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The 16 pages that link to Parathyroid hormone, each with the reason it gives.

• Bone remodelingRelated: It influences bone turnover as part of calcium homeostasis.

• Vitamin DRelated: It stimulates renal activation of vitamin D when blood calcium is low.

• Thyroid hormonesCompared with: Despite the name and nearby glands, it regulates mineral balance rather than thyroid-hormone physiology.

• BoneRelated: Its effects on bone help raise blood calcium when levels fall.

• Calcium homeostasisRelated: It is the main rapid hormonal signal for correcting low blood calcium.

• OsteomalaciaRelated: It often rises in vitamin D deficiency and can worsen phosphate loss.

• HypocalcemiaRelated: Insufficient secretion is a major cause of hypocalcemia.

• HypomagnesemiaRelated: Magnesium deficiency can reduce its release or weaken its effects.

• HypoparathyroidismNarrower topic: Its inadequate secretion is the defining defect in most cases.

• Parathyroid glandBroader topic: It is the gland’s principal secretion and the main signal controlling its effects.

• CalcitriolCompared with: It stimulates kidney calcitriol production when blood calcium is low, linking the two hormones in a feedback system.

• Calcium gluconateRelated: It is a central regulator of calcium levels that may be disturbed in hypocalcemia.

• CholecalciferolRelated: It stimulates renal activation of vitamin D when blood calcium is low.

• HyperparathyroidismBroader topic: Its excess secretion drives the defining biochemical effects of hyperparathyroidism.

• Bone (anatomy)Related: It changes bone resorption and formation as calcium levels shift.

• Oxyphil cells (parathyroid)Related: Oxyphil cells may express parathyroid hormone, though their contribution to secretion is unclear.