Sentence examples for demonstrated bone resorption from inspiring English sources

Animal studies demonstrated bone resorption inhibiting properties of specific vegetables, fruit and herbs a decade ago.

Although studies by Chambers and Horton [ 31] failed to demonstrate bone resorption by mononuclear phagocytes, other observations suggested that tumour-infiltrating macrophages [ 32], as well as polymethylmethacrylate-induced inflammatory macrophages [ 33], are capable of bone resorption in a specific interaction with stromal cells.

Later studies have demonstrated that bone resorption can be decreased by inhibiting the RANK/RANKL signal way during experimental periodontitis in rats [ 7, 8].

Spector and colleagues demonstrated that bone resorption is increased in patients with progressive knee OA and is not increased in those with nonprogressive knee OA.

Pessa [ 10] measured the maxillary angle (superior-to-inferior maxilla at the articulation of the inferior maxillary wing and alveolar arch) of young and old patients and demonstrated significant bone resorption with loss of projection of the maxilla.

Studies of patients with rare bone diseases and genetically modified animal models demonstrated that bone resorption and bone formation may not necessarily be coupled, leading to identification of molecular targets in bone cells for the development of novel agents for the treatment of osteoporosis.

Our biochemical findings demonstrate increased bone resorption with bone-specific collagen degradation products (crosslaps) in the serum of MLII mice.

These conclusions are, however, inconsistent with data from bone mineral density and bone turnover indices demonstrating that bone resorption increased in the first trimester.

No clinical trials have so far been conducted with acidification inhibitors, however, animal studies demonstrate that bone resorption can be lowered with these agents, without a subsequent lowering of bone formation [ 51].

In summary, unlike conventional s-HAp, the newly developed CO3Ap demonstrated bone-like remodeling characteristics in the bone cavity, such as osteoblastic direct bone formation and osteoclastic resorption.

Uncoupled bone remodelling was demonstrated in MC, with bone resorption demonstrated to exceed compensatory bone formation.