Medication safety through DNA tests and real world experiences.
• Easy collaboration with your healthcare provider(s).
• We do not sell your data: the DNA data is yours!
• Modern technology with modern security for your data!
• One-time test, your DNA does not change.
• We are ready for you and your medical quest!
Get to know yourself through our DNA tests
Unlocking better outcomes through precision health technology.
Insights into what kind of food your body thrives on
Will your body need a Mediterranean diet or a Hunter -Gatherer diet? Or does it expect a Ketogenic or Plant-based diet?
Discover which diet suits your body and promotes your overall health and well-being.
Do you have a genetic predisposition to lower levels of Vitamins and Minerals (micronutrients)?
Find out if you need to supplement Magnesium, Vitamin B12, B2, B6, E, D, C, A, Thiamin, Omega-3, Folate, Manganese, Choline, Betaine.
Did you inherit Sensitivities or intolerances?
Do you react negatively to dairy, coffee, asparagus, dark leafy greens, bananas or circumstances that increase adrenaline and/or dopamine?
Get to know yourself through our DNA tests
Unlocking better outcomes through precision health technology.
Insights into how your body regulates your appetite and burns calories
The human body has mechanisms that regulate appetite, informing the brain that there is no need to eat more, creating the feeling of "fullness". This report analyzes genes involved in these mechanisms which, when mutated, can make a person eat more or, on the contrary, feel "full" more quickly.
This report also includes genes that determine the speed at which fat is broken down and calories are burned.
Get to know yourself through our DNA tests
Unlocking better outcomes through precision health technology.
30% less side effects with DNA testing - Lancet Feb 2023
Your DNA determines how you respond to drugs. Your genes have a huge influence on the way a drug is absorbed, transported through the body and metabolized. DNA can therefore be responsible for the differences in response to a medication. Your genes determine whether your body breaks down a drug too slowly, normally or too quickly, which can result in unpleasant side effects or no effect at all.
A pharmacogenetic test shows the activity of the different enzymes and gives information about how well your body is able to process a drug. This information can help determine what drug to use and in what dose.
Pharmacogenomic testing has the potential to help predict an individual’s genetic response to certain drugs through a saliva test. By using pharmacogenomic testing, health and care professionals will be able to provide more personalised care, rather than prescribing drugs that could have adverse or no effects on the individual. The PREPARE study was the first to prove that adverse drug reactions (or side effects) to commonly used drugs could be reduced by up to 30% if patients are first given a pharmacogenomic test.
Get to know yourself through our DNA tests
Unlocking better outcomes through precision health technology.
On the basis of the ACMG (SF v3.0) guidelines, we found that approximately 1 in 25 Icelanders carried an actionable genotype and that carrying such a genotype was associated with a reduced life span. N Engl J Med 2023; 389:1741-1752
Research has shown that screening for variants in these genes can uncover risks for conditions like familial hypercholesterolemia, certain types of cancers, and cardiovascular diseases. Early detection of such risks allows individuals to take preventive measures or seek early treatment, potentially altering the course of these diseases. These findings underscore the potential life-saving benefits of genetic screening in the context of these genes.
There are many conditions for which a genetic predisposition is known. This link is not equally strong for every condition, but the American College of Medical Genetics has compiled a list of genes in which a variation gives a very high chance of a disorder. These are conditions in which early intervention can contribute to a positive outcome. They call these 'actionable genes', genes for which action is possible.
- heart and vascular diseases;
- familial hypercholesterolaemia;
- various types of colon cancer.
