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1.Loss of BMPR2 Leads to High Bone Mass Due to Increased Osteoblast Activity

Creador:
Cox, K., Tsuji, K., Baron, R., Intini, G., Gamer, L., Lotinun S., Rosen, V., and Lowery, Jonathan W.
Tipo de recurso:
Conference

2.Type 2 Receptor-Level Competition Between BMP and Activin Ligands Regulates Postnatal Bone Mass

Creador:
Lowery Jonathan W., Cox, K., Intini, G., Gamer, L., and Rosen, V.
Tipo de recurso:
Conference

3.The Role of BMP2 Signaling in the Skeleton.

Creador:
Capelo, L.P., Chappuis, V., Kokabu, S, Lowery, Jonathan W., Rosen, V., Pazin, D., and Intini, G.
Descripción:
While new roles for the adult skeleton as an endocrine organ continue to emerge, our understanding of how bone homeostasis is maintained is also changing. Here we focus on BMP2, a molecule identified by its ability to induce...
Tipo de recurso:
Article

4.Loss of BMPR2 Leads to High Bone Mass Due to Increased Osteoblast Activity

Creador:
Ote, S., Cox, K., Baron, R., Intini, G., Salazar, V., Gamer, L., Lotinun, S., Rosen, V., and Lowery, Jonathan W.
Descripción:
Imbalances in the ratio of bone morphogenetic protein (BMP) versus activin and TGF? signaling are increasingly associated with human diseases yet the mechanisms mediating this relationship remain unclear. The type 2 receptors...
Tipo de recurso:
Article