Linked from

The 24 pages that link to Osteoclast, each with the reason it gives.

• OsteoporosisBroader topic: Excessive osteoclast activity can accelerate bone loss in osteoporosis.

• Rheumatoid arthritisRelated: Inflammatory signals stimulate osteoclasts, contributing to erosions around affected joints.

• PhagocytosisRelated: Osteoclasts use specialized engulfment and digestion machinery to resorb bone.

• Bone remodelingBroader topic: Osteoclasts create the resorption cavities that remodeling must refill.

• MacrophageRelated: It shows how related precursor biology can produce a specialized cell with a distinct primary function.

• BoneRelated: Osteoclasts remove old or damaged bone as part of remodeling.

• OsteoblastCompared with: Osteoclasts remove bone, opposing the matrix-building work of osteoblasts.

• Dermal boneRelated: Osteoclasts resorb dermal bone as it is remodeled.

• Parathyroid hormoneRelated: PTH promotes osteoclast formation indirectly through signals from osteoblast-lineage cells.

• Bone mineral densityRelated: Osteoclast-mediated resorption can reduce bone mass when it outpaces formation.

• Bone histologyRelated: Its resorption surfaces reveal how bone tissue is remodeled.

• Cranial suturesRelated: Bone resorption helps reshape skull margins as sutures accommodate growth.

• Endochondral ossificationRelated: Osteoclasts remove mineralized cartilage and bone as the developing bone is reshaped.

• PeriodontitisRelated: Inflammatory signals can increase osteoclast activity and drive alveolar bone loss.

• AntlerRelated: Osteoclast activity at the pedicle-antler junction helps detach the mature antler.

• OsteologyRelated: Osteoclast activity removes bone during remodeling and mineral release.

• OsteosarcomaCompared with: Osteoclasts remove bone, unlike the osteoid-producing malignant cells that define osteosarcoma.

• Glucocorticoid-induced osteoporosisRelated: Glucocorticoids can increase early bone resorption by promoting osteoclast activity.

• Paget's disease of boneRelated: Overactive osteoclasts initiate the excessive bone breakdown characteristic of the disease.

• OsteopetrosisBroader topic: Osteopetrosis arises when osteoclast number or function is insufficient for normal bone resorption.

• Skeleton (anatomy)Related: Osteoclasts resorb bone as part of remodeling and calcium regulation.

• Bone (anatomy)Related: Osteoclasts remove old or damaged bone.

• CherubismRelated: Overactive osteoclasts contribute to the jawbone resorption seen in cherubism.

• Giant cells (pathology)Broader topic: Osteoclasts are specialized giant cells formed by fusion of monocyte-lineage precursors.