Cadmium Whole Blood ICPMS

This test measures the level of cadmium in your blood. Cadmium is a metal that affects kidney function, weaken bones, and pose health risks when elevated. Monitoring these levels helps in preventing cadmium-related health problems.

This test is done primarily:

• To detect exposure to cadmium from the environment
• To assess kidney function as cadmium toxicity affects the kidneys
• To understand bone health as cadmium weakens bones
• To prevent cadmium-induced health complications

This test is recommended if you:

• Industry involving cadmium exposure
• Living in areas prone to high environmental cadmium levels
• Having symptoms of kidney issues or bone weakness
• Require monitoring due to known cadmium exposure

Abnormal results may indicate:

• Kidney damage
• Bone weakness
• Increased risk of fractures

Discuss any abnormal results with your doctor for proper evaluation and further investigation.

This test requires a blood sample.

During the test:

• A sample is collected using a needle inserted into a vein.
• The process is quick and relatively painless.
• Minimal discomfort might be experienced during blood draw.

There are no specific preparations required for the test. However, it is recommended that you consult with your healthcare provider before taking the test, as they may have specific instructions or recommendations based on your individual medical history and current health status.

Other tests that your healthcare provider may recommend:

• Zinc Protoporphyrin Test: To measure lead exposure effects on blood.
• Urinary Cadmium Test: To assess exposure through urine excretion.
• Serum Creatinine Test: To evaluate kidney function alongside cadmium levels.

• Cadmium Blood Level Test

Cadmium toxicity occurs when excessive cadmium accumulates in your body, affecting kidneys, bones, and possibly lungs and liver. Long-term exposure to cadmium through air, water, soil, and food leads to cancer and organ system toxicity. Patients with cadmium toxicity may require gastrointestinal tract irrigation, palliative treatment, and chemical decontamination by chelation therapy. Nanoparticle-based antidotes may prove effective in some cases.