What Is A SNP?
A SNP (Single Nucleotide Polymorphism) is a small variation within your DNA.
Most SNPs have little impact.
Some influence how efficiently your body processes nutrients, regulates hormones, supports detoxification, responds to stress and produces energy.
Nutrigenomics studies these variations to help create more personalised health recommendations.
Could DNA Help Explain This?
You may have wondered:
Why do I feel tired despite eating well?
Why does caffeine affect me differently from others?
Why is stress harder to switch off?
Why does my child respond differently to foods?
Why do some supplements seem to work better than others?
Why do I struggle with sleep, focus or recovery?
Why does healthy ageing seem easier for some people?
Many of these differences may be influenced by small genetic variations known as SNPs.
The Foundation Of Your DNA Health Blueprint
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Your DNA May Help Explain More
Than You Think.
Two people can eat the same foods, follow the same lifestyle and take the same supplements — yet experience very different outcomes.
Research shows that small variations within our DNA can influence how our bodies respond to nutrition, lifestyle and environmental factors.
Some people may:
✓ Convert beta-carotene from foods into vitamin A less efficiently
✓ Require additional support for vitamin D pathways
✓ Metabolise caffeine significantly slower than others
✓ Respond differently to omega-3 fats
✓ Have higher requirements for folate or vitamin B12
✓ Process stress neurotransmitters differently
✓ Break down histamine less efficiently
✓ Respond differently to exercise and recovery strategies
✓ Have different nutritional needs to support healthy ageing
These differences do not determine your future.
They simply provide a deeper understanding of your biology, helping create a more personalised approach to health and wellbeing.
From Insight to Action
Your genes don't determine your future - but they can help you make better-informed decisions about it.
Some Of The Most Researched Genes We Analyse
SMALL GENETIC VARIATIONS. MEANINGFUL BIOLOGICAL INSIGHTS.
MTHFR
One of the most recognised genes in nutrigenomics, involved in folate metabolism and methylation. Variations may influence how efficiently the body activates folate and supports cellular repair, detoxification and energy production.
COMT
Often referred to as a stress-response gene, COMT influences how the body processes dopamine, adrenaline and other neurotransmitters involved in focus, motivation and resilience.
CYP1A2
Influences how quickly caffeine is metabolised. Some individuals clear caffeine rapidly, whilst others may experience stronger or longer-lasting effects from the same amount.
VDR
Involved in vitamin D signalling throughout the body. Vitamin D plays an important role in immune health, bone health and numerous cellular processes.
FADS1 & FADS2
Influence how efficiently omega-3 and omega-6 fatty acids are converted and utilised within the body.
APOE
Involved in lipid metabolism and cholesterol transport, with important implications for cardiovascular health and healthy cognitive ageing.
DAO
Plays a key role in breaking down histamine within the digestive tract and may influence sensitivity to certain foods and environmental triggers.
ACTN3
Associated with muscle function, strength and exercise response, helping explain why individuals may respond differently to different forms of physical activity.
Importantly, genes rarely operate alone. It is the interaction between multiple pathways that creates the most meaningful insights.
Could DNA Explain Some Of These Patterns?
Why caffeine keeps you awake for hours
Why vitamin D levels remain low
Why some foods seem to affect you more than others
Why stress feels harder to switch off
Why energy fluctuates throughout the day
Why sleep never feels fully restorative
Why you respond differently to supplements
Why your child reacts differently from their siblings
Many of these differences may be influenced by genetic variations known as SNPs.
Your Genes Are Not Your Destiny
Your DNA provides the blueprint.
Nutrition, lifestyle, environment, sleep, stress and daily habits all influence how that blueprint is expressed.
The goal of nutrigenomics is not to predict outcomes.
It is to help you make more informed decisions about your health.
Why Is Everyone Talking About MTHFR?
MTHFR is one of the most researched genes in nutrigenomics and plays an important role in folate metabolism and methylation.
However, MTHFR is only one piece of a much larger picture.
Healthy methylation depends on the interaction of multiple genes and pathways involved in nutrient activation, detoxification, neurotransmitter regulation and cellular repair.
That is why our approach looks beyond a single gene and examines the wider biological systems that influence how your body functions.
Because meaningful insights come from understanding the whole pathway - not just one genetic variation.
Advanced Nutrigenomic Analyses
AT A GLANCE
What you'll learn
How your body processes nutrients, responds to food, regulates energy, supports immunity and maintains everyday wellbeing.
This foundational analysis provides a broad view of the biological pathways that influence how you feel, function and thrive - helping identify where your body may need more personalised support.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
Why many clients start here
AT A GLANCE
What you'll learn
How your body may absorb, regulate and utilise essential minerals involved in energy production, immunity, cognition, bone health and cellular function.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your body activates nutrients, produces cellular energy, regulates neurotransmitters and supports detoxification, repair and healthy ageing.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your body produces, regulates and clears key hormones involved in energy, mood, sleep, metabolism, skin health and healthy ageing.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your body produces, activates, transports and responds to thyroid hormones that regulate energy, metabolism, mood and cellular function.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your body regulates stress response, neurotransmitters, mood, focus, sleep and recovery.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your body regulates blood sugar, appetite, energy production and metabolic efficiency.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your body breaks down, processes and responds to histamine, a naturally occurring compound involved in digestion, immune function, inflammation and nervous system signalling.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your body responds to exercise, adapts to training, produces energy, manages recovery and supports long-term physical performance.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
AT A GLANCE
What you'll learn
How your genetics may influence lipid metabolism, inflammation, methylation, detoxification and pathways involved in long-term brain and cardiovascular health.
Why it matters
Questions it may help answer
Areas analysed
Example genes analysed
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The Signs Are Subtle
The earliest signs are often subtle and easy to dismiss, yet deeply worth understanding. This guide highlights 10 patterns that may suggest your child’s biology needs more personalised support, helping you respond with greater clarity and confidence.