Sentence examples for mechanically appropriate from inspiring English sources

The purpose of this study was to evaluate the effect of differences in the retainer design on load on abutment teeth and displacement of the denture base in mandibular unilateral extension base partial removable dental prosthesis to determine the optimum design for a mechanically appropriate retainer.

It seems unlikely that enormous azhdarchids would continue to develop their physiologically expensive flight apparatus, and coincidentally with a mechanically appropriate scaling regime, throughout such extensive growth under flightless conditions.

Bone adapts to loading by changing its structure to be mechanically appropriate according to its loading environment [ 37- 39].

It is likely that interactions between soluble and mechanical factors regulate aggrecanolysis in the meniscus, and may contribute to the development of a mechanically appropriate ECM.

These results imply that mechanically matching scaffolds with appropriate physico-chemical properties support chondrocyte differentiation.

Purified metagenomic DNA was sheared mechanically by sonication for appropriate lengths of time established by pilot experiments to generate 2-9 kb DNA fragments.

Today, the mellifluous voice of Bernie Wagenblast, a transportation-voice-over specialist, is heard on many platforms, perpetually chipper and pausing mechanically with the insertion of appropriate train line numbers or letters.

The work demonstrates that biphasic theory, applied to unconfined compression, is a highly appropriate paradigm to mechanically characterise concentrated collagen gels and that confined compression of highly hydrated gels should be further investigated to enhance gel mechanical performance.

Based on these results, DIS may not be appropriate in all mechanically ventilated patients.

The general approach involves a biocompatible, structurally and mechanically sound scaffold, with an appropriate cell source, which is loaded with bioactive molecules that promote cellular differentiation and/or maturation.

These porous materials approach the compressive properties of cancellous bone when matched by density, indicating the potential to mechanically stabilize the defect and elicit the appropriate mechanical cues to regenerate bone.