Linked from

The 22 pages that link to Osteoblast, each with the reason it gives.

• OsteoporosisBroader topic: Reduced bone formation by osteoblasts contributes to skeletal weakness.

• Bone remodelingBroader topic: Osteoblasts fill resorption cavities with new bone matrix.

• BoneRelated: Osteoblasts build new bone matrix during growth and repair.

• OsteoclastCompared with: Osteoblasts counterbalance osteoclast resorption during bone remodeling.

• Dermal boneRelated: Osteoblasts produce the matrix that becomes dermal bone.

• Parathyroid hormoneRelated: PTH signals through osteoblast-lineage cells to influence bone remodeling.

• Bone mineral densityRelated: Osteoblast activity builds the tissue whose mineral content contributes to measured density.

• Bone histologyRelated: Osteoblasts build the matrix examined in bone histology.

• Cranial suturesRelated: Osteoblasts build bone at suture margins during skull growth.

• Endochondral ossificationRelated: Osteoblasts deposit new bone on the remnants of calcified cartilage.

• Fish scaleRelated: Bone-forming cells contribute to the mineralized layers of many bony-fish scales.

• Alkaline phosphataseRelated: Osteoblasts release the bone-associated alkaline phosphatase found in blood.

• Osteogenesis imperfectaRelated: Osteoblasts make the collagen-rich matrix that is defective in many affected people.

• OsteologyRelated: Osteoblasts build the matrix that gives bones their structure.

• OsteosarcomaRelated: Osteosarcoma cells resemble bone-forming cells and produce osteoid.

• Glucocorticoid-induced osteoporosisRelated: Glucocorticoids reduce osteoblast formation and activity, weakening bone formation.

• Paget's disease of boneRelated: Osteoblasts respond to resorption by building replacement bone in a disorganized pattern.

• Apert syndromeRelated: Altered FGFR2 signaling affects the bone-forming cells that shape the skull and limbs.

• Skeleton (anatomy)Related: Osteoblasts deposit the tissue that replaces bone removed during remodeling.

• Bone (anatomy)Related: Osteoblasts build new matrix on bone surfaces.

• CherubismRelated: Osteoblast activity helps determine how lesions remodel as cherubism stabilizes.

• Cleidocranial dysostosisRelated: RUNX2 helps drive osteoblast differentiation, which is impaired in this disorder.