This test provides an advanced and comprehensive assessment of toxic and potentially toxic elements in urine. In addition to evaluating common toxic elements, it can also detect elements used in the medical, aerospace, nuclear, and high-tech electronics industries. As commercial, industrial, and medical applications continue to expand, the use of these potentially toxic elements is also increasing. 
By analyzing toxic elements in urine before and after detoxification, it is possible to assess chronic or acute toxin exposure hidden deep within tissues. This helps physicians effectively monitor the progress of detoxification treatments.

Sources of Toxic Element Exposure
When the body is exposed to toxic elements in the air, soil, or industrial wastewater, it can lead to the accumulation of toxic substances, including:

Toxic Element Exposure Sources
Metal Smelting	Welding and Metal Forming
Alloy Manufacturing	Lead Weight Testing Detection
Nuclear Fuel Component Manufacturing	Oil Refining Facilitie
Electroplating andAerospace Machinery Parts Manufacturing	Pigment and Paint Manufacturing
Electronic Device and Computer Manufacturing	Waste Handling and Treatment
Petrochemical Production

The impact of exposure to toxic elements 
Evidence shows that long-term exposure to toxic elements may cause adverse effects on the body, including

Effects of Toxic Element Exposure
Energy Production	Neurodevelopment and Function
Reproductive Function	Respiratory, Cardiac, Liver, and Immune Functions
Cancer Risk	Cognitive and Emotional Health
Degenerative Diseases

The important information provided by Toxic Element Provocation Analysis*6 is as follows

• Provides insight into the exposure to toxic elements in the body, helping doctors effectively carry out detoxification therapies.
• Continuous exposure to six toxic elements, even at critical levels, may lead to impaired neurological development, heart disease, gastrointestinal, immune, or cognitive dysfunction.
• When the levels of toxic elements are too high, they are excreted through urine, and the toxic element exposure analysis can assess six common toxic elements.
• Detox therapy should be combined with urine heavy metal analysis to track treatment effectiveness.
• Urine toxic element analysis is corrected by creatinine, increasing the accuracy of the analysis, and the specimen collection offers high flexibility (can collect single, short-term, or 24-hour samples).