Sentence examples for mineralization and bone from inspiring English sources

These cells, which line and penetrate the mineralized matrix, are responsible for matrix formation, mineralization, and bone resorption, under the control of both systemic and local factors.

Suppl 1. Tejeda-Montes, E. et al. Mineralization and bone regeneration using a bioactive elastin-like recombinamer membrane.

The synergistic effect of the presence of an ECM protein, collagen and HA in PLLA/collagen/HA nanofibers provided cell recognition sites together with apatite for cell proliferation and osteoconduction necessary for mineralization and bone formation.

However, in many instances they also elicited mineralization and bone formation, a phenomenon that appeared to relate to their donor's age; the type of tooth of origin; and the host environment.

Adhesion phenomena between inorganic solids are of general interest for mineralization and bone formation processes.

We also observed functions that are explicitly related in phenotypic differences, such as blood vessels, neural crest cell migration, bone mineralization and bone morphogenetic protein pathway, and photoreceptor cell maintenance.

The results reveal that the Ta surface chemistry on the nanotube architecture enhances alkaline phosphatase activity, and promotes a ~ 30% faster rate of matrix mineralization and bone-nodule formation when compared to results on bare TiO2 nanotubes.

However, no direct data support the involvement of CA1 in bio-mineralization and bone formation in cells and tissues.

Adult D2KO mice had brittle bones with impaired resistance to fracture, indicating that maintenance of adult bone mineralization and optimal bone strength requires local Dio2-mediated production of T3 [92].

These studies have shown an increased rate of bone mineralization and elevated bone mass due to increased osteoblast activity in Y2R knockout mice (Lundberg et al. 2007).

Studies showed that fluoride-modified titanium surface increased osteoblast proliferation, induced high level expression of osteogenic markers, promoted bone mineralization, and enhanced bone formation in cell culture [ 8, 9] and animal experiment [ 10, 11].