Linked from

The 14 pages that link to Calcium homeostasis, each with the reason it gives.

• Bone remodelingRelated: Bone resorption can release calcium when the body requires it.

• RhabdomyolysisRelated: Calcium shifts into injured muscle early and may rebound as muscle tissue heals.

• Calcium signalingCompared with: Homeostasis maintains calcium balance; signaling uses deliberate local or transient deviations.

• Parathyroid hormoneNarrower topic: PTH is one of the principal hormones that corrects falling blood calcium.

• HypocalcemiaNarrower topic: Its control systems determine how blood calcium falls and whether it can be restored.

• Glucocorticoid-induced osteoporosisRelated: Glucocorticoids can reduce intestinal calcium absorption and alter calcium balance.

• Parathyroid glandNarrower topic: The gland’s feedback response is a central control mechanism for blood calcium.

• CalcitriolNarrower topic: Calcitriol is one of the hormones that helps keep blood calcium within a narrow range.

• Calcium gluconateNarrower topic: Supplemented calcium enters a tightly regulated system involving hormones, kidneys, and bone.

• Calcium citrateNarrower topic: Absorbed calcium citrate contributes to the body’s regulated calcium pool.

• Human skeletonRelated: Bone stores most body calcium and releases or absorbs it as needed.

• ErgocalciferolNarrower topic: Regulating calcium balance is a central physiological effect of vitamin D₂.

• HyperparathyroidismNarrower topic: Hyperparathyroidism disrupts this regulation by increasing circulating calcium.

• Calcium cycleRelated: Organisms regulate calcium uptake and release while exchanging it with their surroundings.