Sentence examples for environments for bone from inspiring English sources

Advances in materials design will enhance our ability to create highly tailored cellular environments for bone and cartilage regeneration.

The small molecule-assisted hydrothermal deposition method provides a simple and controllable route to engineer the nanostructure of HA scaffolds and to construct micro-environments for bone tissue engineering.

The above advantages may alleviate the pain of patients and give the better environment for bone regeneration.

The simulation results revealed that a glass/polypropylene fabric composite (Twintex [0]2nT) IM nail, which has the similar Young's modulus to the cortical bone, provided the most appropriate bio-mechanical environment for bone healing.

Achieving optimal bone regeneration requires biologics (e.g. MSC) and using the correct scaffold incorporated into a local environment for bone regeneration.

Most of these engineering techniques are aimed at mimicking the natural organization of the bone tissues and thereby create a conducive environment for bone regeneration.

They also provided the environment for bone graft osseointegration, repair of femoral fractures and effective interdigitation of cement mantle into the trabecular metal cone.

Minimization of micromotion <150 µm between an implant and bone has been shown to be optimal in achieving a biologic environment for bone growth onto metal arthroplasty surfaces [30, 31, 32].

Material selection is especially important in bone tissue engineering because a supporting substrate is critical in maintaining mechanical strength and structural support as well as providing the optimal culturing environment for bone formation during the early stages of the regenerative process (Lu et al. 2003).

Placing these strain magnitudes in the context of literature on bone adaptation to mechanical loads, this study suggests that porous PEEK structures may provide a more favorable mechanical environment for bone formation and maintenance under spinal load magnitudes than currently available porous 3D-printed Ti, regardless of the level of bone ingrowth.

Together, an increased expression of VEGF creates a favorable vascular environment for bone tissue growth [ 18].