Sentence examples for bone tissue due to from inspiring English sources

Changes in bone tissue due to metabolic abnormalities are classified with regard to the amount and composition of the bone tissue.

Results can provide an estimate for the threshold of initial failure in subchondral bone tissue due to an impact compression transmitted through the overlying articular cartilage.

The model is applied to the problem of determining the exchange of pore fluid between the vascular porosity and the lacunar canalicular porosity in bone tissue due to cyclic mechanical loading and blood pressure.

The spinal column vertebrae VOIs (containing mainly the cortical bone, but also the trabecular bone tissue due to PVE) showed moderate uptake of tracer (SUV 1.4) within the initial minutes, but no further accumulation (Figures 4b and 5a) indicating low defluorination.

Based on the results, we concluded that the electrospun PHBV/CTS/HA8 scaffolds hold great potential to promote the regeneration of bone tissue due to the synergistic effect of chitosan and HA, whereby chitosan provided cell recognition sites while HA acted as a chelating agent for organizing the apatite-like mineralization.

The effects of bisphosphonates are largely limited to bone tissue due to their long-term incorporation into the bone matrix[ 10].

In the same way that osteoporosis weakens bone architecture, calcium deficiencies in dental tissue due to the metabolic investment in both pregnancy and lactation could weaken female tooth enamel.

Furthermore, FDG-PET offers great opportunities because of the capacity to differentiate between bone marrow lesions and viable neoplastic tissue, due to the ability to visualise highly energy-consuming cells such as tumour cells.

Among the literature reviewed, one study reported that a wide-diameter implant can lead to bone resorption and atrophy of the periodontal tissue due to excessive occlusal force, which was contradictory to this study [20].

Hydroxyapatite, one form of calcium phosphate coating, is widely used as a biocompatible material for bone tissue replacement, since it has the ability to bond to osseous tissue due to compositional similarity to the mineral phase of bone.

These could be present at baseline and could survive in synovial or bone marrow tissues due to, for example, incomplete B-cell depletion effectors or concomitant expression of B-cell survival factors, such as BAFF/BLyS [ 37].