Use your genetic raw data to optimize your health.
Genetic variants about in the enzymes that break down drugs and toxins. These genetic differences are why some medications don’t work well for certain people. Our reactions to toxicants, such as pesticides, also rely on our genes.
Member’s: Check out the Detoxification Topic Summary Report for a quick overview of all your genetic variants related to how you detox or metabolize different compounds.
Statins are one of the most prescribed medications in the world. One side effect of statins is myopathy, or muscle pain and weakness. Your genetic variants are important in whether you are likely to have side effects from statins.
The NQO1 gene codes for an important enzyme in phase II detoxification. This enzyme is responsible for metabolizing the cancer-causing benzene (e.g. from air pollution) and cigarette toxins. Learn more and check your genes. (Member’s article)
Glyphosate is the active ingredient in the herbicide Round-Up. A recent study showed that people with CYP1A1 genetic variants are more likely to have problems with acetylcholinesterase inhibition from glyphosate.
Pyrethroids are commonly found in household insecticides. Genetic variants can impact how fast or slowly you break down the chemical. Learn more about this chemical in part 3 of a pesticide series.
Is buying organic worth the extra cost? There isn’t a one-size-fits-all answer to that question. Pesticides that are sprayed on conventionally grown foods affect people differently. Some people carry genetic variants that decrease their ability to detoxify specific pesticides, others may be more resilient. This is Part Two in a multipart series on pesticide detoxification.
Is buying organic worth the extra cost? Pesticides that are sprayed on conventionally grown foods affect people differently. Some people carry genetic variants that decrease their ability to detoxify specific pesticides, others may be more resilient. This is Part One in a multipart series on pesticide detoxification. (Member’s article)
The CYP2D6 enzyme is responsible for metabolizing about 25% of commonly used medications. There are several fairly common genetic variants in CYP2D6 that affect how quickly you will break down a drug.
Caffeine remains the most popular ‘drug’ of choice for a large percentage of the population. Genetics determines how quickly your body processes and eliminates the caffeine and whether it is likely to make you jittery or anxious. Discover your genetic response.
Genetic variants in the ORPM1 gene impact both the amount of pain someone experiences and their response to opioid drugs. These variants are also important in susceptibility to opiate addiction. (Member’s article)
BPA, a chemical found in some plastics, has been linked to a variety of health issues in people. Learn more about BPA and the research into genetic responses to this chemical.
Our bodies break down (metabolize) drugs and other toxins through a group of enzymes known as the CYP450 family. Different CYP enzymes break down different substances, and we all carry genetic variants that can impact whether we metabolize a drug quickly or slowly. The CYP3A family of genes is involved in metabolizing about half of the drugs on the market today. Check your genes to see if you carry variants that impact the speed at which you metabolize medications.
Have you ever wondered why certain medications don’t work well for you? Genetic variants can change how fast or how slow the medication is broken down in your body. Learn how the CYP2C9 variants impact quite a few prescription medications.
Many genetic variants have been studied for Gulf War Illness. Take a look into the research behind the illness and discover some possible solutions to help with symptoms.
Modafinil is being used as a nootropic drug that increases alertness and gives a sense of well-being — to some users. Like most drugs, individual results seem to vary. Discover if this could be a viable option for you.
Once toxins are initially broken down in the body, they must be converted to a water-soluble molecule in order to …
Read moreNAT1 gene: N-acetyltransferase and phase II detoxification