FitGene

Evaluation of genetic markers associated with body composition and physical activity

FitGene™ is a cutting-edge nutrigenetic service based on scientifically validated genetic markers related to physical performance, weight management, body composition, exercise response, and predisposition to injuries or metabolic disorders.

FitGene™ combines genetic data with evidence-based recommendations to deliver a personalized approach that can be used by:

  • Dietitians and nutritionists for developing targeted nutrition plans
  • Coaches, personal trainers, and physiotherapists seeking to provide personalized, science-backed guidance
  • Individuals involved in amateur or professional sports who want to tailor their training and nutrition to their unique genetic profile
  • Anyone interested in a healthy, active lifestyle who wants to understand how their DNA influences fitness, metabolism, and exercise response

The goal of FitGene™

  • To reveal how your genetic profile influences your response to diet and exercise
  • To offer targeted recommendations for optimizing physical and metabolic performance
  • To help prevent injuries and metabolic imbalances
  • To support the long-term maintenance of a healthy weight and good physical fitness

FitGene™ Genetic Markers

FitGene includes an analysis of genetic variations related to body composition and physical activity, providing scientifically validated insights into:

  • Body Composition
  • Metabolism & Weight Regulation
  • Physical Fitness & Exercise
  • Musculoskeletal Health & Injuries
  • Health Behaviors & Addiction

FitGene includes an analysis of genetic variations related to body composition and physical activity, providing scientifically validated insights into:

Body Composition

  • MC4R – Visceral Fat
  • FTO – Subcutaneous Fat
  • TCF7L2 – Waist Circumference
  • PPARG – Appendicular Lean Mass

Metabolism – Weight Regulation

  • UCP1 – Resting Metabolic Rate
  • FTO – Circulating Leptin Levels
  • FTO – Body Mass Index (BMI) & Obesity
  • APOA2 – Saturated Fat Intake & Obesity
  • FTO – Protein Intake & Weight Loss
  • TCF7L2 – Total Fat Intake & Weight Loss
  • FTO – Saturated and Unsaturated Fat Intake & Weight Loss
  • PPARγ2 – Monounsaturated Fat Intake & Weight Loss
  • ADIPOQ – Weight Regain

Physical Fitness & Exercise

  • BDNF – Exercise Motivation
  • ACTN3 – Strength & Endurance
  • COMT – Pain Tolerance
  • PPARD – HDL Cholesterol & Exercise

Musculoskeletal Health & Injuries

  • ACTN3 – Muscle Damage & Exercise
  • COL5A1 – Achilles Tendon Injury
  • WNT16 – Bone Density & Fractures

Health Behaviors & Addiction

  • BDNF – Smoking & Nicotine Dependence
  • Purchase and Delivery of the DNA Kit
    Complete your order for the FitGene™ service through our website or via an authorized partner.
  • Sample collection
    Collect cells from the inside of your cheek (buccal swab) using the two sterile swabs provided in the kit.
  • Package activation
    To activate your kit, visit the website myfoodoxys.com and enter the unique sample code included in your kit.
  • Shipping the sample to FoodOxys
    To send your buccal swab sample to FoodOxys free of charge, contact our partnered courier service. Find the courier service point that serves your area here and schedule a pickup. Place both swabs in the protective pouch and then into the prepaid return envelope included in the kit.

    Shipping Address:
    FoodOxys x University of Thessaly
    Lab of Animal Physiology, Biopolis, ZIP 41500, Larissa, Greece
    Tel. +30 2410 612769

  • Results
    Your laboratory report will be available on myfoodoxys.com within 30 days of receiving your sample. You will receive email updates on the progress of your results.

Nutrigenomics is a scientific field that seeks to understand how each individual metabolizes and processes various nutrients based on their unique genetic makeup. It explores the relationship between specific genetic variations and how they affect processes such as nutrient absorption, metabolism, and overall health.

By understanding your genetic profile, nutrigenetics enables personalized dietary recommendations aimed at optimizing health and preventing diseases such as obesity, diabetes, and cardiovascular conditions. For example, certain genetic variants may influence how your body processes fats, sugars, or vitamins. Integrating nutrigenomic insights can lead to more effective, individualized nutrition strategies that promote long-term well-being.

Through your analysis, you will:

  • Discover your genetic blueprint for key cardiometabolic risk factors, such
    as hypertension, diabetes, and dyslipidemia
  • Receive personalized dietary recommendations and lifestyle modifications based on your genetic profile
  • Be supported in lifelong disease prevention through informed nutritional
    and behavioral choices
  • Gain a deeper understanding of your cardiovascular function and
    promote targeted heart care
  1. In-person payment at our physical location
  2. Credit / Debit Card (Visa, MasterCard)
  3. Bank transfer
  4. Online payment via our e-shop

The Customer has the right to cancel the order or withdraw from the purchase transaction prior to receiving the purchased product(s). In such a case, the Customer must send a cancellation request to info@foodoxys.gr or contact us by phone at +30 2410 612769. The cancellation will be accepted, and the full amount paid will be refunded to the Customer’s card or bank account used for the original transaction, provided that the product(s) have not yet been handed over to the courier for delivery. If the product(s) have already been dispatched, the process will be treated as a return and the following conditions apply. Returns can be made within 14 calendar days of delivery, as long as the product has not been used, is returned in its original packaging, and in excellent condition. Return shipping costs are the responsibility of the Customer and must be sent to the FoodOxys address. Once the product is received and its condition verified, a full refund of the amount paid will be issued.

Related examinations

Did you know that 80% of the population is genetically predisposed to reduced bone density and an increased risk of fractures?
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