Performance Diagnostics

Understand What's Actually Happening Inside Your Body

Most professionals are told everything looks "normal".
But standard advice rarely examines the physiological factors that drive energy, recovery, and performance.

Legal Edge uses deeper diagnostics to remove guesswork and build a system around real biological data.

Why Most Programs Fall Short

Most Programs Guess.
Legal Edge Measures.

Generic coaching adjusts training and nutrition based on surface-level feedback — how you feel, how you look, whether you're tired.

But performance is driven by physiology. Hormones, inflammation, sleep regulation, metabolic markers and stress hormones all play a role — and most of them are invisible without testing.

Hormonal imbalances suppress energy and motivation long before a GP notices anything unusual
Micronutrient deficiencies — particularly iron, ferritin, B12 and Vitamin D — directly impair cognitive performance and physical recovery
Inflammation markers indicate how well your body is recovering from stress, training and professional demands
Genetic data removes trial and error — showing how your body responds to training, nutrition and stress before you waste months testing approaches that won't work for your biology

Without Diagnostics Guesswork Adjustments based on surface-level feedback with no objective baseline

With Legal Edge Diagnostics Precision Every training, nutrition, and recovery decision informed by real physiological data

Result Clarity No wasted months. No unnecessary trial and error. A system built around your biology from day one.

Section 01

Bloodwork Analysis

A comprehensive blood panel reveals the markers that directly influence your energy, performance, recovery and cognitive capacity. Not to overwhelm with medical detail — but to ensure every decision is informed by real data.

Inflammation

C-Reactive Protein (CRP) and other inflammatory markers. Chronic low-grade inflammation suppresses energy, impairs recovery, and increases injury risk.

Iron, Ferritin & B12

Critical for oxygen transport, red blood cell production, and neurological function. Low ferritin is one of the most common hidden causes of fatigue in high-performers.

Vitamin D

Directly impacts immune function, mood, bone density, and hormonal balance. Deficiency is extremely prevalent in professionals working long indoor hours.

Glucose & Insulin

Fasting glucose, HbA1c and insulin sensitivity markers. Blood sugar regulation has a direct impact on cognitive performance, energy stability and body composition.

Lipid Panel

Total cholesterol, HDL, LDL and triglycerides assessed for long-term cardiovascular health alongside performance implications. Important context for nutrition strategy.

Hormonal Markers

Testosterone, oestrogen, cortisol, DHEA and SHBG. Hormonal balance is fundamental to energy, drive, body composition, recovery and stress resilience.

Thyroid Function

TSH, T3 and T4 measured in full. Thyroid dysfunction is frequently missed in standard GP panels and is a common driver of fatigue, weight changes and low mood.

Full Blood Count

Red and white blood cell counts, haemoglobin, haematocrit and platelet count. A comprehensive baseline revealing how efficiently the body is functioning at a cellular level.

Section 02

Genetic Testing

DNA analysis removes the trial and error that slows most programs down. Rather than testing approaches that may not work for your biology, genetic insights allow decisions to be made with precision from the outset.

Training Response Genetics How your body adapts to different training stimuli — strength versus endurance, volume, and intensity thresholds. Informs the most efficient training structure for your genotype.

Recovery Genetics Your genetic recovery rate, injury risk markers, and inflammation response. Determines training frequency, rest periods, and recovery protocols.

Sleep Patterns Chronotype genetics — whether you're biologically predisposed to early rising or later hours. Informs sleep scheduling and recovery window optimisation.

Stress Response Genetic sensitivity to stress hormones and cortisol regulation. Shapes the stress management and recovery strategy built into your programme.

Nutrient Metabolism How efficiently your body processes key vitamins, macronutrients and dietary fats. Removes guesswork from nutrition strategy entirely.

Sample Genetic Profile

Endurance Adaptation

Power & Strength Response

Recovery Rate

Stress Resilience

Vitamin D Metabolism

Omega-3 Utilisation

Caffeine Metabolism

"Low Vitamin D metabolism combined with high endurance adaptation changed the entire nutrition and supplementation approach — immediately."

Section 03

Gut Health Testing

Where relevant, gut health testing provides a deeper layer of insight. The gut influences energy levels, immune function, inflammation, and even cognitive performance — and is rarely examined in standard health checks.

Microbiome Diversity

The composition and diversity of gut bacteria directly influences immune function, inflammation, mood regulation and energy metabolism. A diverse microbiome is associated with better health outcomes and performance markers.

Inflammation Markers

Gut-specific inflammatory markers including faecal calprotectin and intestinal permeability indicators. Chronic gut inflammation contributes to systemic fatigue, brain fog and impaired nutrient absorption.

Nutrient Absorption

Even with an optimal diet, poor gut health can impair absorption of critical nutrients including iron, B vitamins and Vitamin D. This directly impacts energy, cognitive function and training adaptation.

Pathogen Screening

Screening for parasites, bacterial overgrowth (SIBO), and opportunistic pathogens that can cause chronic fatigue, digestive issues and persistent performance decline — often undetected in standard medical testing.

The Application

How This Data Informs Your Programme

Diagnostics are only valuable when they directly influence strategy. Every marker, insight and result is used to make concrete decisions — not filed away in a report.

Training Load

Inflammatory markers, hormonal data and genetic recovery profile inform session volume, intensity and frequency. Prevents overtraining while ensuring progressive adaptation.

Nutrition Strategy

Metabolic markers, insulin sensitivity and genetic nutrient metabolism data shape macronutrient targets, meal timing, and dietary approach — specific to your biology rather than generic guidelines.

Recovery Protocols

Recovery genetics, sleep patterns and inflammation levels determine recovery strategies, rest day structure, and nervous system regulation techniques.

Stress Management

Cortisol patterns, hormonal balance and genetic stress response inform the specific stress regulation strategies implemented — matched to how your physiology actually responds to pressure.

Supplementation

Specific deficiencies identified through bloodwork guide targeted supplementation — not generic recommendations. Every supplement has a clear rationale from the data.

Ongoing Review

Retesting at agreed intervals tracks progress objectively. Decisions are adjusted based on how your markers change — not on how you feel on a given day.

The Data

What The Results Look Like

Clean, structured reporting. Not overwhelming medical documents — clear data with direct actionable insight for each marker.

Sample Bloodwork Overview

Key Marker Summary

Ferritin 18 µg/L — Low

Vitamin D 31 nmol/L — Low

CRP (Inflammation) 3.2 mg/L — Monitor

Testosterone (Total) 14.8 nmol/L — Good

B12 412 pmol/L — Optimal

Fasting Glucose 4.9 mmol/L — Optimal

TSH (Thyroid) 2.1 mIU/L — Optimal

Priority Actions

Markers Requiring Intervention

Ferritin	Flag
Vitamin D	Flag
CRP	Monitor
Free T3	Monitor
B12	Optimal
Glucose	Optimal
TSH	Optimal
Testosterone	Good