What's included in the Comprehensive DNA (Methylation) test? The test examines 92 genes and 113 genetic variations (SNPs), with clear summaries showing genetic strengths, potential vulnerabilities, and priority areas for personalised health support. Covers: Methylation and nutrient activation (including folate and B vitamins) Energy production and cellular function Stress response and cognitive performance Hormone regulation Inflammation pathways Detoxification capacity DNA protection and repair Athletic performance and recovery Collection Method: Mouth Swab (Saliva)

This test analyses key genetic pathways that influence fertility, conception, and healthy pregnancy outcomes, with a strong focus on methylation. The test includes analysis of genes involved in: Methylation efficiency (including folate activation, B-vitamin metabolism, and homocysteine regulation) Hormone production and balance Egg and sperm quality DNA integrity and repair Detoxification pathways relevant to reproductive health Inflammation and immune balance Oxidative stress and antioxidant capacity Energy production and mitochondrial function Stress response and nervous system regulation You receive: The full laboratory DNA fertility report A BioAxis Comprehensive Fertility Report with clear interpretation Identification of genetic strengths and priority focus areas Practical, personalised guidance to support fertility, preconception, and pregnancy planning. Collection Method: Mouth Swab (Saliva)

Methylation is one of the body’s core biochemical processes — helping regulate how you convert folate (vitamin B9) into usable forms, recycle homocysteine, support detoxification pathways, and produce key neurotransmitters involved in mood, focus, and sleep. Because methylation sits upstream of so many systems, even small inefficiencies can show up as fatigue, brain fog, poor stress tolerance, inflammation, or difficulty responding to supplements. This test looks at your MTHFR gene, which can influence how efficiently your body processes folate and supports methylation. Understanding your MTHFR status can help you make more informed decisions about nutrition and supplementation (for example, folate forms and B-vitamin support), and can be especially relevant for people with a family history of cardiovascular issues, unexplained symptoms, or those planning pregnancy and wanting to optimise preconception nutrition. Collection Method: At-home cheek swab (DNA sample collected in under 2 minutes)