Ordering the Toxic Element Clearance Profile | Genova
The Toxic Element Clearance Profile from Genova is used to measure the body’s ability to clear heavy metals and toxic elements such as mercury, nickel, and tin. This test is often ordered to help identify possible sources of exposure and to monitor the effectiveness of detoxification or chelation therapies. Interestingly, this test can also detect less common elements like gadolinium, which may be present after certain medical imaging procedures.
Ordering this test provides specific benefits, including:
- Tracks the removal of heavy metals and toxic elements from the body over time
- Helps identify hidden sources of toxic exposure
- Monitors the effectiveness of detoxification or chelation treatments
- Assists in evaluating kidney and liver function related to toxin clearance
- Detects unusual elements that may be linked to medical procedures or environmental sources
Who Should Consider Heavy Metal and Toxic Element Testing
People who have ongoing fatigue, unexplained headaches, or persistent digestive issues may benefit from this test, especially if they have a history of environmental or occupational exposure. For example, someone who works in construction and notices new symptoms like muscle weakness and memory problems may want to check for toxic element buildup.
Ordering this test may also be helpful in these situations:
- People with unexplained skin rashes or hair loss
- Those experiencing mood swings, anxiety, or brain fog
- Anyone with a family history of metal toxicity or kidney problems
- People who have recently undergone medical imaging with contrast agents
- Those living in areas with known industrial pollution or contaminated water sources
Testing for toxic elements and heavy metals can reveal specific exposures that may be affecting your body’s ability to clear toxins, which can impact organ function and energy levels. Delaying this test could allow toxic elements to build up further, making it harder to address symptoms and prevent long-term organ damage.
How to Prepare for Toxic Element and Heavy Metal Clearance Testing
Fasting is not required for this urine-based test, but you should follow the collection instructions provided in your kit for the most useful results. Always follow any directions your doctor or healthcare provider gives you to make sure your sample is collected correctly and your results are as helpful as possible.
Labs Included When Ordering Your Toxic Element Clearance Profile | Genova
| Test Name | Reference Range | Significance | Low and High Levels of Toxic Element Clearance Profile | Genova |
|---|---|---|---|
| Aluminum | <7 | Aluminum is a metal found in food, water, and some medications. High levels can affect the nervous system and bone health. | High levels mean possible exposure from cookware, water, or antacids.
Low levels mean minimal recent exposure or effective clearance. |
| Antimony | <1 | Antimony is used in flame retardants and batteries. It can cause lung and heart problems if levels are high. | High levels mean recent exposure to industrial materials.
Low levels mean little or no exposure. |
| Arsenic | <35 | Arsenic is found in contaminated water, rice, and seafood. High levels can damage nerves, skin, and organs. | High levels mean possible exposure from water, food, or pesticides.
Low levels mean no recent exposure or good clearance. |
| Barium | <7 | Barium is used in medical imaging and some industrial products. High levels can affect the heart and muscles. | High levels mean recent exposure to barium-containing products.
Low levels mean little or no exposure. |
| Bismuth | <2 | Bismuth is found in some stomach medicines. High levels can cause kidney and nervous system problems. | High levels mean overuse of bismuth-containing medications.
Low levels mean no recent exposure. |
| Cadmium | <1 | Cadmium is found in batteries, tobacco smoke, and some foods. High levels can damage kidneys and bones. | High levels mean exposure from smoking or contaminated food.
Low levels mean no recent exposure. |
| Calcium | 100-300 | Calcium is a mineral needed for bones and muscles. It can be affected by kidney function and toxin exposure. | High levels mean possible kidney issues or bone breakdown.
Low levels mean low intake or absorption problems. |
| Cesium | <5 | Cesium is a rare element found in some medical treatments and contaminated soil. High levels can affect the heart. | High levels mean environmental or medical exposure.
Low levels mean no recent exposure. |
| Chromium | <1 | Chromium is used in metal plating and dyes. High levels can cause skin and lung irritation. | High levels mean exposure from industrial sources.
Low levels mean no recent exposure. |
| Cobalt | <1 | Cobalt is used in batteries and metal alloys. High levels can affect the heart and thyroid. | High levels mean exposure from metal implants or industry.
Low levels mean no recent exposure. |
| Copper | 15-60 | Copper is needed for nerves and blood. High or low levels can affect energy and immune function. | High levels mean possible liver issues or copper pipes.
Low levels mean poor absorption or low intake. |
| Creatinine | 500-2000 | Creatinine is a waste product from muscles. It helps check if the urine sample is concentrated enough for testing. | High levels mean concentrated urine or kidney issues.
Low levels mean diluted urine or muscle loss. |
| Gadolinium | <0.5 | Gadolinium is used in MRI contrast agents. High levels may remain after imaging and can affect the kidneys. | High levels mean recent MRI with contrast.
Low levels mean no recent exposure. |
| Gallium | <0.5 | Gallium is used in electronics and some cancer treatments. High levels can affect the kidneys and liver. | High levels mean exposure from medical or industrial sources.
Low levels mean no recent exposure. |
| Iron | 10-30 | Iron is needed for blood and energy. High or low levels can affect oxygen delivery and cause tiredness. | High levels mean possible overload or supplement use.
Low levels mean low intake or blood loss. |
| Lead | <2 | Lead is a toxic metal found in old paint, pipes, and soil. High levels can damage the brain, kidneys, and nerves. | High levels mean exposure from old buildings or contaminated water.
Low levels mean no recent exposure. |
| Length of Collection | Varies | This measures the total time urine is collected, which is important for accurate results. | High levels mean longer collection time.
Low levels mean shorter collection time. |
| Lithium | <0.5 | Lithium is used in some medicines. High levels can affect the kidneys and nervous system. | High levels mean medication use or exposure.
Low levels mean no recent exposure. |
| Magnesium | 50-150 | Magnesium is needed for muscles and nerves. Levels can be affected by kidney function and toxin exposure. | High levels mean kidney issues or supplement use.
Low levels mean low intake or absorption problems. |
| Manganese | <1 | Manganese is needed in small amounts for the brain and bones. High levels can cause nerve problems. | High levels mean exposure from welding or contaminated water.
Low levels mean no recent exposure. |
| Mercury | <5 | Mercury is found in fish, dental fillings, and some thermometers. High levels can damage nerves and kidneys. | High levels mean exposure from seafood or dental work.
Low levels mean no recent exposure. |
| Molybdenum | <1 | Molybdenum is a trace mineral needed for enzyme function. High levels are rare but can affect the kidneys. | High levels mean supplement use or rare exposure.
Low levels mean no recent exposure. |
| Nickel | <2 | Nickel is used in coins, jewelry, and batteries. High levels can cause skin rashes and lung problems. | High levels mean exposure from jewelry or industry.
Low levels mean no recent exposure. |
| Niobium | <0.5 | Niobium is used in steel and electronics. High levels are rare but can affect the lungs. | High levels mean industrial exposure.
Low levels mean no recent exposure. |
| Platinum | <0.5 | Platinum is used in jewelry and chemotherapy drugs. High levels can affect the kidneys and hearing. | High levels mean exposure from medical or industrial sources.
Low levels mean no recent exposure. |
| Potassium | 20-100 | Potassium is needed for heart and muscle function. Levels can be affected by kidney function and toxin exposure. | High levels mean kidney issues or supplement use.
Low levels mean low intake or loss from vomiting. |
| Rubidium | <5 | Rubidium is a rare element found in electronics. High levels are uncommon but can affect the nervous system. | High levels mean industrial exposure.
Low levels mean no recent exposure. |
| Selenium | 10-50 | Selenium is needed for thyroid and immune function. High or low levels can affect energy and mood. | High levels mean supplement use or high intake.
Low levels mean low intake or absorption problems. |
| Strontium | <5 | Strontium is found in soil and some supplements. High levels can affect bone health. | High levels mean supplement use or environmental exposure.
Low levels mean no recent exposure. |
| Sulfur | Varies | Sulfur is needed for detoxification and protein building. Levels can be affected by diet and toxin exposure. | High levels mean high protein intake or supplement use.
Low levels mean low intake or absorption problems. |
| Thallium | <0.5 | Thallium is a toxic metal found in some pesticides. High levels can damage nerves and the heart. | High levels mean exposure from contaminated food or water.
Low levels mean no recent exposure. |
| Thorium | <0.5 | Thorium is a radioactive element found in some industrial settings. High levels are rare but can affect the lungs. | High levels mean industrial exposure.
Low levels mean no recent exposure. |
| Tin | <2 | Tin is used in cans and some pesticides. High levels can cause stomach and nerve problems. | High levels mean exposure from canned foods or industry.
Low levels mean no recent exposure. |
| Total Urine Volume | Varies | This measures the total amount of urine collected, which is important for calculating toxin clearance. | High levels mean large urine output.
Low levels mean small urine output. |
| Tungsten | <0.5 | Tungsten is used in light bulbs and tools. High levels are rare but can affect the kidneys and lungs. | High levels mean industrial exposure.
Low levels mean no recent exposure. |
| Uranium | <0.5 | Uranium is a radioactive element found in some water sources. High levels can affect the kidneys. | High levels mean exposure from contaminated water.
Low levels mean no recent exposure. |
| Vanadium | <1 | Vanadium is used in steel and some supplements. High levels can affect the kidneys and nerves. | High levels mean supplement use or industrial exposure.
Low levels mean no recent exposure. |
| Zinc | 100-500 | Zinc is needed for immune and skin health. High or low levels can affect wound healing and taste. | High levels mean supplement use or high intake.
Low levels mean low intake or absorption problems. |
Reference ranges may change slightly as labs update their methods and guidelines. Always check your report for the most current reference values.
Toxic Element Clearance Profile | Genova FAQ
Is there Toxic Element Clearance Profile | Genova testing near me?
This is a home test kit that you can collect locally, and you can check the draw location link at the top of the page for more details. If you have symptoms like fatigue or headaches that may be linked to toxic element exposure, having a convenient collection option makes it easier to get tested without delay.
How do I interpret the test results?
While your treating physician should review your results, we also offer a one-on-one test results review with our clinical team to help you understand your results and next steps.
What is the cost of the test?
The price for this test includes standard shipping to you and return shipping to the lab, but draw fees may apply. Ordering this test can help you find out if toxic elements are affecting your energy or causing symptoms, so you can address them sooner.
How often should I retest?
Retesting is usually recommended every 3 to 6 months if you are monitoring detoxification or ongoing exposure. Regular testing helps track changes in toxic element levels and supports your progress in reducing exposure.
How accurate is the test?
This test uses inductively coupled plasma mass spectrometry (ICP-MS) for precise measurement of metals and elements, with a specificity of 99% and sensitivity of 98%. TrueHealthLabs.com partners with CLIA-certified and CAP-certified laboratories to uphold rigorous testing standards for dependable results.
Important Notes
- This kit cannot be mailed or collected in New York State. Contact us with questions.
Medical Review Board
Reviewed by Jeff Donohue M.D. from Body Logic and Brady Hurst DC, CCCN. Written by True Health Lab’s team of editorial health contributors.
Disclaimer: This information is for educational purposes only and not intended as medical advice. Consult your healthcare provider for personalized guidance.
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