📊 Dashboard
Your command center. Check in here daily.
Your 6h26min average is sabotaging everything. The research is unambiguous:
- -21% to -29% insulin sensitivity after one night of 4h sleep (Donga et al., 2010, T1D patients)
- -15% testosterone after 8 nights of 5h sleep (equivalent to 10-15 years of aging)
- 28% more ghrelin, 18% less leptin = binge eating becomes chemically near-impossible to resist
- 40% reduction in glucose tolerance (comparable to pre-diabetic state)
- You feel "rested" because you've normalized deprivation. This is a key finding in sleep research.
Target: 7+ hours minimum. Talk to your wife about a shared bedtime system. This single change will improve insulin needs, eating behavior, gym motivation, and muscle recovery simultaneously.
Week 2 alternates: B / A / B. Never 2 rest days in a row. If you miss a day, shift — don't double up.
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1Sleep 7+ hours Fixes insulin needs, binge eating, motivation, and muscle recovery. No plan works without this.
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2Never miss Monday Monday gym attendance predicts weekly consistency 3x better than any other day. Sets the tone.
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38pm kitchen close Non-negotiable weekdays. 9pm max on weekends. After 2 weeks it requires zero willpower.
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4170g+ protein daily Most satiating macro. Critical for T1D muscle retention. ~2g/kg bodyweight.
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5Progressive overload If weights aren't going up over weeks, you aren't building muscle. Track every session.
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6~2000 cal/day average Use Foodlama for awareness. Don't obsess over precision — consistency beats perfection.
🏋️ Workouts
3×/week full body. 40 minutes. Supersets. Simple.
Empty bar: 2×10 each of squats, overhead press, RDLs. No rest. Just get warm.
| # | Exercise | Sets × Reps | Rest |
|---|---|---|---|
| 1A |
Barbell Back Squat ▶ How to Squat Properly (Athlean-X) |
3 × 6-8 |
PAIR 90s |
| 1B |
Dumbbell Bench Press ▶ Stop Doing DB Bench Like This (Athlean-X) |
3 × 8-12 | |
| 2A |
Seated Cable Row ▶ Seated Cable Row (Renaissance Periodization) |
3 × 8-12 |
PAIR 90s |
| 2B |
Dumbbell Lateral Raise ▶ Stop Messing Up Lateral Raises (Jeff Nippard) |
3 × 12-15 | |
| 3A |
Leg Curl ▶ 9 Leg Curl Mistakes (Renaissance Periodization) |
2 × 10-15 |
PAIR 60s |
| 3B |
Face Pulls ▶ STOP F*cking Up Face Pulls (Athlean-X) |
2 × 15-20 |
| # | Exercise | Sets × Reps | Rest |
|---|---|---|---|
| 1A |
Romanian Deadlift ▶ RDL Technique (Jeff Nippard) |
3 × 6-8 |
PAIR 90s |
| 1B |
Overhead Press ▶ Overhead Press Form (Jeff Nippard) |
3 × 8-12 | |
| 2A |
Lat Pulldown / Pull-up ▶ Lat Pulldown Form (Athlean-X) |
3 × 8-12 |
PAIR 90s |
| 2B |
Leg Press / Bulgarian Split Squat ▶ Bulgarian Split Squat (Athlean-X) |
3 × 10-15 | |
| 3A |
Cable Tricep Pushdown ▶ Tricep Pushdown (Athlean-X) |
2 × 12-15 |
PAIR 60s |
| 3B |
Dumbbell Curl ▶ DB Curl Form (Athlean-X) |
2 × 12-15 |
Barbell Back Squat: Complete Guide
Setup: Bar on upper traps (high bar) or across rear delts (low bar). Feet shoulder-width, toes slightly out (10-15°).
Descent: Break at hips and knees simultaneously. Push knees OUT over toes. Descend until hip crease is below knee (parallel or slightly below).
Ascent: Drive through mid-foot. Keep chest up. Hips and chest rise together — don't "good-morning" the weight up.
Common Fixes:
- Knees caving in → think "spread the floor apart" with your feet
- Heels lifting → sit back less, wear flat shoes, or put small plates under heels
- Good-morning pattern → lighter weight, focus on "chest up," strengthen core
- Can't hit depth → 3×30s calf stretches before squatting
Starting Weight: 40-60kg if you have some experience. Add 2.5kg per session when all reps are clean.
Romanian Deadlift: Why RDL Over Regular Deadlift
Why RDL: Less technical than conventional deadlift, easier to learn, less CNS fatigue, same hamstring/glute emphasis, safer for solo training.
Setup: Hold bar at hip height. Slight knee bend (10-15°), never fully locked. Shoulders back, lats engaged — pull shoulder blades into your back pockets.
Descent:>/strong> Push hips BACK (like closing a car door with your butt). Bar travels straight down along legs. Keep bar touching legs entire time.
Depth: Go only until you feel strong hamstring stretch (mid-shin to just below knee). Do NOT round your lower back. If back rounds, you've gone too far.
Common Fixes:
- Bar drifts away from body → "drag the bar down your legs"
- Lower back rounds → less weight, focus on hip hinge cue
- Feels like lower back, not hamstrings → you're squatting it. Push hips BACK more.
Starting Weight: 50-60kg. Add 2.5kg per session when all reps are clean.
Progressive Overload: The Only Thing That Builds Muscle
Week 1-2: Find your starting weights. Pick a weight you can hit the TOP of the rep range easily. Example: Squat 3×8 with 60kg.
Week 3+: Add weight or reps every session:
- Session 1: 60kg × 8,8,8 → all reps hit, add 2.5kg next time
- Session 2: 62.5kg × 8,8,7 → almost there, try again
- Session 3: 62.5kg × 8,8,8 → add 2.5kg again
The Rule: When you hit the TOP of the rep range for ALL sets with good form, increase weight:
- Upper body: +1-2kg (or next dumbbell up)
- Lower body: +2.5kg
Stalling: If you fail the same weight 3 sessions in a row, drop 10% and build back up. This is called a deload and is completely normal.
Track it: Use your phone Notes. One entry per exercise: "Squat: 65×8,8,7"
Substitutions: No Equipment Alternatives
| Original | Swap Option 1 | Swap Option 2 |
|---|---|---|
| Barbell Back Squat | Goblet Squat | Leg Press |
| DB Bench Press | Barbell Bench Press | Cable Chest Press |
| Cable Row | DB Row | Barbell Row |
| Romanian Deadlift | DB RDL | Good Morning |
| Lat Pulldown | Assisted Pull-up | DB Pullover |
| Bulgarian Split Squat | Walking Lunges | Leg Press (single leg) |
Travel/No Gym: Use bodyweight: Bulgarian split squats with backpack, push-ups (various angles), inverted rows under table, single-leg glute bridges, doorframe pull-ups.
😴 Sleep Science
The most underrated muscle-building and fat-loss variable. Real research, real numbers.
Sleep research consistently finds that chronic sleep-deprived individuals rate their own alertness higher than objective measures show. You've normalized 6h26min. This doesn't mean you're functioning optimally — it means your baselines have shifted to suboptimal.
Cappuccio et al. (2010, Sleep) analyzed 16 studies with 1.3+ million participants:
| Sleep Duration | All-Cause Mortality Risk | Key Finding |
|---|---|---|
| < 6 hours | +12% (RR 1.12, 95% CI: 1.06-1.18) | 1.6 million person-years |
| 7 hours | Baseline (lowest risk) | Nadir of mortality curve |
| 8 hours | Minimal/no increase | Still in safe range |
| > 9 hours | +30% (RR 1.30, 95% CI: 1.22-1.38) | U-shaped curve, long sleep also risky |
Key Insight: The mortality nadir is at 7 hours, not 8. But below 6 hours, risk rises sharply. Your 6h26min puts you in the elevated-risk category.
DEC2 Gene Mutation: First identified familial natural short sleep phenotype (He et al., 2009, Science). Carriers sleep ~6.25h naturally and feel fully refreshed.
ADORA1 Gene Mutation: Second natural short sleep gene identified 2023 (Liu et al., Nature Communications). Carriers sleep ~5.7-6h.
Watson et al. (2015, Sleep): Twin studies show ~33-44% of sleep duration variance is genetic. The remaining 56-67% is controllable behavior.
Testosterone
Leproult & Van Cauter (2011): 8 nights of 5-hour sleep restriction in healthy young men:
- Daytime testosterone decreased 10-15%
- Specifically: from ~600 ng/dL to ~510 ng/dL
- The 15% reduction = equivalent to 10-15 years of aging
- Afternoon/evening levels hit daytime lows normally seen in elderly men
Growth Hormone (GH)
Van Cauter & Plat (1996 review): 60-70% of daily GH secretion occurs during slow-wave sleep (SWS), the deep restorative phase of sleep.
- Major GH pulse occurs in the first SWS episode (typically 70-90 min after sleep onset)
- Sleep fragmentation reduces GH pulse amplitude by 30-40%
- GH secretion declines ~14% per decade with age; sleep disruption accelerates this
IGF-1 & Protein Synthesis
1 week of sleep restriction (4h/night):
- IGF-1 decreased ~10%
- IL-6 (inflammatory marker) increased 50%
- TNF-alpha increased 100%
Dattilo et al. (2020, Life Sciences) meta-analysis: Sleep deprivation reduced muscle protein synthesis rate by 18% (SMD = -1.13, large effect size).
This is the study that changed how we think about sleep and fat loss.
Nedeltcheva et al. (2010, Annals of Internal Medicine):
- Same total weight loss as 8.5h group
- But: 26% fat loss
- 74% lean mass
- Increased hunger (+24% ghrelin)
- Identical caloric deficit
- 56% fat loss
- 44% lean mass
- Normal hunger hormones
Translation: Same calories, same weight lost. But short sleep shifted body composition toward muscle loss and away from fat loss. This is the hormonal cost of insufficient sleep.
Donga et al. (2010, Diabetes Care):
- Single night of 4-hour sleep restriction in T1D patients
- Next-day insulin sensitivity reduced by 21-29% (both whole-body and hepatic)
- This was measured with clamp studies — direct metabolic data
Schneeberg et al. (2022, review):
- 30-40% of T1D patients report significant sleep disturbances
- 1 hour less sleep = 0.5-1.1% higher A1C across studies
- Children with T1D sleeping <7h had A1C values 1.1% higher than those sleeping >9h
You have a 2-year-old. Perfect sleep is impossible. But you can optimize what you control:
Strategy 1: Protect One 5+ Hour Block (The GH Window)
60-70% of GH is secreted in the first SWS episode (~midnight-3am). If fragmented sleep is unavoidable, protect at least one consolidated block including this window.
Split Night Strategy: Trade night duties with your wife so each person gets one 5+ hour uninterrupted block per night. The other takes early shift, then naps later.
Strategy 2: Strategic 90-Minute Naps
Lastella et al. (2020) meta-analysis: Naps recover 50-67% of cognitive function but <30% of hormonal/metabolic deficits.
A 90-minute nap captures one full sleep cycle and maximizes recovery. Best timing: 12-3 PM. Naps help, but they don't replace nighttime sleep.
Strategy 3: Sleep Banking
Rupp et al. (2012): Getting 9-10 hours for 2-3 nights before a period of sleep deprivation improved cognitive resilience by ~30% vs baseline sleepers.
Application: When your schedule allows, "bank" extra sleep. Weekend sleep-ins can partially buffer against weekday deficits.
Rupp et al. (2012): Getting 9-10 hours for 2-3 nights before a period of sleep deprivation improved cognitive resilience by ~30% vs baseline sleepers.
Application: When your schedule allows, "bank" extra sleep. Weekend sleep-ins can partially buffer against weekday deficits.
Strategy 4: Consistency Over Duration
Van Dongen et al. (2003): Chronic 6h/night for 14 days produced impairment equivalent to 2 nights of total sleep deprivation. Regularity matters — even 6 hours every night is metabolically better than alternating 4h and 8h.
Set a consistent bedtime (even if waketime is disrupted). Your circadian system needs anchors.
Strategy 5: Environmental Optimization
- Temperature: 18-19°C (65-67°F) optimal. Even small deviations reduce SWS by 5-10%.
- Light: 15-30 min bright morning light shifts circadian rhythm and improves alertness.
- Caffeine curfew: None within 8h of bedtime. Caffeine half-life 5-6h; quarter-life 10-12h (Drake et al. 2013).
- Alcohol: Avoid before "precious" sleep windows. Suppresses REM by 20-40%.
🍽️ Nutrition
~2000 cal/day • 170g protein • 16:8 intermittent fasting • Kitchen closes 8pm
Eating window: 12:00 PM – 8:00 PM (8 hours)
Fasting window: 8:00 PM – 12:00 PM (16 hours)
Weekend exception: 9:00 PM latest. No drifting to 10 PM+.
Large serving of vegetables or mixed salad
1 portion starch: 150g cooked rice / 200g potato / 120g cooked pasta
1 tbsp olive oil or light dressing
Option B: 1 scoop whey protein + 1 apple
Option C: Skip if not hungry
Lots of vegetables (half the plate)
Moderate carbs: 100g rice / 150g potato / 120g pasta
1-2 tbsp cooking fat or sauce
5 Lunch Options (tap to expand)
1. Chicken & Rice Bowl (~660 cal / 48P / 48C / 18F)<br> 200g grilled chicken breast + 150g cooked white rice + big mixed salad + olive oil dressing
2. Turkey Bowl (~650 cal / 42P / 52C / 22F)<br> 200g ground turkey 93% lean + 200g roasted sweet potato + steamed broccoli + half avocado
3. Tuna Salad Plate (~620 cal / 52P / 44C / 16F)<br> 2 cans tuna in water + mixed greens + cherry tomatoes + cucumber + 150g cooked quinoa + lemon-olive dressing
4. Salmon Plate (~750 cal / 40P / 38C / 32F)<br> 180g baked salmon + large portion roasted zucchini/peppers + 100g cooked rice
5. Office Quick (~600 cal / 42P / 55C / 14F)<br> 200g deli turkey or chicken slices + 2 slices whole grain bread + mustard + apple + baby carrots
5 Dinner Options (Family-Friendly)
1. Pasta Bolognese (~720 cal / 46P / 55C / 22F)<br> 120g cooked pasta + 180g lean ground beef tomato sauce + big side salad. Kid gets same, just more pasta.
2. Chicken Stir-Fry (~680 cal / 48P / 45C / 18F)<br> 200g chicken strips + assorted vegetables + 100g jasmine rice + 1 tsp sesame oil + soy sauce
3. Sheet Pan Salmon (~750 cal / 42P / 42C / 32F)<br> 180g salmon + 200g sweet potato + green beans + 1 tbsp olive oil, roasted together
4. Turkey Meatballs (~680 cal / 48P / 35C / 24F)<br> 200g turkey meatballs + zucchini noodles OR 100g regular pasta + tomato sauce + parmesan
5. Sheet Pan Chicken Thighs (~750 cal / 44P / 48C / 26F)<br> 200g chicken thigh (skinless) + baby potatoes + roasted peppers + onions + olive oil
Your 1-2x/week evening binges aren't willpower failures — they have clear physiological drivers you can address:
Root Cause 1: Sleep Deprivation
- Ghrelin +28%, leptin -18% = hunger/satiation signaling is broken
- Willpower is a finite resource restored by sleep
- Decision fatigue accumulates through the day; reserves depleted by evening
Fix: Prioritize sleep. Every hour of additional sleep reduces evening appetite by ~5-10%.
Root Cause 2: Daytime Under-Eating
- Skip breakfast + skimpy lunch = massive evening calorie deficit
- Your body WILL collect that debt at night, one way or another
- High-protein lunch (600+ cal) dramatically reduces evening cravings
Fix: Make lunch your second-largest meal. Don't try to "save calories" for dinner — it backfires.
The Emergency Intervention
When you feel a binge coming:
- Eat 200g Greek yogurt + 1 scoop whey protein FIRST
- Drink 500ml water
- Wait 10 minutes
- Then decide if you still want the junk food
Pure protein volume (400+ calories of protein) is extremely satiating. It "occupies" your stomach and activates satiety signals. Often the craving will have passed.
Weekend Protocol
- Keep the same eating window: Don't drift to 8am-11pm grazing
- Plan ONE enjoyable meal: Saturday dinner out? Sunday brunch? Pick it, enjoy it guilt-free, then return to plan
- Make healthy choices lazy: Pre-cut veggies visible, cookies hidden/out of house
- Saturday morning gym: Creates metabolic momentum — you'll naturally want better fuel after training
💉 T1D Care
Omnipod Dash + Dexcom G7 + Loop + NovoRapid. Optimize around training.
📍 Before Training (15-30 min prior)
- Check CGM trend arrow
- If trending down or <100 mg/dL (5.5 mmol/L): have 15g fast carbs (juice/gel) before starting
- If trending down fast: set temp basal target higher, or Loop should auto-adjust
- Always have 15-20g fast carbs within arm's reach at the gym
⚠️ During Training (40 min sessions)
Critical difference from endurance: Unlike your marathon training where BG typically trends down, heavy resistance training can RAISE blood glucose.
- Heavy squats and deadlifts trigger adrenaline/cortisol spikes
- These hormones stimulate liver glucose release (gluconeogenesis)
- BG can rise 30-80 mg/dL during/after heavy sets
- This is transient — typically returns to normal within 1-2 hours
Do NOT over-correct these workout-induced highs. Aggressive bolusing risks a crash when sensitivity returns.
Let Loop handle it. If BG is stubbornly high 2+ hours post-workout, then consider a small correction.
🎯 After Training (Your Advantage Window)
This is your most important meal. Post-workout insulin sensitivity is elevated. You want to capture this for muscle protein synthesis.
- Eat protein-rich meal within 1-2 hours
- Ensure you have active NovoRapid on board when eating
- If you reduced pre-workout bolus: give a small correction with post-workout meal
- This ensures insulin is present during the anabolic window
Watch for delayed lows 2-4 hours post-workout. Enhanced insulin sensitivity lingers. Keep fast carbs nearby.
Recent research on well-controlled T1D and muscle metabolism:
- Well-controlled T1D (A1C 5.3-6.0%, TIR 85%+) restores ~85-95% of normal muscle-building capacity
- Fed-state muscle protein synthesis (MPS) is largely preserved when insulin present with meals
- Fasting MPS may be ~15-20% lower, but this is overcome with consistent training + nutrition
"My BG spikes during squats/deadlifts"
Normal. Large muscle mass + high CNS demand = adrenaline/cortisol release. Expect 30-80 mg/dL rise.
Don't bolus aggressively. Let it come down naturally. If still elevated 2h post-workout, then correct mildly.
"I go low 3-4 hours after evening workouts"
Common. Exercise-induced insulin sensitivity increase can persist 4-6 hours.
Solutions:
- Set lower temp basal for 4-6h post-workout (Loop can automate)
- Have bedtime snack with slow carbs + protein
- Consider 20-30% less dinner bolus on workout days
"Post-workout meal timing with insulin"
You need both insulin AND amino acids present simultaneously for optimal MPS. The "anabolic window" is at least 1-2 hours wide, not a fleeting 30 minutes.
- Don't wait for BG to be perfect — just ensure insulin is active when you eat
- If BG is high pre-meal: small correction bolus, then eat protein
- Protein has minimal impact on BG but requires insulin for anabolic signaling
💊 Supplements
Evidence-based supplements for T1D muscle building & fat loss.
Always discuss new supplements with your endocrinologist. While most supplements below are safe for T1D, some affect blood glucose or kidney function. Annual microalbumin testing is recommended, especially if taking creatine.
Increases phosphocreatine stores → more ATP for lifting. 5-15% strength gains, better training volume. May even improve glycogen storage capacity.
💡 T1D Note: May cause 1-2kg water retention initially—this is intra-muscular water, not fat. No kidney concerns at recommended doses with healthy kidney function.
Anti-inflammatory for recovery. May improve insulin sensitivity. Cardiovascular protection (T1D has elevated CVD risk). Potential mood benefits during caloric deficit.
💡 T1D Note: No direct glucose effects. Discontinue 1 week before surgery (blood thinning at high doses).
T1D patients have higher rates of deficiency. Critical for bone health (heavy lifting), muscle function, immune support. K2 improves calcium utilization.
💡 Recommendation: Get 25-OH vitamin D blood test. Target 40-60 ng/mL.
Magnesium: muscle contraction/relaxation, reduces cramping, improves sleep quality. Zinc: immune function, testosterone support if deficient.
💡 Form matters: Magnesium glycinate (best absorption, no GI issues) or citrate. Avoid oxide (poor absorption). Don't exceed 40mg zinc long-term.
Increases muscle carnosine → buffers lactic acid. Most beneficial for sets lasting 60-240 seconds. Modest benefit for standard 8-12 rep lifting.
💡 Side effect: Paresthesia (harmless tingling) is normal. Split doses or use sustained-release form to reduce.
Boosts performance, focus, and has modest thermogenic effect. However, caffeine CAN raise blood glucose 20-50 mg/dL via catecholamine release and reduced insulin sensitivity.
⚠️ T1D Protocol: Test YOUR response. If caffeine raises BG 40mg/dL, pre-bolus 0.5-1u 30 min pre-workout. Avoid with fasted training (higher hypo risk post-workout).
Fast digesting (peak ~60-90 min). Slightly higher insulin response (helps prevent post-lift lows). Use isolate for lower lactose/carb content.
Slow digesting (7+ hour amino acid release). Anti-catabolic during sleep. Thicker, more filling—helps with deficit adherence.
Try any new supplement on a non-workout day first. Check CGM before/after to isolate glucose response.
If 200mg caffeine raises you 40mg/dL, pre-bolus 0.5-1u 30 min pre-workout. Adjust based on YOUR data.
Large whey shakes (40g+) may need 1-2u insulin depending on your I:C ratio. Count shake carbs.
Annual microalbumin/creatinine ratio—especially important if taking creatine + ACE inhibitors/ARBs.
📈 Progress
12-month transformation timeline. Track, measure, succeed.
~23 kg fat · ~66 kg lean mass
TDD: 60-80 IU/day
~10-11 kg fat · ~64-65 kg lean mass
TDD: ~40-50 IU/day
That's losing ~12-14 kg of fat while preserving (possibly slightly building) muscle. At ~1 kg fat loss per month, this is a 12-14 month journey to visible abs.
Week 1: Just Show Up
Gym: 3 sessions. Light weights. Learn movements. Build the HABIT.
Nutrition:
- Maintain 12-8 PM eating window
- Hit 170g+ protein daily
- Zero exceptions on 8 PM kitchen close
- Don't obsess over calories yet — just the window + protein
Sleep: In bed by 10:30 PM. Talk to your wife — make it shared commitment.
Week 2: Add Weight
Gym: 3 sessions. Add weight to every exercise from Week 1.
Nutrition:
- Keep window + protein target
- Start tracking overall calories (~2000/day)
- Note the TRIGGER if you binge (undereating? stress? stay up late?)
Weekend: Pick ONE enjoyable meal. Enjoy it. Stay in window otherwise.
Weeks 3-4: Build Momentum
Weights getting noticeably heavier? Good. Should feel recovered by next session. Mild soreness is normal.
Check insulin needs: With improved sleep + training, TDD should trend down 60-80 → 50-60. Watch for this.
Scale: Expect ~0.5-1 kg/week loss. If not, track calories tightly for 3 days.
- "Never miss twice" rule. Skip Monday = accident. Skip Wednesday = pattern begins.
- Reduce friction to zero. Gym bag packed night before. Walk out door in gym clothes.
- The 5-minute deal. Commit to walking to gym + warmup. If you still want to leave after, leave. (You won't.)
- Identity, not outcomes. "I am someone who trains 3x a week" > "I want abs"
- Track the chain. Put checkmarks on calendar for every gym session. Visual streaks are powerful.