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In the presented paper authors describe a method for bone scaffolds fabrication.
Tissue engineering using pluripotent stem cells is a new, promising method for bone repair.
The concept of a rigid but nonpermanent method for bone stabilization for craniomaxillofacial surgery, particularly in infants and children, has long had theoretical appeal but a safe and effective method for bone fixation has been wanting.
Ultrasound is an established therapy method for bone fracture healing, hyperthermia and the ablation of solid tumors.
The first clinical studies are encouraging and suggests that stem cell therapy could be a prime method for bone reconstruction.
One possible manufacturing method for bone scaffolds used in regenerative medicine involves the acoustic irradiation of a reacting polymer foam to generate a graded porosity.
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Also, described in brief are surface modification methods for bone tissue engineering applications.
Limitations of current clinical methods for bone repair continue to fuel the demand for a high strength, bioactive bone replacement material.
The most frequently used surgical methods for bone grafts are guided bone regeneration (GBR), block bone graft (BBG), sinus lifting via lateral window, and bone-added osteotome technique.
Such a demonstration would require the use of several bone samples with different densities and comparison with gold standard methods for bone density measurement, which was beyond the scope of this work.
Current methods for bone repair and regeneration rely heavily on the use of autografts, allografts and synthetic bone graft substitutes.
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