Urine element analysis measures concentrations of metals and minerals (e.g., lead, mercury, arsenic, cadmium, zinc) in urine to detect exposure, monitor toxicity, or assess metabolic issues. Samples are collected as spot or 24‑hour urine and analyzed with sensitive lab techniques (often ICP‑MS). Results guide diagnosis and treatment, but interpretation needs appropriate reference ranges and clinical context because timing, hydration, and provoked testing affect levels.

The blood element analysis profile is a panel that measures cellular and chemical components of blood—typically red and white blood cell counts, hemoglobin, hematocrit, platelets, and often electrolytes and trace elements (iron, zinc). It detects anemia, infection, clotting disorders, electrolyte imbalance and nutritional deficiencies. Performed on a small venous blood sample, results help diagnose conditions and guide treatment or further testing.

A comprehensive urine element profile is a laboratory panel that quantifies minerals, trace elements and toxic metals in urine—commonly sodium, potassium, calcium, magnesium, phosphate, zinc, copper, selenium, chromium, manganese and heavy metals such as lead, mercury, arsenic and cadmium. It evaluates toxic exposures, nutritional status and renal excretion, and is used for occupational/environmental screening, monitoring therapy and investigating metabolic or renal disorders.

A urine toxic element test measures levels of heavy metals and other trace elements excreted in urine to detect recent or ongoing exposure or poisoning. It can be a spot, 24‑hour or chelation‑provoked sample. Results help assess occupational or environmental exposure but require clinical context, since timing, hydration and contamination affect levels; additional tests may be needed to confirm body burden and guide treatment.

Sodium is a primary element found in urine, though potassium, chloride, calcium and magnesium are also excreted. The kidneys regulate sodium by filtering and reabsorbing it; excess dietary sodium is eliminated in urine. Urinary sodium levels vary with fluid intake, diet and kidney function and are used clinically to assess hydration status and renal health.

Urine analysis primarily checks health and detects disease by evaluating urine’s appearance, concentration and chemical makeup. It screens for urinary tract infections, kidney disease, diabetes, liver problems and metabolic disorders; detects blood, proteins, glucose, ketones and abnormal cells; and helps monitor treatment and disease progression. It’s a simple, noninvasive tool for diagnosis, screening and ongoing health surveillance.