DNA Resilience is a DNA-based nutrigenetic test to analyse genetic variations influencing neurochemical systems involved in stress response and adaptive functioning. The panel focuses on biological processes that regulate emotional stability, cognitive flexibility and physiological recovery following stress exposure, allowing successful management and support of resilience stregnths and weaknesses for optimal stress outcomes.
The test considers genetic influences across interconnected pathways including hypothalamic-pituitary-adrenal axis regulation, neurotrophic signalling, neurotransmitter balance and neuropeptide activity. Systems involving dopamine, serotonin, norepinephrine and oxytocin are evaluated, recognising their contribution to motivation, emotional processing, attention and behavioural adaptation under challenging conditions. Variation in these areas may contribute to differences in stress sensitivity, recovery capacity and cognitive performance.
Results are interpreted alongside lifestyle factors, occupational demands, nutritional status and psychosocial context. Integrating genetic insight with real-world circumstances can support more individualised discussion around stress management strategies, performance support and longer-term mental and physical resilience.