suggest a gym plan for a 37 year old male with following genetic predisposition Endurance profile You have an average capacity for endurance. This means that your exercise interventions may be optimized effectively to improve endurance or alternatively improve strength. GABPB1, PPARA, ACTN3, PPARGC1A, NRF2. Risk of Soft Tissue Injury You may have an average risk of suffering from soft tissue injuries. Since such injuries can be painful and affect the quality of life significantly and for long durations, it's best to ensure the right kind of exercise and nutritional interventions to ensure the health of your connective tissues and muscles. Foam rolling and dynamic stretching would help your soft tissues perform to the best. In addition, enhance the strength of your connective tissues by slow and mindful progressive tissue loading and eccentric exercises. In nutrition terms, bone broths, vegetables and turmeric may further help keep inflammation at bay and improve tissue structure and resilience. COL5A1, COL5A2. Strength Profile You have an average capacity for strength. This means that your exercise interventions may be optimized effectively to improve strength or alternatively improve endurance. AGT, NOS3, PPARA, ACTN3. Power Levels You have average power capacity. This means that with the right interventions you have the ability to develop good speed and a strong punch. IGF2, IL6, COL5A2, COL5A1, MSTN. Caffeine supplementation and performance Coffee seems to have an average effect on endurance performance on profiles similar to yours. As per studies, performance can vary between -13.7% to +7% by caffeine supplementation. If competing, you are advised to measure your times with and without supplementation to take a final call on its use on competition day. CYP1A2.

Here's a tailored gym plan for a 37-year-old male with your genetic profile — balanced across endurance, strength, and power, with soft tissue injury prevention built in.

🏋️ Weekly Gym Plan — Genetic-Optimised (37M, Average Endurance/Strength/Power)

Key Design Principles

  • Balanced hybrid training: Your genes show average capacity across all domains — this means you respond well to both strength and endurance stimulus, so a concurrent training model works best.
  • Injury prevention priority: COL5A1/COL5A2 variants mean connective tissue care is non-negotiable — progressive loading, eccentric work, and mobility are baked in.
  • Moderate intensity, high consistency: At 37, recovery efficiency is declining — volume quality beats raw volume.

📅 7-Day Training Split

DaySessionFocus
MondayStrength ALower body compound lifts
TuesdayCardio + MobilityZone 2 aerobic + dynamic stretching
WednesdayStrength BUpper body + core
ThursdayPower / AthleticExplosive work + eccentric emphasis
FridayStrength CFull body, functional
SaturdayActive RecoveryFoam rolling, yoga, light swim/walk
SundayRestFull recovery

🔴 Monday — Lower Body Strength

Warm-up (10 min): Foam roll quads/hamstrings/calves + dynamic hip circles, leg swings
ExerciseSets × RepsNotes
Back Squat4 × 5Progressive overload; controlled 3s descent
Romanian Deadlift3 × 8Eccentric focus — 4s lowering phase
Bulgarian Split Squat3 × 10/legEccentric emphasis, great for COL5A1 tendon loading
Leg Press3 × 12Moderate weight, full range
Calf Raises (slow)3 × 153s up / 3s down — Achilles tendon resilience
Copenhagen Adductor2 × 10/legGroin/hip soft tissue protection
Cool-down: Static stretching — hip flexors, hamstrings, glutes (90s each)

🟡 Tuesday — Zone 2 Cardio + Mobility

Cardio (30–40 min): Bike, treadmill incline walk, or rowing at 60–70% max HR (Zone 2)
  • Targets PPARA / PPARGC1A / NRF2 — your endurance gene expression responds to sustained aerobic stimulus
Mobility Circuit (20 min):
  • World's greatest stretch × 5/side
  • 90/90 hip stretch × 60s/side
  • Thoracic spine rotation on foam roller
  • Deep lunge with overhead reach
  • Pigeon pose hold × 90s/side

🔵 Wednesday — Upper Body Strength

Warm-up: Band pull-aparts, shoulder circles, scapular push-ups
ExerciseSets × RepsNotes
Barbell Bench Press4 × 5Slow descent (3s eccentric)
Bent-over Barbell Row4 × 6Brace core hard; NOS3/AGT benefit from compound pulls
Overhead Press3 × 8Control the descent — rotator cuff protection
Weighted Pull-ups / Lat Pulldown3 × 8–10Full ROM
Dumbbell Incline Press3 × 10Shoulder stability emphasis
Face Pulls3 × 15Rear delt + rotator cuff — injury prevention
Plank Variations3 × 40sFront, side plank

⚡ Thursday — Power & Explosive Work

IGF2, IL6, MSTN, ACTN3 — your genes support power development with the right stimulus
Warm-up (10 min): Jump rope 3 min, dynamic stretches, hip activation
ExerciseSets × RepsNotes
Box Jumps4 × 5Full reset between reps; land softly
Trap Bar Deadlift (explosive)4 × 4Drive hard off the floor
Medicine Ball Slam3 × 8Full body power expression
Kettlebell Swing4 × 10Hip hinge power + posterior chain
Sled Push / Prowler3 × 20mIf available; excellent power/endurance bridge
Eccentric Nordic Hamstring Curl3 × 6Key injury prevention — hamstring tendon loading

🟢 Friday — Full Body Functional Strength

ExerciseSets × RepsNotes
Deadlift4 × 5Primary posterior chain strength
Goblet Squat3 × 12Mobility + quad strength
Dumbbell Chest Press3 × 10Unilateral stability
Single-arm Dumbbell Row3 × 10/sideCore anti-rotation
Farmer's Carry3 × 30mGrip, core, connective tissue loading
Reverse Lunge (eccentric)3 × 10/legSoft tissue care
Dead Bug3 × 10Deep core stability

🟣 Saturday — Active Recovery

  • Foam rolling: IT band, thoracic spine, calves, lats (10–15 min)
  • Light movement: 20–30 min walk, swim, or cycling at <55% HR
  • Stretching: Full body static routine, 10–15 min
  • Optional: Contrast shower (hot/cold) for recovery

💊 Nutrition & Supplementation Notes (Gene-Aligned)

AreaRecommendation
CaffeineTest with/without pre-workout. Your CYP1A2 profile suggests variable response — start with 100mg and assess
Connective tissue supportCollagen peptides (10–15g) + Vitamin C pre-workout; bone broth regularly
Anti-inflammatoryTurmeric/curcumin with black pepper daily; omega-3 fish oil 2–3g/day
Protein1.8–2.2g/kg bodyweight daily; prioritise leucine-rich sources for MSTN gene context
HydrationMinimum 3L/day on training days

📈 Progressive Overload Protocol

  • Weeks 1–2: Learn movements, moderate weight (RPE 6–7)
  • Weeks 3–4: Increase load 5–10% on compound lifts
  • Week 5: Deload — reduce volume by 40%, maintain intensity
  • Repeat 4-week cycle with new baseline

⚠️ Key Reminders for Your Profile

  1. Never skip warm-up — your COL5A1/COL5A2 variants make cold-tissue loading risky
  2. Eccentric movements are your friend — slow negatives build tendon resilience
  3. Sleep 7–8 hrs — at 37, HGH and recovery are strongly sleep-dependent
  4. Track your lifts — your average-across-the-board genetic profile means progress is real but requires consistent stimulus and measurement
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