osteogenic cell

Osteogenic cells that originate from the periosteum increase appositional growth and a bone collar is formed.

Particularly, the heparin binding domain in fibronectin is actively involved in specific interaction with osteogenic cells.

Certain mesenchymal cells group together, usually near or around blood vessels, and differentiate into osteogenic cells which deposit bone matrix constitutively.

You've gone into some kind of spontaneous remission and you're rapidly expelling both your metastatic cancer cells and the osteogenic cells."

It invades the primary centre of ossification, bringing osteogenic cells (osteoblasts on the outside, osteoclasts on the inside.)

Hematopoietic cells also influence osteogenic cell differentiation, and some evidence suggests that mature lymphocytes influence osteoclast and osteoblast function.

The osteoblasts come from the differentiation of osteogenic cells in the tissue that covers the outside of the bone, or the periosteum and the bone marrow.

For example, the authors were able to show the presence of fat granules in adipocytes, calcium in the matrix of osteogenic cells, and collagen in chondrocytes.

The epiphyseal arteries and osteogenic cells invade the epiphysis, depositing osteoblasts and osteoclasts which erode the cartilage and build bone.

Perichondrium layer surrounding the cartilage forms the periosteum, which generates osteogenic cells that then goes on to make a collar that encirclces the outside of the bone and remodels the medullary cavity on the inside.