Why Genomic Testing?
Our DNA holds valuable insights into how our bodies function and respond to various health influences. By analysing specific genetic variations, known as “SNPs” (Single Nucleotide Polymorphisms), genomic testing can reveal how your body metabolises nutrients, detoxifies, and regulates hormones. Lifecode GX’s panels provide actionable insights that help you optimise your health and well-being based on your unique genetic makeup.
Difference Between Genomic and Genetic Testing
- Genetic Testing: Typically examines specific genes or mutations to identify hereditary conditions or diagnose genetic disorders. It provides targeted information about known genetic issues.
- Genomic Testing: Takes a broader approach by analysing multiple genes or the entire genome. It provides a comprehensive view of health-related factors that may not be directly linked to a specific disease.
How SNPs Affect You
Each SNP reveals aspects of your body’s natural tendencies. Some SNPs may impact your nutrient absorption or your response to stress and inflammation. Understanding your genetic profile enables us to offer personalised lifestyle and treatment recommendations to better support your health.
What Can You Learn?
Genomic testing can identify:
- How efficiently your body processes different nutrients
- Natural detoxification strengths and weaknesses
- Potential sensitivities to foods or environmental factors
- Risk factors for certain health challenges, although these are tendencies and not certainties
Why Genomic Testing Matters
Genomic testing helps us create a customised health plan tailored to you. This approach can:
- Optimise your nutrition, ensuring your body receives essential nutrients
- Guide supplement and treatment recommendations specific to your genetic profile
- Offer preventive insights to support your long-term health
Panels We Offer
We offer a range of genomic testing panels through Lifecode GX to support various health goals. Some of our core offerings include:
- Hormone Panel
- Purpose: Provides insights into genetic factors influencing hormone regulation and metabolism, beneficial for conditions like menopause, PCOS, and hormone-sensitive conditions.
- What It Measures: Genetic variations in estrogen, progesterone, testosterone, and cortisol pathways.
- Benefits: Identifies potential hormone imbalances, guiding personalised approaches to hormone support, including lifestyle changes and supplementation.
- Methylation Panel
- Purpose: Assesses genetic variations impacting methylation, essential for DNA repair, detoxification, and neurotransmitter production.
- What It Measures: SNPs related to folate and B-vitamin metabolism, including MTHFR, COMT, and MTRR genes.
- Benefits: Supports tailored interventions for energy, mood, and detoxification concerns, developing a comprehensive methylation support plan.
- Nutrition Panel
- Purpose: Provides insights into how your genetics affect nutrient absorption and utilisation.
- What It Measures: SNPs related to vitamins A, D, C, E, B-vitamins, and minerals like sinc and magnesium.
- Benefits: Personalised guidance to optimise nutrient intake, supporting immunity, bone health, and overall vitality.
Consent and Privacy
Before proceeding with genomic testing, it’s essential to understand that this test examines specific genetic markers related to various health processes. While the information can provide valuable insights, it does not diagnose conditions or predict diseases with certainty. We encourage open discussion about your reasons for testing, potential outcomes, and any questions you may have.
Informed Consent Includes Understanding:
- What will be tested and why
- How results may influence your health plan
- Limitations or uncertainties in interpreting the results
Evidence and Further Reading
Below are recent studies supporting the benefits of genomic testing in key areas:
- Hormone Health: Genetic polymorphisms in estrogen metabolism and breast cancer risk (Shao et al., 2021) explores how variations in hormone metabolism genes affect hormone-related health risks.
- Methylation and Detoxification: Influence of MTHFR and other methylation genes on cardiovascular health (Smith et al., 2020) discusses the role of methylation genetics in managing heart disease risk.
- Nutrition and Metabolism: Impact of genetic variations on nutrient absorption and chronic disease risk (Jones et al., 2022) highlights how nutrient-related genes can guide diet-based interventions.
For more information or to discuss any questions about genomic testing, please feel free to reach out to us. We’re here to guide you every step of the way.