There are many factors involved in maintaining homeostasis, and stressors such as micro-nutrient deficiencies, high levels of oxidative stress, low-grade inflammation, and metabolic and hormonal imbalances can negatively impact health and personal well-being.
Early detection helps to motivate change in diet, sleep habits, exercise, and lifestyle choices.
| CRP Ultrasensitive | Selenium |
| Homocysteine | Oxidised LDL |
| Vitamin D | Coenzyme Q10 |
| Zinc |
| Ferritin | Omega 3 status |
| High Sensitive C-Reactive Protein | Omega 3:6 |
| Transfats |
| CRP Ultrasensitive | Vitamin A |
| Uric acid | Vitamin E |
| TSH | Copper |
| Free T3 | Zinc |
| Glycated haemoglobin | Selenium |
| Ferritin | Oxidised LDL |
| Homocysteine | Casein lgG |
| Vitamin D | Coenzyme Q10 |
Ageing has many physical and hormonal implications for women. The AgeCheck Woman analysis assesses nutritional and metabolic biomarkers to monitor general health and identify any underlying issues giving rise to deviations from the typical ageing process (i.e. premature ageing).
| CRP Ultrasensitive | Free T3 |
| Ferritin | Vitamin D |
| Candida serology | Coenzyme Q10 |
| IGF-1 | Homocysteine |
| DHEAS |
The monitoring of key hormonal and metabolic biomarkers, particularly those associated with cardiovascular risk, facilitate early intervention for health issues that may arise during the ageing process in men.
| CRP Ultrasensitive | Lipoprotein(a) |
| Bioavailable testosterone | Vitamin D |
| Pregnenolone sulphate | Homocysteine |
| Free T3 | Coenzyme Q10 |
OxyCheck is a biological assessment designed to measure and monitor oxidative stress by evaluating nine key parameters, including trace elements (zinc, copper, selenium), inflammation markers like high-sensitivity CRP, and critical antioxidant enzymes. By converting these values into a specific oxidative stress index, it pinpoints micronutrient imbalances and cellular dysfunctions for any individual—whether managing chronic fatigue and inflammation or pursuing proactive wellness. This precise snapshot empowers healthcare professionals to deliver targeted, personalised interventions and reliably track therapeutic progress over time.
| CRP Ultrasensitive | Glutathione reductase |
| Zinc | Uric acid |
| Selenium | Plasma thiols |
| Copper | Oxidised LDL |
| Glutathione peroxidase (GPX) | Oxidative stress index |
The detox genetic test identifies variations in genes involved in regulating the body's antioxidant system that may affect its ability to combat the harmful effects of free radicals, which are by-products of normal day-to-day living (eating, exercise, stress etc.). Although the body has built-in protection mechanisms such as antioxidant and DNA repair enzymes, systems can become overwhelmed and be unable to efficiently ‘mop-up’ these unstable molecules.
This test may interest people exposed to high levels of mental, physical or environmental stress & those interested in longevity and cellular ageing.
| DNA Sample: Buccal (oral) swab | Age: 18 years + |
| At home test using a kit | Free postal return |
The three most popular sensitivity tests are caffeine, alcohol and histamine.
Histamine is a chemical compound produced naturally in the body. This test looks for genetic variations in the 2 key enzymes that metabolise histamine; histamine-N-methyltransferase (HNMT) and diamine oxidase (DAO). Symptoms of histamine overload include headaches or migraines, nasal congestion, fatigue, hives and digestive issues.
If results confirm a genetic predisposition you can consider dietary changes, avoiding high-intake of histamine-rich foods. Talk to you doctor or nutritionist about supplements that may help.
| DNA sample: Buccal (oral) swab |
| Kit provided for at-home test |
| Age 18 years+ |
| Free return postage |
Alcohol is metabolised by the liver, converting ethanol to acetaldehyde (ADH) and acetaldehyde to acetate (ALDH2). The primary gene involved in metabolising alcohol is alcohol dehydrogenase (ADH). Variations in the ADH gene determine individual reactions to alcohol and susceptibility to dependency or alcohol-related illnesses and can cause significantly faster conversion of ethanol into toxic acetaldehyde, resulting in unpleasant side effects such as flushing, nausea, tachycardia, and occasionally an increased risk of cancer.
| DNA Sample: Buccal (oral) swab |
| Kit provided for at-home test |
| Age 18 years+ |
| Free return postage |
This genetic test will tell you if you are a slow or fast metaboliser of caffeine. A slow metaboliser of caffeine may experience anxiety, insomnia, and palpitations, whereas a fast metaboliser experiences short-lived, stimulating effects. A caffeine sensitivity test identifies variants on the gene that codes for the cytochrome P450 1A2, a liver enzyme involved in the metabolism of caffeine.
| DNA sample: Buccal (oral) swab |
| Kit provided for an At-Home test |
| Ages: 18yrs+ |
| Free return postage |
ImmuCheck is a panel designed to explore and optimise immune function. The parameters analysed represent fundamental elements necessary for the proper overall functioning of the immune system. The results obtained facilitate the correction and minimisation of elemental deficiencies and imbalances.
| Vitamine D | Copper |
| Vitamine A | Sélenium |
| Vitamine E | Iodine |
| Vitamine B12 | Ferritine |
| CRP ultrasensitive | Erythrocyte fatty acids |
| Zinc |
Recent research has identified a correlation between certain micronutrients and the quantity and quality of sleep. SopioCheck analyses these nutrients to identify deficiencies and imbalances, which when redressed can improve the quality and quantity of sleep.
| Coenzyme Q10 | Homocysteine |
| CRP ultrasensitive | Zinc |
| CAR (Cortisol Awakening Response) | Ferritin |
| Erythrocyte fatty acids | Iodine |
| Vitamin D | Selenium |
Vitamins & Minerals are essential for the growth, equilibrium and health of the body, both physically and mentally. They are transported in the blood by transporters such as albumin and transferrin. Deficiencies can lead to various disorders, sometimes without obvious symptoms. The profile below (Code: HS9) identifies potential deficiencies.
| Iron Binding Capacity Profile: (Iron, Latent Capacity (UIBC), Total Iron Binding Capacity, Transferrin Saturation) | |
| Albumin | Iron |
| Calcium | Folate |
| Magnesium | B12 |
| Vitamin B3 | Zinc in serum |
| Vitamin D | |
Sample Requirements: 1 x Serum & 2ml Serum
Lithium Heparin Plasma OR Sodium Heparin Plasma. No gel separator tubes
Trace elements are essential for health. Deficiencies in trace elements may be caused by insufficient intake or excessive loss by excretion and can result in significant metabolic disturbances. This analysis quantifies the most important trace elements.
| Zinc | Copper |
| Selenium | Iodine |
| Magnesium | Iron |
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