
ADVANCED GENETIC TESTING.
cultivating wellness through the lens of your unique genetics.
6
WEEKS
TO
A
NEW
YOU

At GeneGPS, we believe that knowledge is power. That's why we partner with top genetic testing labs within the EU to provide you with personalised insights into your health. Within 6 weeks*, you should receive our easy-to-understand reports that offer practical advice on how to achieve optimal wellness.
Want to take charge of your health? Start with GeneGPS.
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Our labs try to process the samples and generate a report within 6 weeks; however, at times of high demand, it can stretch to 9 weeks. Our team will keep you informed throughout the processing stages.
SIMPLE STEPS TO A
HAPPIER
&
HEALTHIER
YOU
3
Our advanced research algorithms analyse 700,000 data points to provide you with in-depth insights into your health, fitness and nutrition.
We are one of the only companies in the UK to perform this examination of your ancestry before applying our advanced algorithm.
Discover personalised nutritional insights tailored to your unique genetic makeup. We identify genetic variants that may impact your ability to metabolise specific nutrients effectively, guiding you towards a diet optimised for your genetic profile.
Understanding how genetics influences your athletic abilities is crucial for training intelligently. Our test also provides key insights to tailor your training regimen effectively, maximising your potential and reducing the risk of injuries.
What does lgenx360 include?
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Athletic DNA Analysis:
Unlock your genetic potential with our athlete-specific DNA testing, tailored to optimise your performance in both endurance and explosive sports. Delve into your genetic predispositions for factors like aerobic capacity (VO2max) and other sport-related abilities.
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Muscle Composition Profiling:
Discover your genetic blueprint for excelling in endurance or explosive sports. Explore insights into your aerobic capacity (VO2max) and other crucial athletic attributes encoded within your genes.
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Metabolic Profiling:
Uncover how your genetic makeup influences your response to exercise, weight management, insulin sensitivity, and cholesterol regulation. Gain personalised insights into optimising your fitness journey based on your unique genetic profile.
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Injury Risk Assessment:
Identify potential predispositions to injury, such as ligament fragility and Achilles tendon problems, revealed by specific genotypes associated with certain types of injuries.
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Cardiovascular Health Analysis:
Gain valuable insights into how your genes may impact your blood pressure response to exercise, HDL cholesterol levels, and heart rate modulation. Understand the genetic factors influencing your cardiovascular fitness.
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Nutritional Guidance:
Tailor your diet based on your genetic predispositions to certain foods and dietary needs, optimising your health and performance.​
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Metabolic Health Insights:
Understand your genetic predispositions to cholesterol and triglyceride levels, shedding light on how your body responds to key metabolic triggers.
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Weight Management Solutions:
Unlock genetic insights into weight control, satiety, and eating behaviours, guiding you towards the most effective dietary strategies tailored to your genetic profile.
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Complex Diseases and cancer risks:
GWAS In this part of our report, we leverage GWAS publications, a research method comparing DNA markers in individuals with and without certain diseases. While not diagnostic, these studies offer valuable insights for early detection and prevention, highlighting potential genetic factors to monitor. It's important to recognise that complex diseases are influenced by multiple factors beyond genetics, including lifestyle and diet, which often have significant impacts.
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Biomarkers, Biometrics, and Traits:
This section employs GWAS statistical analyses to assess your genetic predisposition to specific metabolic parameter abnormalities. By examining biomarkers and biometrics, we provide insights into potential health risks and personalised intervention opportunities.
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Hereditary Diseases:
We explore genetic mutations associated with hereditary conditions that can be passed down to future generations. Even if carriers remain symptom-free, there's a risk of transmitting these conditions to offspring. Genetic testing for both prospective parents before conception is essential to mitigate these risks.