Wellness Panel: Discover Your Body’s Unique Needs

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Whether you’re looking to manage weight, improve energy, address food intolerances, or better understand your risk for certain health conditions, this test provides personalized data to help you make informed decisions. Get your Wellness Panel lab test online without the need for a prescription.

Test Description

The DNA RX Wellness Panel offers personalized insights into your health by analyzing specific genetic markers that influence how your body functions. These markers are derived from your DNA and are linked to key processes such as nutrient metabolism, neurotransmitter activity, and immune response. For example, markers related to lactose digestion can highlight potential food intolerances, while others reveal how efficiently your body absorbs vitamins like B12 or processes omega-3 fatty acids. Additionally, certain genetic variations can affect neurotransmitter balance, influencing mood, energy, and stress resilience.

Understanding these markers is crucial because they provide a roadmap to your unique health needs. By identifying how your genetics impact your digestion, nutrient absorption, and overall biochemistry, you can make targeted adjustments to your diet and lifestyle. This information also helps pinpoint areas that may benefit from further lab tests or medical attention, ensuring you address potential issues before they become significant problems. With this test, you can take a proactive approach to health, optimizing your nutrition and making choices that align with your body’s specific needs for a healthier, more balanced life.

Markers

• ADIPOQ: This gene helps regulate adiponectin, a hormone that plays a crucial role in controlling how the body manages fat and sugar levels. Variations in this gene can influence insulin sensitivity, inflammation, and the risk of developing conditions like diabetes or metabolic syndrome.
• AMY1: This gene affects how much of the enzyme amylase is produced in your saliva, which helps break down starchy foods like bread and pasta. People with fewer copies of this gene may digest starch less efficiently, which can impact blood sugar levels and energy.
• APOA2: This gene produces a protein involved in fat metabolism and can affect how your body stores or uses dietary fats. Variations can influence your weight, how you respond to fatty foods, and your risk of obesity.
• BCO1: This gene helps convert beta-carotene from colorful vegetables like carrots into vitamin A, which supports vision, immunity, and skin health. People with certain variations may have lower conversion efficiency, leading to vitamin A deficiencies despite eating enough beta-carotene-rich foods.
• BDNF gene: This gene produces a brain protein essential for learning, memory, and mood regulation. Variants can influence how well your brain manages energy and your susceptibility to stress or mental health issues.
• COMT: This gene helps break down chemicals like dopamine and norepinephrine, which are involved in mood, attention, and stress response. Variations may affect how your brain processes stress or regulates emotions, potentially influencing mental health.
• CUBN: This gene produces a protein that captures vitamin B12 in your intestines, ensuring proper absorption. Variations can lead to lower B12 levels, which may result in fatigue, anemia, or nerve issues even with a healthy diet.
• CYP4F2: This gene affects how your body processes vitamins E and K, which are important for blood clotting and protecting cells from damage. Variations may influence your risk of heart disease or your body’s antioxidant defenses.
• FADS1: This gene helps convert omega-3 and omega-6 fatty acids from plant sources into active forms the body can use. Variants can affect how efficiently your body performs this conversion, potentially impacting brain health and inflammation levels.
• FADS2: This gene works alongside FADS1 to process dietary fats into the forms your body needs for cell structure and repair. Variations may affect your ability to use fats from plant-based sources for essential functions.
• FTO: This gene influences how your brain regulates appetite, hunger, and food intake. Variations are often linked to increased weight gain and a higher likelihood of obesity due to changes in how your body responds to hunger signals.
• FUT2: This gene affects the sugars present in bodily fluids, which can influence gut bacteria balance and digestion. Variations may impact your immune system and susceptibility to certain digestive issues or infections.
• GC: This gene produces a protein that transports vitamin D through your bloodstream, making it available to tissues like bones and muscles. Variations may affect your vitamin D levels, influencing bone health and immune function.
• GPX1: This gene encodes an antioxidant enzyme that protects your cells from free radical damage caused by stress or toxins. Variations may affect how well your body handles oxidative stress, which could influence aging and chronic disease risk.
• HFE: This gene helps regulate how much iron your body absorbs from food. Variations may lead to too much iron buildup, which can damage organs, or too little, causing fatigue and anemia.
• HLA-DQ2: This gene is strongly associated with celiac disease and can increase your likelihood of having an immune response to gluten. People with this variation may need to avoid gluten to prevent intestinal damage and related symptoms.
• HLA-DQ8: Similar to HLA-DQ2, this gene is also linked to gluten intolerance and autoimmune responses in people with celiac disease. Testing can confirm genetic susceptibility to gluten-related issues.
• HNMT: This gene breaks down histamine, a chemical involved in allergic reactions and inflammation. Variations can increase sensitivity to histamine, leading to symptoms like headaches, rashes, or digestive discomfort after eating histamine-rich foods.
• Intergenic rs12272004: This genetic marker is associated with cholesterol and triglyceride levels, helping to determine how your body processes fats in the bloodstream. Variations may increase the risk of high cholesterol or heart disease.
• MAOA: This gene regulates the breakdown of serotonin, dopamine, and other brain chemicals that affect mood and behavior. Variants may impact emotional regulation and predispose people to conditions like depression or anxiety.
• MAOB: Similar to MAOA, this gene focuses on dopamine regulation, particularly in the brain, influencing mood, motivation, and movement. Variations may affect the risk of neurological conditions like Parkinson’s.
• MCM6: This gene controls lactase production, determining whether you can digest lactose in dairy products. Variations are linked to lactose intolerance, common in many adults worldwide.
• MTHFR: This gene helps convert folate into a usable form, supporting energy production, DNA repair, and cardiovascular health. Variations may lead to issues like elevated homocysteine levels, which are linked to heart disease.
• MTRR: This gene supports vitamin B12 recycling, which is critical for energy production and maintaining healthy nerve function. Variations can increase the risk of high homocysteine, impacting heart and brain health.
• MYO9B: This gene plays a role in maintaining the gut barrier, which helps protect against autoimmune conditions. Variations may increase the risk of celiac disease or other gut-related issues.
• MYRF: This gene helps maintain the protective myelin coating around nerves, which is essential for nerve communication. Variations may affect nerve health, leading to issues with muscle control or brain function.
• NBPF3: This gene is involved in how your body processes vitamin B6, which is vital for energy production, brain health, and hormone regulation. Variations may lead to B6 deficiencies, even with a normal diet.
• PEMT: This gene helps produce choline, a nutrient important for liver health, brain development, and fat metabolism. Variations can affect how efficiently your body makes or uses choline, potentially impacting overall health.
• PLIN1: This gene regulates how fat is stored in your cells and when it is released for energy. Variations can influence weight management and how your body responds to calorie intake or exercise.
• PON1: This gene produces an enzyme that breaks down harmful chemicals, protecting your body from oxidative damage. Variations may affect your risk of chronic diseases like heart disease or certain cancers.
• SLC19A1: This gene helps transport folate into cells, where it supports DNA repair and healthy blood cell production. Variations may lead to lower folate levels, increasing the risk of birth defects or anemia.
• SLC23A1: This gene ensures vitamin C is absorbed from food into your bloodstream, supporting immunity and skin health. Variations can result in lower vitamin C levels, even with a diet rich in fruits and vegetables.
• SLC23A2: This gene delivers vitamin C to cells throughout the body, providing antioxidant protection and aiding in tissue repair. Variations can impact how well your cells use vitamin C, affecting recovery and overall health.
• SLC30A8: This gene is involved in how the pancreas produces insulin, which is crucial for controlling blood sugar. Variations may affect the risk of developing type 2 diabetes or insulin resistance.
• SUOX: This gene helps break down sulfur-containing compounds in the body, which are important for detoxification and energy production. Variations may lead to difficulties processing sulfur, potentially causing symptoms like fatigue or headaches.
• TNF: This gene encodes a protein that regulates inflammation and immune responses. Variations may influence your susceptibility to inflammatory conditions like arthritis or autoimmune diseases.

Who Should Consider This Test?

• People with difficulty losing weight: Those who struggle with weight management, experience difficulty in losing weight despite dieting, or have a family history of obesity may benefit from wellness lab test markers like FTO, APOA2, and PLIN1 to better understand how their genes affect fat metabolism, storage, and appetite regulation.
• People with gluten sensitivity or celiac disease: Those with digestive issues, bloating, or other symptoms after consuming gluten or with a family history of celiac disease can assess markers like HLA-DQ2, HLA-DQ8, and MYO9B to identify genetic susceptibility to gluten-related disorders.
• People with low energy or fatigue: Those who feel persistently tired, lack energy, or have trouble recovering from physical or mental exertion may consider markers like CUBN, MTHFR, MTRR, and NBPF3 to check for genetic variations affecting vitamin absorption and energy metabolism.
• People with mood or mental health concerns: Those experiencing symptoms of depression, anxiety, or stress or with a family history of mental health issues may find insights from markers like BDNF, COMT, MAOA, and MAOB, which influence brain chemistry, mood stability, and stress response.
• People with food intolerances: Those who suspect or experience symptoms of food intolerance, such as bloating, nausea, or headaches after consuming dairy or histamine-rich foods, can benefit from wellness lab test markers like MCM6 and HNMT, which affect lactose digestion and histamine breakdown.
• People with cardiovascular concerns: Those with high cholesterol, a family history of heart disease, or concerns about blood fat levels may find markers like CYP4F2, FADS1, FADS2, and Intergenic rs12272004 helpful in understanding genetic influences on fat metabolism and cardiovascular health.
• People with immune or inflammatory conditions: Those who frequently experience infections, chronic inflammation, or autoimmune symptoms might consider markers like FUT2, TNF, and SUOX to gain insights into their immune function and inflammation regulation.
• People with skin, bone, or immune health concerns: Those with low vitamin D, weak immunity, slow wound healing, or poor skin health could test markers like GC, SLC23A1, and SLC23A2 to assess genetic factors affecting vitamin D and C levels, which are crucial for these functions.
• People with iron-related issues: Those with iron deficiency anemia, symptoms of iron overload, or a family history of related conditions can consider testing HFE, which affects how the body absorbs and regulates iron levels.
• People with specific genetic risks: Those with a family history of conditions like celiac disease, lactose intolerance, or mental health disorders may benefit from genetic testing of markers related to these issues, such as HLA-DQ2, MCM6, and COMT, to understand and proactively manage their health risks.
• People with poor vitamin absorption: Those who suspect or have been diagnosed with deficiencies in vitamins such as B12, folate, or vitamin A may benefit from wellness lab test markers like CUBN, MTHFR, MTRR, and BCO1, which influence how the body absorbs and processes these nutrients.
• Women with hormonal imbalances: Those experiencing symptoms of hormone-related issues, such as mood swings, irregular menstrual cycles, or low energy, might find markers like COMT, MAOA, and MAOB helpful in understanding how their body metabolizes hormones and neurotransmitters.
• People with metabolic syndrome or diabetes risk: Those with a family history of diabetes or metabolic syndrome, or with conditions like high blood sugar, high triglycerides, or insulin resistance, may benefit from testing markers like FTO, SLC30A8, and CYP4F2, which are linked to blood sugar regulation and fat metabolism.
• People with inflammation-related joint or muscle pain: Those experiencing chronic pain, stiffness, or autoimmune-related joint issues may consider markers like TNF, SUOX, and HLA-DQ8, which play roles in inflammation and immune system activity.
• People with fertility concerns: Those with unexplained fertility issues, recurrent miscarriages, or conditions affecting reproductive health may benefit from wellness lab test markers like MTHFR, which can influence folate metabolism and overall reproductive health.
• Athletes or active people: Those focused on optimizing recovery, muscle health, and energy production may find markers like BDNF, GPX1, and MYRF useful for understanding genetic factors that influence performance and recovery.
• People with a family history of chronic disease: Those with close relatives affected by conditions like cardiovascular disease, cancer, or neurodegenerative diseases may want to assess markers like FADS1, FADS2, and PON1, which influence inflammation, oxidative stress, and detoxification processes.
• People pursuing personalized nutrition: Those looking to tailor their diet to their genetic makeup for better health outcomes may benefit from a broad panel including markers like PEMT, FADS1, and SLC19A1, which can guide dietary choices for optimal nutrient absorption and metabolism.
• People with unexplained symptoms: Those with lingering or vague symptoms that haven’t been explained by standard medical tests might find genetic testing helpful in identifying underlying contributors like nutrient processing or immune function issues.

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The information provided in this article is for educational purposes only and is not intended to diagnose, treat, cure, or prevent any disease. Functional medical tests and nutrition-related labs should be used as tools to support health and wellness under the guidance of a qualified healthcare provider. Results from these tests should not replace professional medical advice or be interpreted without consulting a licensed practitioner familiar with your health history and needs. Always consult your doctor or dietitian before making changes to your diet, supplements, or health management plan.