Ordering the Toxic Element Urine Test Europe
The Toxic Element Urine Test by Genova Diagnostics Diagnostics helps check for exposure to heavy metals and toxic elements that can build up in the body over time. This test is often used when someone has unexplained symptoms like fatigue, headaches, or muscle weakness that may be linked to toxic metals. Interestingly, some metals like thallium and gadolinium can be found in certain medical treatments or industrial settings, making their detection important for people with unique exposure risks.
Ordering this test gives you a clear picture of your body’s levels of metals such as lead, mercury, cadmium, and arsenic. When you order, you benefit from:
- Detection of both common and rare toxic elements in urine
- Early identification of heavy metal exposure before symptoms become severe
- Support for targeted detox plans based on your results
- Tracking of exposure from environmental, occupational, or dietary sources
- Guidance for your healthcare provider to create a personalized plan
Who Should Consider Heavy Metal and Toxic Element Screening
People who have ongoing tiredness, memory problems, or skin rashes that do not improve with regular care may benefit from this test. For example, someone who works in an old building with peeling paint and starts to notice joint pain and trouble focusing might want to check for lead or other metals.
Ordering may also be helpful in these situations:
- Living near industrial areas or waste sites
- Using well water in regions with known contamination
- Eating large amounts of fish or seafood
- Having dental work with metal fillings
- Receiving certain medical scans that use contrast agents, which can leave trace metals in the body
Testing for toxic elements can help pinpoint the cause of symptoms like muscle weakness, mood swings, or digestive issues by showing if metals are present at higher levels than expected. Delaying this test could mean missing the chance to address exposure early, which may allow symptoms to continue or worsen.
How to Prepare for Toxic Metal Urine Analysis
Fasting is not required for this test, but you should follow the specific instructions included in your test kit for the best results. Always go by any directions your doctor or healthcare provider gives you to make sure your sample is collected correctly and your results are as useful as possible.
Labs Included When Ordering Your Toxic Element Urine Test
| Test Name | Reference Range | Significance | Low and High Levels of Toxic Element Urine Test |
|---|---|---|---|
| Heavy Metals | |||
| Aluminium | <7 | Aluminium is used in many products and can enter the body through food, water, or air. High levels may affect the nervous system and bones. |
High levels mean possible exposure from cookware, antacids, or contaminated water.
Low levels mean minimal or no recent exposure. |
| Antimony | <1 | Antimony is found in flame retardants and some batteries. It can cause lung and heart problems if levels are too high. |
High levels mean recent contact with industrial materials or contaminated dust.
Low levels mean little or no exposure. |
| Arsenic | <35 | Arsenic is a toxic element found in some foods, water, and pesticides. High levels can cause skin, nerve, and digestive problems. |
High levels mean possible exposure from seafood, rice, or contaminated water.
Low levels mean no significant exposure. |
| Barium | <7 | Barium is used in medical imaging and some industrial products. Too much can affect the heart and muscles. |
High levels mean recent exposure from medical tests or industrial sources.
Low levels mean no recent exposure. |
| Bismuth | <1 | Bismuth is found in some medicines and cosmetics. High levels can cause kidney and nervous system issues. |
High levels mean possible overuse of bismuth-containing products.
Low levels mean little or no exposure. |
| Cadmium | <1 | Cadmium is present in batteries, tobacco smoke, and some foods. It can harm the kidneys and bones if levels are high. |
High levels mean exposure from smoking, industrial work, or certain foods.
Low levels mean no significant exposure. |
| Cesium | <5 | Cesium is a rare element used in some medical and industrial settings. High levels may affect the heart and muscles. |
High levels mean recent contact with industrial or medical sources.
Low levels mean no recent exposure. |
| Gadolinium | <1 | Gadolinium is used in MRI contrast agents. It can build up in the body after certain scans, especially in people with kidney problems. |
High levels mean recent MRI with contrast or slow removal from the body.
Low levels mean no recent exposure. |
| Gallium | <1 | Gallium is used in electronics and some medicines. High levels are rare but can affect the kidneys and liver. |
High levels mean possible exposure from medical or industrial sources.
Low levels mean no significant exposure. |
| Mercury | <4 | Mercury is found in some fish, dental fillings, and old thermometers. High levels can cause nerve, kidney, and immune problems. |
High levels mean exposure from seafood, dental work, or broken devices.
Low levels mean no significant exposure. |
| Lead | <2 | Lead is a toxic metal found in old paint, pipes, and some imported goods. High levels can cause nerve, kidney, and learning problems. |
High levels mean exposure from old buildings, water pipes, or imported products.
Low levels mean no significant exposure. |
| Nickel | <5 | Nickel is used in coins, jewelry, and some foods. High levels can cause skin rashes and allergic reactions. |
High levels mean exposure from jewelry, coins, or certain foods.
Low levels mean no significant exposure. |
| Niobium | <1 | Niobium is used in steel and electronics. High levels are rare but may affect the lungs and skin. |
High levels mean possible exposure from industrial sources.
Low levels mean no significant exposure. |
| Platinum | <1 | Platinum is used in jewelry, car parts, and some medicines. High levels can cause allergic reactions and breathing problems. |
High levels mean exposure from jewelry, car exhaust, or medical treatments.
Low levels mean no significant exposure. |
| Rubidium | <5 | Rubidium is a rare element found in some electronics and medical devices. High levels are uncommon but may affect the nervous system. |
High levels mean possible exposure from electronics or medical sources.
Low levels mean no significant exposure. |
| Sulfur | 250-1500 | Sulfur is a natural element in the body, important for making proteins. Unusual levels may point to metabolic or exposure issues. |
High levels mean increased breakdown of proteins or exposure to sulfur-containing compounds.
Low levels mean possible dietary deficiency or metabolic issues. |
| Thallium | <1 | Thallium is a highly toxic metal found in some electronics and pesticides. High levels can cause nerve, digestive, and hair loss problems. |
High levels mean exposure from contaminated food, water, or industrial sources.
Low levels mean no significant exposure. |
| Thorium | <1 | Thorium is a radioactive element used in some industrial processes. High levels are rare but can affect the lungs and bones. |
High levels mean possible exposure from industrial or environmental sources.
Low levels mean no significant exposure. |
| Tin | <5 | Tin is used in cans, coatings, and some plastics. High levels can cause stomach and nerve problems. |
High levels mean exposure from canned foods or industrial sources.
Low levels mean no significant exposure. |
| Tungsten | <1 | Tungsten is used in light bulbs and electronics. High levels are rare but may affect the kidneys and liver. |
High levels mean possible exposure from industrial or electronic sources.
Low levels mean no significant exposure. |
| Uranium | <1 | Uranium is a radioactive metal found in some rocks and water. High levels can harm the kidneys and bones. |
High levels mean exposure from contaminated water or industrial sources.
Low levels mean no significant exposure. |
| Other Markers | |||
| Creatinine | 0.3-3.0 | Creatinine is a waste product from muscles, used to check if the urine sample is concentrated enough for testing. It helps make sure the results are meaningful. |
High levels mean the urine is very concentrated, which can affect test results.
Low levels mean the urine is too diluted, which may make results less useful. |
Reference ranges may change slightly as labs update their methods and guidelines. Always check your report for the most current values.
Toxic Element Urine Test FAQ
Is there Toxic Element Urine Test testing near me?
This test is provided as a kit that you can use at home, and you can find a local collection site by checking the draw location link at the top of the page. For people with symptoms like fatigue or headaches possibly linked to heavy metal exposure, having a nearby 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 what your numbers mean and what steps you can take next.
What is the cost of the test?
The price you see for this test includes standard shipping to your address and return shipping to the lab, though draw fees may apply. Testing for toxic elements can help you find out if exposure is causing symptoms like memory loss or joint pain, so you can start addressing the problem sooner.
How often should I retest?
Retesting is usually recommended every 6 to 12 months if you have ongoing exposure risks or are following a detox plan. Regular testing helps track changes in your levels and shows if your efforts to reduce exposure are working.
How accurate is the test?
This test uses inductively coupled plasma mass spectrometry (ICP-MS), which is highly sensitive and specific for detecting metals in urine, 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
READ: These tests are available for European countries only.
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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