However, the type and extent of the possible movement depend on the structure and function of the joint. Moreover, the variation that exists in the form and function of the various joints of the body allows the joints to be grouped into well-defined classes: fibrous, cartilaginous, and ...
organogenesis, tissue homeostasis in adults, and numerous diseases.1,2The term “Wnt” is the combination of the terms “wingless” and “int”.3Int-1, which was later renamedWnt1, is the first Wnt gene
organogenesis, tissue homeostasis in adults, and numerous diseases.1,2The term “Wnt” is the combination of the terms “wingless” and “int”.3Int-1, which was later renamedWnt1, is the first Wnt gene
Second to exchange the nativemeniscus for the implant, and finally to optimize the implant design byminimizing the difference in AC strains between the native situationand the one with implant.The fibrocartilaginous meniscus contains three main matrixcomponents that are together responsible for its ...
endochondral ossification begins with a deposited cartilaginous template that is later replaced by bone formation.222In adult bone, bone homeostasis is maintained by the intricate balancing of bone remodeling, bone formation conducted by osteoblasts, and bone resorption conducted by osteoclasts. Disruption ...
However, the type and extent of the possible movement depend on the structure and function of the joint. Moreover, the variation that exists in the form and function of the various joints of the body allows the joints to be grouped into well-defined classes: fibrous, cartilaginous, and ...
Intriguingly, MSCs from periosteum possess unique chondrogenic potential, as demonstrated by the major contribution they make to the cartilaginous callus during fracture healing. Indeed, removal of the periosteum, but not the bone marrow or endosteum, inhibits cartilage formation and endochondral ...