Dose | Notes |
|---|---|---|---|
| Beta-alanine | Moderate | 3-6g daily | Tingling sensation; benefits endurance 1-4 min efforts |
| Citrulline (malate) | Moderate | 6-8g | Pump, blood flow; may aid endurance |
| Betaine | Weak-moderate | 2.5g | May support power output |
| Nitrates (beet root) | Moderate | 300-600mg nitrate | Endurance performance |
| Tyrosine | Weak | 500-2000mg | Mental focus under stress |
Most other ingredients: Underdosed or ineffective in typical pre-workout formulas.
| Ingredient | Why Avoid |
|---|---|
| Proprietary blends | Hide actual doses; usually underdosed |
| DMAA, DMHA, etc. | Stimulants with safety concerns; banned |
| Excessive stimulants | Crashes, tolerance, sleep issues |
| "Fairy dust" doses | 100mg of an ingredient that needs 5g |
Better approach: Simple caffeine + optional citrulline/beta-alanine at proper doses.
DIY Pre-Workout Stackβ
More effective than most commercial products:
| Ingredient | Dose | Purpose |
|---|---|---|
| Caffeine | 200-400 mg | Performance, focus |
| Citrulline malate | 6-8 g | Blood flow, pump |
| Beta-alanine (optional) | 3-5 g | Endurance (take daily; timing doesn't matter) |
Cost: Significantly cheaper than pre-made formulas at proper doses.
π Post-Workout & Recoveryβ
What Actually Mattersβ
The "anabolic window" has been exaggerated. You don't need to slam protein within 30 minutes or lose your gains. But post-workout nutrition does matter:
Post-Workout Recommendationsβ
| Factor | Recommendation |
|---|---|
| Protein | 20-40g within 2-3 hours (not urgent) |
| Carbs | 0.5-1 g/kg if training again within 24 hours |
| Hydration | 16-24 oz per pound lost during training |
| Timing | Total daily intake matters more than timing |
Recovery Supplementsβ
| Supplement | Evidence | When It Helps |
|---|---|---|
| Protein | Strong | Meeting daily protein needs |
| Creatine | Strong | Strength, power, recovery |
| Tart cherry juice | Moderate | Reducing DOMS, inflammation |
| Omega-3s | Moderate | Inflammation, possibly recovery |
| Magnesium | Moderate | Sleep quality, muscle function |
| BCAAs | Weak | Unnecessary if eating adequate protein |
BCAAs (branched-chain amino acids) are the most overhyped recovery supplement. If you're eating adequate protein from food or whey, you're already getting plenty of BCAAs. They only make sense for fasted training or very low protein intakes.
π§ Electrolytes & Hydrationβ
Why Electrolytes Matterβ
Electrolytes are minerals that conduct electrical impulses in your body. They're critical for:
- Muscle contraction
- Nerve function
- Fluid balance
- Heart rhythm
- Blood pressure
The main exercise-relevant electrolytes: sodium, potassium, magnesium, calcium
When You Need Electrolyte Supplementationβ
| Situation | Need Level |
|---|---|
| <60 min moderate exercise | Water usually sufficient |
| >60 min exercise | Sodium replacement beneficial |
| Heavy sweating | Sodium + possibly potassium |
| Hot/humid conditions | Higher electrolyte needs |
| Endurance events (2+ hours) | Full electrolyte replacement |
| Low-carb/keto diet | Higher sodium needs |
| Cramping issues | May indicate electrolyte deficit |
Sweat Rate and Sodium Lossβ
| Sweater Type | Sodium Loss | Sweat Sodium Concentration |
|---|---|---|
| Light sweater | 500-1000 mg/hour | 300-600 mg/L |
| Moderate sweater | 1000-1500 mg/hour | 600-1000 mg/L |
| Heavy/salty sweater | 1500-3000+ mg/hour | 1000-2000 mg/L |
Salty sweater signs: White residue on skin/clothes, excessive cramping, sweat tastes very salty
Electrolyte Productsβ
- Product Types
- DIY Electrolyte Drink
| Type | Best For | Notes |
|---|---|---|
| Tablets (Nuun, etc.) | Convenience, moderate training | Usually lower sodium |
| Powders (LMNT, etc.) | Higher sodium needs, customization | Mix to preference |
| Sports drinks (Gatorade) | Carbs + electrolytes | Often high sugar; dilute if needed |
| Salt capsules | Ultra-endurance, heavy sweaters | Precise sodium dosing |
Simple homemade formula:
| Ingredient | Amount | Purpose |
|---|---|---|
| Water | 16-24 oz | Base |
| Salt | 1/4 - 1/2 tsp | Sodium (~500-1000 mg) |
| Lite salt | 1/4 tsp | Potassium (~350 mg) |
| Lemon juice | 2 tbsp | Flavor |
| Honey (optional) | 1-2 tbsp | Carbs if needed |
Cost: Pennies per serving vs. dollars for commercial products.
Hydration Guidelinesβ
| Timing | Recommendation |
|---|---|
| Before exercise | 16-20 oz 2-3 hours before |
| During exercise | 4-8 oz every 15-20 min |
| After exercise | 16-24 oz per pound lost |
Color check: Pale yellow urine = well hydrated. Dark yellow = drink more.
π― Practical Applicationβ
The Evidence-Based Sports Stackβ
Sample Supplement Scheduleβ
| Time | Supplement | Dose |
|---|---|---|
| Morning | Creatine | 5g (with breakfast) |
| 30-60 min pre-workout | Caffeine | 200-400 mg |
| During workout | Electrolytes | As needed |
| Post-workout | Protein | 25-40g (within 2-3 hours) |
| Evening | Magnesium | 200-400 mg (for recovery/sleep) |
Budget Priority Orderβ
If you can only afford a few supplements:
- Creatine monohydrate β Cheapest, most effective (~$15/month)
- Protein powder β If struggling to meet protein needs through food
- Caffeine β Coffee or caffeine pills (~$5/month)
- Electrolytes β DIY is nearly free; commercial ~$15-30/month
π Getting Startedβ
Implementation Plans by Goal (click to expand)
Building Muscle (Strength/Hypertrophy)β
Start with:
- Creatine monohydrate β 5g daily with any meal
- Protein powder β Only if struggling to hit 1.6-2.2 g/kg from food
- Caffeine β 200-400mg pre-workout (coffee works)
Timeline for evaluation:
- Creatine: 3-4 weeks (or 1 week if loading)
- Protein: Ongoing daily intake metric
- Caffeine: Immediate (per workout)
Monthly cost estimate:
- Minimal: $15-20 (creatine + coffee)
- Moderate: $40-50 (+ protein powder)
- Higher: $60-80 (+ commercial pre-workout)
Don't waste money on: BCAAs, glutamine, testosterone boosters, mass gainers (make your own with oats + protein)
Improving Enduranceβ
Start with:
- Electrolytes β For sessions >60 min or heavy sweating
- Caffeine β 200-400mg before key workouts
- Protein β 1.2-1.6 g/kg daily for recovery
- Beta-alanine (optional) β 3-5g daily for efforts 1-4 minutes
Timeline for evaluation:
- Electrolytes: Immediate (try on next long session)
- Caffeine: Immediate (per workout)
- Protein: Ongoing recovery assessment
- Beta-alanine: 2-4 weeks to saturate muscles
Monthly cost estimate:
- Minimal: $10-15 (DIY electrolytes + coffee)
- Moderate: $30-40 (+ commercial electrolytes)
- Higher: $50-60 (+ protein + beta-alanine)
Don't waste money on: Creatine (minimal endurance benefit), BCAAs, most "endurance" supplements
Enhancing Recoveryβ
Start with:
- Protein β Hit daily targets (1.6-2.2 g/kg)
- Creatine β 5g daily (helps recovery between sessions)
- Magnesium β 200-400mg evening for sleep quality
- Tart cherry juice (optional) β 8-12 oz post-hard training for DOMS
Timeline for evaluation:
- Protein: Ongoing (daily intake)
- Creatine: 3-4 weeks
- Magnesium: 1-2 weeks for sleep
- Tart cherry: Try after next hard session
Monthly cost estimate:
- Minimal: $20-30 (protein + creatine)
- Moderate: $35-50 (+ magnesium)
- Higher: $50-70 (+ tart cherry juice)
Don't waste money on: Recovery formulas with 15 ingredients, glutamine, most "recovery enhancers"
General Fitness/Healthβ
Start with:
- Protein powder β Only if not meeting protein needs from food
- Caffeine β Coffee/tea before workouts if helpful
- Creatine (optional) β 5g daily if doing any strength training
Timeline for evaluation:
- Protein: Ongoing (are you hitting targets?)
- Caffeine: Immediate
- Creatine: 3-4 weeks if added
Monthly cost estimate:
- Minimal: $0-10 (coffee, whole food protein)
- Moderate: $25-35 (+ protein powder)
- Higher: $40-50 (+ creatine)
Don't waste money on: Pre-made supplement "stacks," products with vague promises, anything claiming "detox" or "cleanse"
π§ Troubleshootingβ
Common Problems & Solutions (click to expand)
Problem 1: Creatine Causes Bloating or Stomach Discomfortβ
Why it happens:
- Taking too much at once (especially during loading)
- Taking on empty stomach
- Poor quality product with impurities
Solutions:
- Skip loading; use 3-5g daily instead of 20g loading dose
- Take with food to slow absorption
- Switch to Creapure (highest purity creatine monohydrate)
- Split dose (2.5g twice daily)
- Ensure adequate hydration
When to be concerned: Persistent GI issues after trying these adjustments (rare; consider medical evaluation)
Problem 2: Pre-Workout Makes Me Jittery, Anxious, or Unable to Sleepβ
Why it happens:
- Too much caffeine for your tolerance
- Genetic slow caffeine metabolizer
- Taking too late in the day
- Other stimulants in formula
Solutions:
- Reduce caffeine dose by 50% and reassess
- Try stimulant-free pre-workout (citrulline + beta-alanine)
- Cut off caffeine 6-8 hours before bed (some need 10+ hours)
- Switch to simple caffeine to avoid mystery stimulants
- Consider if you need pre-workout at all (many workouts don't require it)
Alternative: Use caffeine only for key workouts, not every session
Problem 3: Protein Powder Upsets My Stomachβ
Why it happens:
- Lactose intolerance (whey concentrate)
- Milk protein sensitivity
- Artificial sweeteners (sucralose, acesulfame K)
- Poor quality protein with additives
Solutions:
- If using whey concentrate: Switch to whey isolate (99% lactose-free)
- If whey isolate still bothers you: Try plant-based (pea + rice blend)
- If sweeteners are the issue: Find unsweetened or naturally sweetened versions
- Try taking with food rather than alone
- Reduce serving size and increase frequency
Last resort: Egg white protein or just focus on whole food protein sources
Problem 4: Not Seeing Results from Supplementsβ
Why it happens:
- Unrealistic expectations (supplements enhance training, don't replace it)
- Not taking consistently (especially creatine)
- Not taking enough time (creatine takes 3-4 weeks to saturate)
- Diet and training aren't dialed in
- Taking ineffective supplements
Solutions:
- Check basics first: Are you training consistently? Eating adequate protein? Sleeping enough?
- Creatine: Ensure 3-5g daily for at least 4 weeks before evaluating
- Protein: Track intake β are you actually hitting 1.6-2.2 g/kg?
- Be realistic: Creatine adds 5-15% performance, not 50%
- Assess what you're taking: If it's not creatine, protein, caffeine, or electrolytes, consider dropping it
Reality check: Supplements provide 5-10% optimization. If results aren't happening, look at the other 90%: training, nutrition, sleep, consistency.
Problem 5: Creatine Causing Weight Gainβ
Why it happens:
- Water retention in muscle cells (this is normal and beneficial)
- Typically 1-3 lbs in first few weeks
Solutions:
- Understand this is GOOD: Increased muscle cell hydration is part of how creatine works
- Not fat gain: It's intramuscular water, which supports performance
- If competing in weight-class sport: May need to stop creatine 1-2 weeks before weigh-in
- For aesthetic concerns: Slight fullness in muscles is generally positive; give it 4-6 weeks to assess
When to reconsider: If you're in a weight-class sport or need to make weight for an event
Problem 6: Supplements Too Expensiveβ
Why it happens:
- Buying fancy brands and formulations
- Taking unnecessary supplements
- Shopping at retail stores instead of online
Solutions:
- Creatine: Buy bulk creatine monohydrate online ($15-20 for 3-4 months)
- Protein: Compare price per serving; bulk unflavored is cheapest
- Caffeine: Coffee or caffeine pills (~$5/month vs $40 pre-workout)
- Electrolytes: DIY formula (costs pennies vs $30+/month)
- Cut the fluff: BCAAs, glutamine, proprietary blends β eliminate these
- Shop online: Amazon, Bulk Supplements, MyProtein often 50% cheaper than GNC/Vitamin Shoppe
Budget approach: Creatine ($15) + protein if needed ($25) + coffee = $40/month maximum for most people
β Common Questions (click to expand)
Do I need protein powder to build muscle?β
No. You can absolutely build muscle eating only whole foods. Protein powder is a convenient tool for meeting elevated protein needs, nothing more. Food first; powder if it helps you hit your targets.
Is creatine safe long-term?β
Yes. Creatine has been studied for decades with an excellent safety profile. No evidence of harm in healthy individuals with normal kidney function. It's one of the most-researched supplements available.
Should I take BCAAs?β
Probably not. If you're eating adequate protein (especially from animal sources or whey), you're already getting plenty of BCAAs. They only make sense for fasted training or very low protein intakes. Save your money.
Do pre-workouts work?β
The caffeine in them works. Most other ingredients are either underdosed or unsupported by evidence. You're usually better off with simple caffeine and optionally citrulline/beta-alanine at proper doses.
How much protein can I absorb at once?β
The "30g limit" is a myth. Your body can absorb more; it just takes longer. For muscle protein synthesis optimization, 20-40g per meal is typical, with larger individuals or post-full-body training potentially benefiting from 40g. Total daily intake matters more than per-meal optimization.
Do I need to cycle creatine?β
No. There's no evidence that cycling creatine provides any benefit. It's safe for continuous daily use. Some people cycle to reset water weight, but it's not necessary for effectiveness or safety.
β Quick Reference (click to expand)
Creatineβ
- Form: Monohydrate (Creapure for purity)
- Dose: 3-5g daily
- Timing: Anytime; consistency matters
- Loading: Optional (20g/day for 5-7 days)
Proteinβ
- Amount: 1.6-2.2 g/kg body weight for muscle building
- Per serving: 20-40g
- Types: Whey (best), casein (slow), pea+rice (plant)
- Quality: Third-party tested, minimal fillers
Pre-Workoutβ
- Caffeine: 3-6 mg/kg, 30-60 min before
- Citrulline: 6-8g (optional)
- Beta-alanine: 3-5g daily (optional)
Electrolytesβ
- When: >60 min exercise, heavy sweating, hot conditions
- Sodium: 500-1500 mg/hour depending on sweat rate
- DIY: 1/4-1/2 tsp salt + lite salt in water
π‘ Key Takeawaysβ
- Creatine is the most effective sports supplement β Decades of research, minimal cost, excellent safety
- Creatine monohydrate is the best form β Alternatives are marketing, not science
- Protein powder is a convenience tool β Whole food first; powder helps hit targets
- Most pre-workouts are overhyped β Caffeine is the active ingredient; rest is often underdosed
- BCAAs are usually unnecessary β Adequate protein intake already provides them
- Electrolytes matter for longer/intense training β Sodium is the priority
- The "anabolic window" is overstated β Total daily intake matters more than timing
- Quality and third-party testing matter β NSF Certified for Sport, Informed Sport
π Sources (click to expand)
Creatine:
- Kreider RB, et al. International Society of Sports Nutrition position stand: safety and efficacy of creatine supplementation. J Int Soc Sports Nutr. 2017;14:18.
DOI: 10.1186/s12970-017-0173-z
β
- Rawson ES, Volek JS. Effects of creatine supplementation and resistance training on muscle strength and weightlifting performance. J Strength Cond Res. 2003;17(4):822-31.
DOI: 10.1519/1533-4287(2003)017-0822
β
Protein:
- Morton RW, et al. A systematic review, meta-analysis and meta-regression of the effect of protein supplementation on resistance training-induced gains in muscle mass and strength. Br J Sports Med. 2018;52(6):376-384.
DOI: 10.1136/bjsports-2017-097608
β
- JΓ€ger R, et al. International Society of Sports Nutrition Position Stand: protein and exercise. J Int Soc Sports Nutr. 2017;14:20.
DOI: 10.1186/s12970-017-0177-8
β
Caffeine:
- Goldstein ER, et al. International society of sports nutrition position stand: caffeine and performance. J Int Soc Sports Nutr. 2010;7(1):5.
DOI: 10.1186/1550-2783-7-5
β
General:
- Examine.com. Sports Nutrition Supplement Guides.
examine.com
β
- International Society of Sports Nutrition. Position Stands.
jissn.com
β
Key Assessment Questions:
-
"What's your primary training goal?" (muscle building, endurance, fat loss, general fitness)
- Muscle building β Creatine + protein (1.6-2.2 g/kg)
- Endurance β Electrolytes + protein (1.2-1.6 g/kg); skip creatine
- Fat loss β Protein (1.8-2.4 g/kg) + optional caffeine
- General fitness β Protein if needed; minimal supplements required
-
"Are you currently hitting protein targets?" (calculate: 1.6-2.2 g/kg for muscle, 1.2-1.6 g/kg for endurance)
- If yes β Protein powder not needed
- If no and struggling β Protein powder is useful tool
-
"What supplements are you currently taking and how much are you spending monthly?"
- Identify waste (BCAAs, glutamine, testosterone boosters, overpriced blends)
- Opportunity to simplify and save money
Recommendations by Goal:
| Goal | Priority 1 | Priority 2 | Skip | Red Flags |
|---|---|---|---|---|
| Build muscle | Creatine 5g daily | Protein if needed for targets | BCAAs, glutamine, test boosters | Taking 5+ supplements; spending >$80/month |
| Increase strength | Creatine 5g daily | Caffeine pre-workout | BCAAs, most pre-workout blends | Not tracking strength progress |
| Improve endurance | Electrolytes (>60min) | Protein for recovery | Creatine, BCAAs | Neglecting sodium replacement |
| Lose fat | Protein 1.8-2.4 g/kg | Caffeine (optional) | Fat burners, most weight loss supplements | Relying on supplements vs. deficit |
Common Mistakes:
-
Spending $150/month on supplements as recreational athlete β "Let's simplify to creatine ($7) + protein if needed ($25) + caffeine ($5) = $37/month maximum."
-
Taking BCAAs while already using protein powder β "BCAAs are redundant if you're eating adequate protein. You're wasting $20-30/month."
-
Expecting creatine to help marathon performance β "Creatine is excellent for strength and power, but provides minimal benefit for pure endurance. Focus on electrolytes for long runs."
-
Not taking creatine due to fear of weight gain β "The 1-3 lbs weight gain is intramuscular water, not fat. This is part of how creatine works and is beneficial for performance."
-
Buying "natural testosterone boosters" β "Over-the-counter testosterone boosters (Tribulus, fenugreek) have weak evidence and minimal effect. Focus on creatine and adequate proteinβproven to work."
Coaching Scenarios:
-
"I want to build muscle fast. What supplements?" β "Creatine monohydrate (5g daily) and adequate protein (1.6-2.2 g/kg) are your only proven options. Creatine provides 5-15% strength gains, allowing more training volume = more muscle over time. If you're hitting protein targets from food, you don't need powder. Total cost: $7-40/month depending on protein needs."
-
"Training for marathon. Should I take creatine?" β "Creatine has minimal benefit for pure endurance like marathon training. Focus on: 1) Electrolytes for runs >60 min (500-750mg sodium/hour), 2) Protein for recovery (1.2-1.6 g/kg daily), 3) Caffeine for race day if helpful. Save your moneyβskip the creatine for this goal."
-
"I'm not seeing results. Should I add more supplements?" β "Before adding supplements, let's check fundamentals: Are you training consistently? Eating adequate protein? Sleeping 7-9 hours? In a caloric surplus (for muscle) or deficit (for fat loss)? Supplements optimize a solid foundationβthey don't create results on their own. Fix basics first."
Red Flags:
- Kidney disease or nephrotoxic medications + creatine β Medical consultation required
- Stacking multiple high-caffeine products (>600mg/day) β Cardiovascular risk; reduce immediately
- Under 18 asking about testosterone boosters β Do not recommend; refer to basics
- Spending >$100/month as recreational athlete β Opportunity to simplify and save
π€ For Mo: Expanded Coaching Guide (click to expand)
Assessment Questions (Detailed Version)β
When a user asks about sports nutrition supplements, gather this information:
Training & Goals:
- What's your primary training goal? (muscle building, endurance, fat loss, general fitness)
- How many days per week do you train?
- What type of training? (strength, cardio, mixed, sport-specific)
- What's your experience level? (beginner, intermediate, advanced)
Current Nutrition:
- Are you currently hitting protein targets? (calculate: 1.6-2.2 g/kg for muscle, 1.2-1.6 g/kg for endurance)
- Do you struggle to eat enough protein from whole foods?
- Any dietary restrictions? (vegan, lactose intolerant, allergies)
Current Supplements:
- What supplements are you currently taking?
- Monthly budget spent on supplements?
- How long have you been taking them?
Training Environment:
- Training duration per session?
- Training in heat/humidity?
- Heavy sweater?
Recommendations by User Goalβ
| User Goal | Priority 1 | Priority 2 | Priority 3 | Skip/Minimize |
|---|---|---|---|---|
| Build muscle | Creatine (5g daily) | Protein (if needed for daily target) | Caffeine pre-workout | BCAAs, glutamine, test boosters |
| Increase strength | Creatine (5g daily) | Protein (1.6-2.2 g/kg) | Caffeine pre-workout | BCAAs, most pre-workout blends |
| Improve endurance | Electrolytes (>60 min efforts) | Protein (recovery) | Caffeine (key workouts) | Creatine, BCAAs, most "endurance" products |
| Lose fat | Protein (1.8-2.4 g/kg to preserve muscle) | Caffeine (optional appetite/energy) | Electrolytes if training hard | Fat burners, CLA, most weight loss supplements |
| General fitness | None required; protein if convenient | Caffeine if helpful | Creatine if doing strength work | Most supplements |
| Recovery | Protein (daily targets) | Creatine (5g daily) | Magnesium (sleep), tart cherry (DOMS) | Recovery formulas, glutamine |
Common Mistakes to Catchβ
Red Flag: User taking too many supplements
- Example: "I'm taking protein, BCAAs, creatine, glutamine, pre-workout, post-workout formula, multivitamin, and testosterone booster"
- Response: "That's a lot of overlap and unnecessary expense. Let's simplify: creatine and protein are your core. BCAAs are redundant if you're taking protein. Glutamine isn't well-supported. Most testosterone boosters don't work. Let's cut this down to save you $50-80/month."
Red Flag: Unrealistic expectations
- Example: "I just started taking creatine yesterday and haven't noticed anything yet"
- Response: "Creatine takes 3-4 weeks to fully saturate muscle stores (or 1 week if loading). Give it a month of consistent use before evaluating. Results will be subtle β 5-15% strength improvement, not dramatic overnight changes."
Red Flag: Buying into marketing hype
- Example: "I saw this new pre-workout with a proprietary blend that promises explosive energy and massive pumps"
- Response: "Proprietary blends hide actual doses, usually because ingredients are underdosed. You're better off with simple caffeine (200-400mg) and optionally citrulline (6-8g) at known, effective doses. It'll be cheaper and more effective."
Red Flag: Wrong supplement for goal
- Example: "I'm training for a marathon. Should I take creatine?"
- Response: "Creatine is excellent for strength and power, but provides minimal benefit for pure endurance like marathon training. Focus on electrolytes for long runs, protein for recovery (1.2-1.6 g/kg), and caffeine for key workouts. Save your money."
Red Flag: Neglecting basics
- Example: "I'm not seeing results. Should I add more supplements?"
- Response: "Let's check the fundamentals first: Are you training consistently? Sleeping 7-9 hours? Eating adequate protein? Supplements optimize an already-solid foundation β they don't fix poor training or nutrition. They're the last 5-10%, not the first 90%."
Red Flag: Falling for "natural testosterone boosters"
- Example: "Will this testosterone booster help me build muscle faster?"
- Response: "Over-the-counter 'testosterone boosters' (Tribulus, fenugreek, etc.) have weak evidence and minimal effect on testosterone levels. The only legal supplements proven to build muscle are creatine and adequate protein. Focus on those, plus solid training and sleep."
Example Coaching Scenariosβ
Scenario 1: New Lifter Wants to Build Muscleβ
User: "I just started lifting weights 3 months ago. I want to build muscle. What supplements should I take?"
Mo Response: "Great work starting your lifting journey! Here's what will actually help:
Essential:
- Creatine monohydrate: 5g daily. This is the most effective, researched supplement for building strength and muscle. Start here.
- Protein: Aim for 1.6-2.2 g/kg body weight daily. If you're hitting this through food (chicken, fish, eggs, dairy, legumes), you don't need powder. If you struggle to eat enough, protein powder is a convenient tool.
Optional:
- Caffeine: 200-400mg before workouts can improve performance. Coffee works great.
Skip:
- BCAAs (redundant if eating protein)
- Testosterone boosters (don't work)
- Mass gainers (just eat more food or make your own: oats + protein powder + banana)
- Complicated pre-workout formulas
Budget: $15-20/month for creatine, $25-30/month if adding protein powder.
At 3 months in, your biggest gains will come from consistent training, eating enough total calories and protein, and sleeping well. Supplements are the cherry on top, not the foundation."
Scenario 2: Endurance Athlete Overspendingβ
User: "I'm training for a half-marathon. I'm currently taking creatine, protein, BCAAs, glutamine, beta-alanine, and a pre-workout. Am I missing anything?"
Mo Response: "You're actually taking too much for endurance training. Let's streamline:
Keep:
- Protein: 1.2-1.6 g/kg daily for recovery is good. Keep this.
- Caffeine from pre-workout: Useful for key workouts. But you probably don't need the whole pre-workout β coffee or caffeine pills are cheaper and equally effective.
Add:
- Electrolytes: This is what you're missing. For runs >60 minutes, sodium replacement is crucial. DIY electrolyte drink (1/4-1/2 tsp salt + lite salt in water) costs pennies.
Drop:
- Creatine: Minimal benefit for pure endurance. Save $15/month.
- BCAAs: Unnecessary if you're eating protein. Save $20-30/month.
- Glutamine: Weak evidence for endurance. Save $20/month.
- Beta-alanine: Only helps efforts 1-4 minutes, not sustained running. Save $20/month.
Savings: $70-90/month. Put that toward race entry fees or new running shoes!
Focus on hydration (with electrolytes), adequate carbs for fueling long runs, and protein for recovery."
Scenario 3: User Experiencing Side Effectsβ
User: "I started taking creatine a week ago and I've gained 4 pounds. Is this normal? I'm worried it's fat."
Mo Response: "Completely normal β and actually a sign creatine is working!
What's happening: Creatine increases water retention inside muscle cells. This is intramuscular water, not fat. You'll typically gain 1-3 lbs in the first 1-2 weeks.
Why this is good:
- Increased muscle cell hydration is part of how creatine improves performance
- Muscles may look slightly fuller (this is positive)
- It's not fat gain, not bloating β it's a functional adaptation
What to do:
- Continue taking 3-5g daily
- Stay well-hydrated
- Give it 4-6 weeks to fully assess strength and performance gains
- The initial water weight will stabilize
When to reconsider:
- If you're in a weight-class sport and need to make weight
- If you experience persistent stomach discomfort (try taking with food, or switch to Creapure for purity)
Otherwise, this is exactly what should happen. Focus on performance improvements β more reps, more weight, better recovery."
Scenario 4: Budget-Conscious Userβ
User: "I can only afford about $30/month for supplements. I lift 4x/week and do cardio 2x/week. What should I prioritize?"
Mo Response: "$30/month is plenty for the essentials. Here's your best bang-for-buck approach:
Tier 1: Must-haves (~$20/month)
- Creatine monohydrate: Buy in bulk online (~$15-20 for 3-4 months supply). This is $5-7/month. Non-negotiable for lifting.
- Caffeine: Coffee or caffeine pills (~$5/month). Use before key lifting sessions.
Tier 2: If room in budget (~$10/month)
- Protein powder: Only if struggling to hit 1.6-2.2 g/kg from food. Buy bulk unflavored whey online β can find for $25-30/month.
What to skip:
- Pre-workout formulas ($40-50/month) β caffeine does 90% of the work
- BCAAs β unnecessary waste
- Most other supplements
Budget breakdown:
- Minimal approach: Creatine ($5-7) + coffee ($5) = $12/month. Spend the rest on quality whole foods.
- With protein: Creatine ($5-7) + coffee ($5) + protein ($20-25) = $30-37/month
Money-saving tips:
- Buy bulk online (Amazon, Bulk Supplements, MyProtein)
- Unflavored is cheaper than flavored
- DIY electrolytes (salt + lite salt) instead of buying tablets
- Watch for sales (protein powder often 30-50% off)
You don't need a lot of supplements. Focus on training hard, eating well, and sleeping. These essentials will cover you."
Red Flags to Watch Forβ
Immediate concern β recommend medical consultation:
- User has kidney disease or takes nephrotoxic medications (creatine caution)
- User reports severe GI distress, allergic reactions, or other serious side effects
- User is under 18 asking about testosterone boosters or aggressive supplement stacks
- User mentions disordered eating patterns combined with supplement use
Caution/Education needed:
- User buying expensive proprietary blends instead of proven basics
- User taking same supplement multiple times (e.g., creatine in pre-workout + standalone)
- User expecting supplements to replace training and nutrition
- User cycling creatine unnecessarily
- User taking potentially dangerous stimulants (DMAA, DMHA)
- User combining multiple high-caffeine products (>600mg/day)
Opportunity to simplify/save money:
- User taking 5+ supplements
- User spending >$80-100/month on supplements as recreational athlete
- User taking BCAAs, glutamine, or other low-evidence supplements
- User buying retail instead of online bulk
Educational moment:
- User doesn't know their protein intake (g/kg)
- User thinks "natural" supplements can boost testosterone significantly
- User believes in the "30-minute anabolic window"
- User thinks they need to load creatine or cycle it
- User believes protein powder is superior to whole food protein
π Continue Exploringβ
In This Guide:
- Essential Supplements β Vitamin D, Omega-3, Magnesium
- Weight Management β CLA, thermogenics, meal replacements
Related Topics:
- Macronutrients β Understanding protein needs
- Protein β Complete protein deep dive
- Movement & Exercise β Training foundations
- Recovery β Complete recovery strategies