FUNCTIONAL TESTING

Collecting a sample of cells from your mouth cheeks for DNA extraction and analysis is a quick process, taking only a minute. Simply swab the inside of your cheek, place the swab in the provided test tube with the stabilising capsule, complete and sign the consent form, then package everything in the provided return packaging. Notably, this test can be done at any time of the day. You just need to avoid eating and drinking for at least one hour before testing. The DNA test remains unaffected by factors like illness, medications, nutritional supplements, or any other environmental factors.

Upon ordering your test, you will receive a kit at your home, and your results will be accessible during your consultation. If the test is promptly conducted upon receipt of the kit, the entire process is expected to take 6 to 8 weeks from the time of order to the scheduled consultation. However, the timeline is contingent on the timely arrival of the DNA sample at the laboratory; any delays in submission may extend the duration, potentially resulting in a postponement of your consultation. Hence, due to some variables, you will be contacted to schedule your consultation.

This report will analyse specific genes and their variations (SNP’s), which encompasses 15 different facets of life. These aspects include response to gluten, lactose, caffeine and microbiome diversity. The report also highlights any genetic variation (SNP’s) around vitamin needs and how they are converted, absorbed, utilized by your body. In addition, it will explore SNP’s around metabolism (sugar and fat, appetite, inflammation, blood pressure and circadian rhythm).

This report is a comprehensive analyse around specific genes and their variations (SNP’s) covering all sex steroid hormones such as cholesterol, progesterone, testosterone and DHEA. including oestrogen, adrenalin, insulin and melatonin. Any hormonal dysfunction may impact fertility, pre-menopause and menopause, and may be involved in PCOS, PMS, mood swings, depression, weight gain and hair loss, to name a few.

This report will analyse specific genes and their variations (SNP’s) involved in the nervous system. It will highlight specific genes involved in the functioning of different neurotransmitters. For example, serotonin which associated with satisfaction and happiness, melatonin which supports healthy sleep and dopamine which is involved in motivation or GABA, crucial for fostering calmness and relaxation. The aim is to aid in optimizing your nervous system’s well-being.

Each day, the human body encounters a myriad of toxins that necessitate detoxification. These include environmental pollutants, food additives, pesticides, medications, alcohol, caffeine and hormones. The process involves converting these substances from fat-soluble to water-soluble forms, enabling easier elimination through urine and bile.

The liver primarily facilitates detoxification through different phases (phase I, phase II, phase III) This report will analyse specific genes and their variations (SNP’s) involved in those detoxification phases that collectively aid in the transformation and removal of toxins from the body.

This analysis delves into the genes with significant impact on human metabolism, influencing energy regulation, longevity, health span and chronic disease. It encompasses over 40 genes and 50 SNPs across six pathways: appetite regulation, nutrient sensing & longevity, sugar and fat metabolism, cholesterol and bile, and mitochondria and inflammation. This analysis can be particularly beneficial for:

Metabolics report will help understanding gene function and any gene variation (SNP’s) impact for:

• Understanding and addressing issues related to appetite regulation such as emotional eating, snacking, overeating, or incorrect timing of meals.
• Determining suitability for weight loss or maintenance diets like ketogenic (high fat) or paleo diets.
• Balancing blood sugar levels, alleviating symptoms like dizziness or irritability due to hunger.
• Enhancing digestive health by focusing on bile production and detoxification.
• Supporting cardiovascular health by considering cholesterol, fats (triglycerides), and inflammation.
• Sustaining consistent energy levels by supporting the mitochondria, the cellular powerhouses.
• Enhancing longevity and overall ‘health span’ through optimized genetic insights.

Maintaining a balanced body and brain biochemistry is reliant on the critical process of methylation. However, common genetic variants (SNPs) can influence methylation, potentially heightening susceptibility to systemic imbalances and chronic health conditions. These may include cardiovascular disease, sub-fertility, mood swings, depression, dementia, fatigue, autoimmune disease, allergies, and premature aging.

Histamine intolerance manifests as a toxic response in the body, arising from an imbalance between accumulated histamine and the capacity to metabolize it. Symptoms of histamine toxicity can mimic allergic reactions, encompassing skin irritation, gastrointestinal upset, respiratory distress, headaches, insomnia, and anxiety.