Measure your personal aluminum level to detect elevated exposure so you can take action to reduce it; this can help lower the risk of aluminum-associated issues such as cognitive problems, weakened bones, and kidney stress.

Measure your personal nickel levels to identify elevated exposure and help you reduce the risk of nickel‑induced skin reactions (contact dermatitis) and related flare‑ups.

This test measures your personal tin level so you can identify low or elevated tin that may be linked to gastrointestinal upset, anemia, and liver or kidney effects from exposure.

This test measures your personal bismuth level, helping you detect elevated exposure early so you can discuss results with a clinician and reduce the risk of bismuth-related gastrointestinal or neurological problems.

A simple lab test that measures your personal gadolinium level to detect exposure or retention after contrast-enhanced MRIs. Knowing your result helps you and your clinician monitor exposure and make informed choices that may reduce the risk of future exposure-related complications.

Measure your personal palladium level to detect elevated exposure. Knowing your result can prompt steps with a healthcare professional to reduce exposure and potentially lower the risk of metal‑related problems such as neurological symptoms, kidney strain, or respiratory irritation.

This platinum test measures your personal platinum level so you can detect recent or elevated exposure. Knowing your result helps you and your healthcare provider reduce further exposure and may lower the risk of health issues linked to platinum exposure, such as respiratory irritation and allergic reactions.

Check your personal antimony level to detect elevated exposure early and reduce risks such as respiratory and digestive irritation, skin rashes, and (with prolonged high exposure) potential cardiovascular or neurological effects.

Measure your personal beryllium exposure to identify elevated levels so you can take steps to reduce contact. Early awareness may help lower the risk of beryllium sensitization and chronic beryllium disease, a serious lung condition.

This cadmium test measures your personal cadmium levels so you can detect elevated exposure early and take action. Early awareness may help you avoid cadmium-related problems such as kidney damage, weakened bones (osteoporosis), lung and cardiovascular issues, and increased cancer risk.

Quickly measure your personal tellurium level to know whether you've been exposed to abnormal amounts. Identifying elevated or abnormal tellurium can help you and your healthcare provider address exposures that are associated with respiratory, gastrointestinal and neurological symptoms, potentially preventing longer-term problems.

Measure your personal tungsten levels to detect elevated exposure. Early knowledge lets you reduce exposure and seek medical evaluation to help prevent tungsten-associated respiratory and kidney problems.

Quickly measure your personal arsenic level to detect elevated exposure so you can reduce contact and lower the risk of long-term arsenic-related problems such as certain cancers, heart disease, diabetes, and developmental harms in children.

This at-home test measures only your personal barium level so you can detect elevated exposure early. Knowing your result may help you take steps to reduce risks associated with high barium exposure, such as high blood pressure, muscle weakness and gastrointestinal symptoms.

Measure your personal cesium level quickly to identify elevated exposure and prompt timely medical follow-up that may reduce the risk of radiation-related health problems, such as an increased risk of cancer.

Measure your personal lead level quickly and confidently so you can act if it’s elevated. Knowing your result can help you reduce exposure and seek care to lower the risk of lead-related neurological and developmental harm in children and kidney, reproductive, and cardiovascular problems in adults.

Quickly measure your personal mercury level to identify elevated exposure so you can take steps that may help reduce the risk of mercury-related neurological, cognitive, kidney and developmental problems.