Neotrium | Bio-Architecture Report™

How Your Body Systems Connect: The Main Conflict

The Problem: Your genetics present a unique metabolic challenge. You have a Higher Sensitivity to carbohydrates, which can cause abnormally high blood sugar levels after consumption. This is combined with an "Insomniac" sleep profile and short sleep duration. This combination means your body struggles to repair itself overnight, leading to less efficient energy breakdown during the day. Because your muscles are engineered for High Strength but Low Endurance ($ACTN3), trying to burn off excess carb-heavy calories with long, exhausting cardio routines will only deplete your energy further without yielding fat-loss results. You must focus on targeted strength building, prioritizing deep rest, and shifting to a low-carb diet to reduce blood sugar spikes.

DNA Marker

The Processor

The Insomniac

Your brain is wired as a "Morning Lark" but struggles with sleep quality, remaining active and resulting in short sleep durations.

Sleep Duration < 7 HOURS

Sleep Depth DEEP

DNA Marker

The Metabolism

Carb Sensitive

Your system processes fats normally, but is highly reactive to carbohydrates, increasing the risk of Type 2 Diabetes and weight regain.

Carb Tolerance LOW

Fat Tolerance NORMAL

DNA Marker

The Chassis

The Power Engine

Your muscle fibers are heavily biased towards raw strength over endurance. You excel at heavy output but fatigue quickly.

Strength Profile HIGH

Endurance Capacity LOW

Section I — Your Diet & Metabolism

Carbohydrate Sensitivity

Diet Type: Lower Carb Diet

What This Means

Your genetics reveal a Normal Sensitivity to dietary fats, but a Higher Sensitivity to carbohydrates. Consuming simple carbs will likely result in abnormally high blood sugar spikes, which elevates your risk for weight regain and Type 2 Diabetes. A low carb diet reduces these spikes and mitigates your metabolic risk.

How to Eat

Adopt a strict lower-carb diet to keep blood sugar stable.
Avoid dairy products (You carry the Likely Intolerant marker for Lactose).
Utilize healthy fats (avocado, olive oil, nuts) freely as your primary fuel source, as your body metabolizes them normally.

Your Daily Food Breakdown

Target Deficit Goal: 1,650 kcal

Lean Protein 45% (185g)

The primary building blocks. Keeps your muscle mass (25.5kg) high and metabolism fast without spiking sugar.

Healthy Fats 35% (64g)

Your clean energy source. Since you process fats normally, this fuels your brain safely during the caloric deficit.

Complex Carbs 20% (82g)

Strictly from vegetables and legumes. Avoiding simple sugars is mandatory to hit your -15.6kg fat loss target.

Daily Calorie Adjustments

Rest Days 1,500kcal

Workout Days 1,800kcal

Your InBody TDEE is 2,095 kcal. To achieve your target of losing 15.6kg of fat while managing your low endurance trait, you must remain in this calculated deficit. Do not overeat on rest days.

Protein Sourcing: Marine vs. Beef

Optimizing for High Strength + Elevated Cardiovascular Risk

While your "High Strength" muscle profile requires 235g of daily protein, your genetic markers show an ELEVATED RISK for Heart Disease, High Cholesterol, and Hypertension. Therefore, the source of your protein is critical to your longevity.

Optimal: Marine Protein

Fish and seafood provide the high-quality, lean protein your muscles need without the saturated fat. Crucially, they deliver natural Omega-3s, Selenium, and Vitamin D to actively protect your cardiovascular system. Make this your primary protein.

Limit: Steak / Red Meat

Limit heavy red meats. While excellent for building strength, the higher saturated fat content directly triggers your genetic vulnerabilities for high cholesterol. Consume sparingly, and only choose the leanest cuts available.

Monthly Cycle Energy Rhythms

FEMALE HORMONE SCHEDULE

Cycle Phase	Food Adjustments	Best Type of Workout	Fasting Rule
Post-Period (Follicular)	Enjoy more healthy carbs	High Intensity / Heavy Weights	14–16 hours
Mid-Cycle (Ovulatory)	Normal eating	Peak Strength / Push hard	14 hours
Pre-Period (Luteal)	Eat a little more to curb cravings	Lighter workouts / Walking	12–13 hours
During Period (Menstrual)	Focus on anti-inflammatory foods	Yoga / Stretching / Deep Rest	No Fasting

Section II — Your Weekly Workout Plan

The Power Engine

Your genetic muscle profile is engineered for High Strength and Medium Power, but you have Low Endurance. Long, grueling cardio sessions will only exhaust your nervous system. Your body is built to lift, punch, and sprint.

Your 3-Month Goals

Maximize Lean Muscle +2.0kg
Reduce Injury Risk (Elevated trait) Targeted Mobility

Your Ideal Weekly Schedule

3x Heavy Lifting Focus on strength building

1x Boxing / Power Output High intensity, short duration

1x Active Recovery Gymnastics or deep stretching

No Long Distance Avoid marathons or prolonged cardio

Section III — Your Daily Supplement Guide

Morning: Energy & Cellular Repair

Active B-Complex 1 Capsule | Morning

DNA Trait: Higher Needs. Essential for nerve function and preventing brain fog due to your genetic deficits in Vitamin B2 and B6.

Co-enzyme Q10 (Ubiquinol) 100mg Ubiquinol | Morning

DNA Trait: Higher Needs. Cellular battery fluid. Crucial for heart health and energy during heavy lifting. Using Ubiquinol (reduced form) — significantly more bioavailable than standard Ubiquinone, making 100mg Ubiquinol functionally superior to 200mg Ubiquinone.

Broad Spectrum Antioxidants 1 Serving | Morning

DNA Trait: Normal Needs. While your baseline genetic needs are normal, maintaining optimal antioxidant levels is highly beneficial for clearing cellular waste generated from your intense, high-strength workouts.

Omega-3 (EPA/DHA) 2000mg | With Lunch

DNA Trait: Normal Needs. Although you don't have a genetic deficit, high-quality Omega-3s are universally excellent. We highly recommend them to support joint health, brain protection, and to proactively manage your elevated risk for heart disease.

Vitamin D3 + Zinc 5000 IU + 15mg | With Lunch

DNA Trait: Vit D (Higher Needs), Zinc (Normal Needs). Vitamin D is critical for you to supplement due to a genetic deficit. Zinc is added at a normal baseline dose for synergistic immune and hormone support.

Selenium Added

200mcg | With Lunch

DNA Trait: Higher Needs. Critical cofactor for glutathione peroxidase — your body's primary cellular antioxidant enzyme. Supports thyroid hormone conversion, cardiovascular protection, and immune resilience. Particularly important given your elevated heart disease risk markers.

Magnesium Bisglycinate 400mg | 30 mins before bed

DNA Trait: Normal Needs + Insomniac. While your baseline magnesium processing is normal, this highly bioavailable form is strategically used here to calm your nervous system, combat your "Insomniac" trait, and help prolong your naturally short sleep duration.

Section IV — Blood Work & Health Targets

Tracking Your Internal Health

TELEMETRY MISSING - AWAITING LABS

Health Marker	Current Level	Optimal Target
hs-CRP (Inflammation)	N/A	< 0.5 mg/L
Fasting Insulin	N/A	< 6 mIU/L
Vitamin D	N/A	55–65 ng/mL

Section V — Gut Health & Digestion

Your gut is the command center for your immunity and mood. Your genetic data reveals a specific vulnerability to dairy and a heightened need for detoxifying nutrients to maintain balance in your stomach lining.

Lactose Intolerance Marker

Status: Likely Intolerant

Your body struggles to break down dairy, causing silent inflammation. To fix: Eliminate standard dairy and switch to almond or oat milk alternatives.

Cruciferous Detox Need

Status: Increased Need

Your gut requires extra help flushing out toxins. To fix: Increase intake of broccoli, cauliflower, and Brussels sprouts weekly.

Fungal Overgrowth Risk

Status: Great

You have very little risk of this as long as you keep avoiding sugary junk food.

Toxin Leak Risk

Status: Moderate Warning

There is a risk of bad particles escaping your stomach. To fix: Support your gut wall by strictly avoiding cheap, processed seed oils.

Section VI — How Your Brain Handles Stress

WHAT HAPPENS

Your genetics show a "Neutralist" stress tolerance. You handle day-to-day anxiety well and possess a balanced ability to clear out stress hormones without easily slipping into a state of panic or chronic burnout.

THE SOLUTION

Leverage this resilience. You can safely tackle high-stress cognitive tasks during your peak hours without fear of a heavy cortisol crash, provided you maintain your sleep protocol.

WHAT HAPPENS

Despite handling stress well, your brain struggles to transition into deep sleep. Your "Insomniac" trait frequently restricts you to under 7 hours of rest, severely limiting your body's nightly repair window.

THE SOLUTION

You must aggressively protect your evening routine. Implement a strict digital sunset, avoid late heavy meals, and utilize highly bioavailable Magnesium to manually force your nervous system to power down.