Sentence examples for strength of the bone from inspiring English sources

Many diseases decrease the strength of the bone tissue, and some expose the body to increased mechanical forces.

Both the strength of the bone tissue and the nature of the forces acting on bone change from infancy to old age, both normally and as a result of disease.

Further studies on hardness should be initiated as they provide another means of testing the strength of the bone.

The tensile strength of the bone region was similar in magnitude to fresh cancellous human bone, suggesting that these scaffolds have desirable mechanical properties for in vivo applications, including full joint replacement.

To determine whether the differences in the microstructural properties influenced the mechanical strength of the bone, we performed a three-point bending test on the femurs of wild-type and Id1−/− mice.

In addition to the effect of growth factors, data with the current mouse model suggest that a likely mechanism for the findings is tumor-induced loss of trabecular bone that causes both a trabecular bone reaction and cortical thickening to stabilize the loss of mechanical strength of the bone.

They speed up the heart rate and narrow the arteries so that blood gets to the tissues faster; blood sugar rises, so that energy rushes to the muscles and other organs; and some bodily functions, like digestion and the mechanisms that maintain the strength of the bones and other tissues, are inhibited.

Mechanical strength of the bone-implant constructs decreases with a narrow T-shaped proximal end design and converging proximal screws (TomoFix) or a short vertical plate design (PEEKPower Plate).

The recorded compressive and tensile microstrains for the tested designs were within the physiologic loading range, as they did not exceed the compressive or tensile strength of the bone-implant interface, which is more than 3000 microstrains except for the standard sized implant supporting Lava Ultimate crowns under both loading directions.

For the purpose of rational use of computer resources a geometric plane of symmetry and strength of the "bone-plate" calculation models was assumed.

For these reasons, fusion devices used for osteoporotic patients require specific attention and design enhancement to improve the strength of the bone-screw interface.