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The Calcium 24 Hour Urine Test measures calcium excreted over a full day to evaluate kidney function, bone health, and mineral balance. High levels may indicate hypercalciuria, kidney stones, hyperparathyroidism, or metabolic bone disease, while low levels can suggest malabsorption or dietary deficiency. This test helps clinicians assess calcium metabolism, monitor treatment, and investigate causes of abnormal mineral regulation.
The Calcium 24 Hour Urine with Creatinine Test evaluates calcium excretion alongside creatinine to provide insight into kidney health, mineral balance, and bone metabolism. Elevated or low calcium may reflect kidney stones, parathyroid disease, osteoporosis, or metabolic disorders. This test supports monitoring of calcium regulation, renal function, and systemic conditions linked to skeletal health.
The Calcium Test measures calcium levels in blood to assess bone health, parathyroid function, and metabolic balance. Abnormal levels may indicate bone disease, parathyroid disorders, kidney disease, or certain cancers. Both low and high calcium can cause muscle spasms, weakness, or irregular heartbeat. Doctors order this test to monitor osteoporosis, kidney stones, or endocrine disorders. Results provide essential insight into bone, nerve, and overall metabolic health.
The Ionized Calcium Test measures the biologically active form of calcium in blood, essential for nerve signaling, muscle contraction, and heart function. Unlike total calcium tests, it reflects only free calcium not bound to proteins. Doctors order this test to evaluate parathyroid disorders, kidney disease, cancer, or critical illness. Results help diagnose hypocalcemia or hypercalcemia and guide treatment for electrolyte and metabolic imbalances.
The Magnesium 24 Hour Urine Test with Creatinine measures magnesium excretion over a full day and adjusts results with creatinine for accuracy. Abnormal values may indicate kidney dysfunction, electrolyte imbalance, or disorders affecting magnesium metabolism. This test helps assess nutritional status, monitor supplementation, and evaluate conditions such as hypomagnesemia, hypermagnesemia, and metabolic disorders linked to renal health.
The Collagen Cross-Linked N-Telopeptide Urine Test measures type I collagen breakdown products to evaluate bone resorption and skeletal health. Elevated levels may indicate osteoporosis, metabolic bone disease, or increased bone turnover, while lower levels may reflect treatment response. This test provides insight into bone metabolism, helping clinicians assess risk of fractures, monitor therapy, and track long-term bone health.
The Protein Electrophoresis Random Urine Test analyzes protein distribution in a urine sample to detect abnormal monoclonal or polyclonal proteins. It helps evaluate multiple myeloma, kidney damage, and systemic disorders affecting protein metabolism. This test supports monitoring of urinary protein loss, renal impairment, and plasma cell disorders, offering valuable insight into overall kidney and immune health.