The Methylation Report: A Must-Have for Optimal Health
Why Choose the Methylation Report?
The Methylation Report is an essential tool for optimising your body’s foundational processes. Methylation occurs billions of times every second, influencing nearly every metabolic function. Imbalances can increase the risk of chronic health conditions, making this report a must-have for anyone seeking to improve long-term health and well-being.
Who Should Get This Test Done?
- Individuals with a family history of chronic conditions like heart disease, autoimmune disorders, or cancer.
- Those experiencing symptoms such as chronic fatigue, mood imbalances, or chemical sensitivities.
- People seeking to enhance fertility, immunity, or overall metabolic efficiency.
- Anyone exposed to potential inhibitors like heavy metals, moulds, or environmental toxins.
For Which Symptoms?
- Chronic fatigue or low energy
- Food and chemical sensitivities
- Mood disorders (anxiety, depression, or other psychiatric issues)
- Infertility or hormonal imbalances
- Poor immune function or autoimmune conditions
Which Health Issues Can This Report Help Prevent?
- Cardiovascular and circulatory problems
- Immune and autoimmune disorders
- Neurological and psychiatric conditions
- Premature ageing and related conditions
- Cancer and other methylation-related chronic diseases
What the Methylation Report Analyses
The Methylation Report examines genes involved in five critical sub-cycles:
- Folate Cycle: Involves processing B9 (folate) for DNA repair and synthesis.
- Methionine Cycle: Affects energy production and detoxification.
- Neurotransmitter Cycle: Influences mood, mental health, and cognitive function.
- Trans-Sulphuration Cycle: Supports detoxification and antioxidant production.
- Urea Cycle: Manages nitrogen waste for cellular health.
This test identifies genetic susceptibilities related to processing cofactors (e.g., B6, B9, B12, zinc, magnesium) and inhibitors (e.g., chemicals, moulds, drugs, heavy metals). Personalised guidance helps to address inefficiencies, ensuring optimal methylation and overall metabolic function.