UK-Based · EU Regulatory Compliant

Epigenetic testing and nutrition for elite performance and recovery

Proprietary epigenetic intelligence for professional football organisations. From player analytics to player development. Every insight delivered through a private, club-dedicated channel.

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Data = Difference
Data = Triumph
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01 · The science

What epigenetics reveals that genetics cannot

Genetics is your hardware. Epigenetics is the software: the live cellular programming that responds to training load, nutrition, sleep, and stress. We measure DNA methylation and miRNA expression to build a biological profile no fitness tracker can replicate.

Human cell: the level at which epigenetic diagnostics read the athlete

DNA methylation

The primary epigenetic mark. CpG-site methylation across panels validated in athletic cohorts reveals biological age, cellular stress load, and tissue-specific adaptation.

Biological age tracking

Chronological age is fixed. Biological age is fluid. Longitudinal monitoring detects accelerated epigenetic aging before it shows up as performance decline or injury.

miRNA expression

MicroRNAs regulate muscle regeneration, inflammation, and metabolic adaptation, reacting within days to load, sleep, nutrition, and stress. Our panels read these circulating signatures to flag overreaching, underrecovery, and soft-tissue risk.

Engine, fuel and tyres

What performance diagnostics really makes visible

GPS vests, heart rate, and lactate tell you what happened on the pitch. Epigenetic and miRNA diagnostics open the bonnet, showing the engine, the fuel, and the tyres of each athlete at cell level, before the lap time drops or the hamstring goes.

Engine, fuel and tyres: what performance diagnostics really makes visible
02 · The panel

What the panel analyses

Two layers no wearable can deliver: what is fixed in a player forever, and what is changing in them this week.

microRNA: the live feed

MicroRNAs are small regulatory molecules that switch genes on and off. They react within days to training load, sleep, nutrition and stress. Measured repeatedly, they show the current cellular state of the athlete.

Genetics: the chassis

ACE, ACTN3, FTO and BDNF are measured once and never change. They define sport type, muscle architecture, injury susceptibility, and how strongly a player responds to training at all.

Lifestyle: the pit crew

A structured baseline of nutrition and lifestyle factors, scored against scientific reference values and reported as a diet score and a lifestyle score.

Seven evaluations, one score

The Fitness & Health Score

Every evaluation is an algorithm built from several microRNAs, reported on a 1–9 scale: 7–9 optimal, 4–6 average, 1–3 outside the optimal range. Together they form the Fitness & Health Score: one headline number per player, per measurement.

See a real sample report

Nutritional Balance

3 microRNAs

Vitamin and micronutrient demand (B vitamins, iron, magnesium, zinc). The right fuel improves output and supports recovery.

miR-IMR1miR-IMR2miR-N

Hydration Balance

2 microRNAs

Fluid is lost through sweat and respiration. Even mild dehydration degrades physiological function and sprint performance.

miR-NCMRmiR-HNMR

Regeneration Capacity

5 microRNAs

Recovery is the single best injury prevention there is. This score shows how much load a player can absorb before risk rises.

miR-IMR1miR-IMR2miR-SRCImiR-CImiR-I

Stress Resilience

2 microRNAs

Distinguishes healthy challenge from chronic overload: the imbalance behind fatigue and dropping performance.

miR-SRCImiR-CI

Cardiovascular Fitness

3 microRNAs

How efficiently heart and circulation deliver oxygen. Correlates with VO₂max and endurance predisposition.

miR-CImiR-SRCImiR-I

Inflammatory Balance

5 microRNAs

Training lowers inflammation; overtraining raises it. Silent inflammatory load is the early warning before breakdown.

miR-ImiR-IMR1miR-IMR2miR-CImiR-SRCI

Muscle Status

4 microRNAs

Quality of skeletal muscle tissue: vitality, build-up capacity and current muscular condition.

miR-NCMRmiR-HNMRmiR-NmiR-IMR1
The markers

Each marker is a warning light on the dashboard

Read alone it is a signal; read in combination it becomes a decision.

Marker
Name
What it tells you
miR-IMR1
Fitness miRNA
Overall training and metabolic condition
miR-IMR2
Fat-burning miRNA
Fat metabolism and energy substrate use
miR-N
Mind miRNA
Neuronal balance, focus and mental load
miR-NCMR
Muscle vitality miRNA
Condition and vitality of muscle tissue
miR-HNMR
Muscle gain miRNA
Capacity to build and repair muscle
miR-SRCI
Overload miRNA
Mechanical and systemic overload signal
miR-CI
Cell renewal miRNA
Cellular repair and regeneration turnover
miR-I
Sport & lifestyle miRNA
Inflammatory response to load and lifestyle
The chassis · sport-type genetics

Measured once. Carried forward in every report.

Genotypes place a player on the scale from pure endurance type to pure power type, and explain why two players on the same programme respond completely differently.

ACE

Endurance vs. power

Influences the bradykinin-aldosterone system. Variants are associated with explosive strength or with endurance capacity.

ACTN3

Muscle fibre type

The 'speed gene'. Determines the balance of fast- and slow-twitch fibres, and the risk of muscle damage under sprint load.

FTO

Response to training

How strongly body composition responds to physical activity: how much leverage training has on this player's metabolism.

BDNF

Motivation to train

The neurochemical reward after exercise. Low responders need structure, routine and partners rather than more talk.

One small blood prick per player, taken at the club: no training time lost, no lab visit. WADA-compliant and repeatable across a season: measure, intervene, measure again, with re-testing every 8–12 weeks tracking each player's trend against their target scenario.

03 · Lab & clinic

An integrated epigenetics company with private research capability and clinical practice

Most competitors are lab-only or clinic-only. Goal Health owns both ends of the value chain: proprietary biomarker discovery on one side, applied performance medicine on the other.

Pillar one
ISO 17025 · GLP Certified

Private research capability

Bespoke epigenetic panels developed and validated exclusively for professional football organisations, under strict NDA, with full client data sovereignty. No shared databases. No pooled reporting.

  • Bespoke panel development for squad-specific hypotheses
  • White-label research partnerships with club medical departments
  • Methylation array and bisulphite sequencing capability
  • Full GDPR compliance and player data ownership
Pillar two
GMC Registered · Sports Medicine

Integrated sports clinic

Our clinical team translates epigenetic data into actionable protocols: nutrition, load management, recovery, and supplementation, all tailored to each player and the club's competitive calendar.

  • Biological age monitoring and longitudinal tracking
  • Epigenetic-informed nutrition and supplementation protocols
  • Pre-signing screening and injury-risk stratification
  • Direct integration with club performance and medical staff
"The gap between what elite clubs believe about genetics and what they actually implement is the single largest untapped advantage in professional football."
Goal Health Ltd, research thesis
Why epigenetics, not genetics

Your DNA sequence does not change. Its expression does.

Genetic testing reads your fixed DNA sequence: what you were born with. Epigenetic testing reads the chemical marks on top of it: how your body is responding to training, nutrition, and stress right now. Genetics is about potential; epigenetics is about condition. This is not gene doping or modification; it is reading the biological signals your body already produces after every match, every training block, every recovery session.

The stigma around "genetic testing" in sport has held back a technology that can prevent injuries and extend careers. Our mission is to change that, one club at a time.

This section is available as a private briefing for club medical departments and performance directors upon request.

Watch the private briefing
Epigenetics vs genetics in elite sport
Professional footballer striking the ball under floodlights
04 · Football applications

Four domains where epigenetic intelligence changes outcomes

Measurable player analytics and development outcomes, not wellness trends. The same data that protects the first team informs the academy pathway.

01

Injury risk stratification

Epigenetic load signatures precede musculoskeletal failure by weeks, flagging elevated cellular stress before GPS or force-plate data shows decline, so load is adjusted proactively.

02

Biological age & career longevity

A 22-year-old may be 26 biologically, or 20. Longitudinal tracking informs contract decisions, periodisation, and career-extension protocols.

03

Recovery optimisation

Sleep, nutrition, and travel shift methylation status measurably. Protocols are built on each player's epigenetic recovery phenotype, not generic best practice.

04

Load response individualisation

Identical sessions produce different cellular stress responses. Epigenetic monitoring reveals who adapts and who accumulates damage.

05 · Evidence

Peer-reviewed science, applied with discretion

Grounded in published research and validated through controlled studies with professional athletic cohorts. No hype.

Published research

DNA methylation patterns differentiate injury-prone from resilient elite footballers

A landmark study from the Barça Innovation Hub and IDIBAPS identified over 1,000 differentially methylated regions associated with injury risk in professional players. Our laboratory extends this work through proprietary panels developed with UK-based cohorts.

Pérez et al., Scientific Reports (Barça Innovation Hub / IDIBAPS), 2025
Read the study →

Clinical validation

Biological age fluctuation correlates with training load and fixture congestion

Longitudinal monitoring shows players' biological age drops post-match during active recovery, but accelerates under chronic congested fixture schedules. This provides an objective biomarker for load management decisions.

Goal Health Ltd internal validation, 2025–2026 · supporting evidence: Poganik et al., Cell Metabolism, 2023
Read the supporting research →

Industry context

97% of elite support staff believe genetics influences performance; fewer than 10% of UK clubs have implemented testing

The gap between belief and implementation represents the single largest opportunity in sports performance medicine. Early adopters gain measurable competitive advantage in injury prevention and player retention.

Varley et al., UK elite athletes & support staff genetic testing survey
Read the study →

Ethical framework

WADA-compliant, comprehensive data protection, player-owned data

All testing is conducted within WADA guidelines. Player data remains the property of the player, not the club. We provide the analytical framework; clubs and players make the decisions. No selection discrimination. No genetic determinism.

Goal Health Ltd ethical charter
Read our ethical charter →
06 · Partnership models

Three engagement levels. One standard of discretion.

Every partnership is bespoke, delivered through a private club-dedicated channel. No shared dashboards. No templated reports.

Tier one

Scout

Pre-signing epigenetic screening for incoming transfers. One-time biological age assessment and injury-risk stratification delivered through your private client channel.

  • Biological age assessment
  • Injury-risk methylation panel
  • Private client data channel
  • Club doctor briefing call
Most selected

Tier two

Squad

Seasonal monitoring for the first team, youth squads, and academy. Biological age tracking, load-response profiling, and quarterly clinical reviews, all through your dedicated, encrypted portal.

  • Everything in Scout
  • Quarterly biological age monitoring
  • Load-response epigenetic profiling
  • Nutrition & recovery protocols
  • Dedicated clinical liaison

Tier three

Bespoke

Proprietary research partnership. For clubs seeking to develop exclusive biomarker panels and publish original research, with full control over data and intellectual property.

  • Everything in Squad
  • Custom panel development
  • White-label research capability
  • Co-authored publication rights
07 · Leadership

The people behind the science

We speak the language of both the laboratory and the dressing room.

TB

Tanya Bakhshandeh

Director

Oversees the translation of molecular data into the nutrition, load and recovery protocols players actually follow, and the club strategy that delivers them.

AD

Adejare Doherty

Sporting Director

Carries the weight of player development: pathways, progression and the standards that turn potential into careers, across every level of the game.

BH

Dr. Berit Hippe

Chief Scientist

Owns the science end to end: panel design, validation, and research standards. PhD in molecular epigenetics, with published work on DNA methylation in elite athletes.

AK

Amir Khan

Clinical Lead

Deep expertise in healthcare management, working exactly where laboratory science meets clinical application.

FO

Feryal Ouanes

Regenerative Wellness Lead

Integrates regenerative wellness expertise with elite performance practice: recovery, longevity and player wellbeing built into every programme.

08 · Contact

Talk to us. In confidence.

We work with a limited number of elite football organisations each season. All enquiries are handled personally and confidentially.

info@goalhealth.co.uk
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