Results 261 to 270 of about 641,029 (315)
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Bioinorganics and biomaterials: Bone repair
Acta Biomaterialia, 2011The field of bioinorganics is well established in the development of a variety of therapies. However, their application to bone regeneration, specifically by way of localized delivery from functional implants, is in its infancy and is the topic of this review. The toxicity of inorganics is species, dose and duration specific.
Habibovic, Pamela, Barralet, J.E.
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Metallic Materials for Bone Repair
Advanced Healthcare Materials, 2023AbstractRepair of large bone defects caused by trauma or disease poses significant clinical challenges. Extensive research has focused on metallic materials for bone repair because of their favorable mechanical properties, biocompatibility, and manufacturing processes.
Linlin Fan +4 more
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Bone–Tissue–Bone Repairs for Scapholunate Dissociation
The Journal of Hand Surgery, 2007Scapholunate dissociation is a commonly seen and treated form of carpal instability. Several surgical options have been used for the repair of scapholunate instability over the past 50 years. These have included benign neglect, reduction and percutaneous pinning, primary repair, partial fusions, tendon weaves, and combinations of these.
Edward J, Harvey +4 more
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Bone fracture and bone fracture repair
Osteoporosis International, 2011Fracture healing is a multistage repair process that involves complex, well-orchestrated steps initiated in response to tissue injury. The early upregulation of IL-6, osteoprotegerin (OPG), VEGF, and BMPs indicates a central role for these factors in the initiation of cartilage and periosteal woven bone formation.
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Clinics in Plastic Surgery, 1996
Bone repair by regeneration as we know it continues to undergo changes, with advances approaching that may change our treatment of patients with craniofacial deformities and skeletal defects. Perhaps by the turn of the century, patients born with asymmetric deformities due to lack of growth will be treated early in life by skeletal stretching, and then
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Bone repair by regeneration as we know it continues to undergo changes, with advances approaching that may change our treatment of patients with craniofacial deformities and skeletal defects. Perhaps by the turn of the century, patients born with asymmetric deformities due to lack of growth will be treated early in life by skeletal stretching, and then
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BioEssays, 1987
AbstractAlthough bone development during embryogenesis and bone repair after injury have a number of features which appear similar, they are distinctly different processes which involve separate controlling elements and cuing parameters. Repair of bone is influenced by bioactive factors which reside in bone itself; some of these factors are not present
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AbstractAlthough bone development during embryogenesis and bone repair after injury have a number of features which appear similar, they are distinctly different processes which involve separate controlling elements and cuing parameters. Repair of bone is influenced by bioactive factors which reside in bone itself; some of these factors are not present
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Repair of Bone-Transplant Fractures
The Journal of Bone & Joint Surgery, 1958Fresh autogenous-bone transplant fractures in rabbits have the capacity to unite as early as two weeks in more than two-thirds of the animals. Some of the surface cells of the transplants appeared to survive and proliferate to produce new bone. The graft replacement occurred by creeping substitution. The transplants were well tolerated by host tissues.
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Electrical Stimulation of Bone Repair
Clinics in Podiatric Medicine and Surgery, 1991Interest in methods of accelerating bone healing persists. Electrical stimulation has demonstrated consistently high success rates in recalcitrant, complicated nonunions. The promise of successful noninvasive alternatives for treating nonunions continues to be realized.
S F, Albert, E, Wong
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Gene Expression During Bone Repair
Clinical Orthopaedics and Related Research, 1993Detailed understanding of the basic events in fracture healing constitutes a foundation for the development of new approaches to stimulate bone healing. Since the fracture healing process repeats, in an adult organism, several stages of skeletal growth in the same temporal order, it offers an interesting model for developmental regulation of cellular ...
M M, Sandberg, H T, Aro, E I, Vuorio
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2009
Part 1 Introduction: Challenges of bone repair Bone anatomy, physiology and adaptation to mechanical loading Bone repair and regeneration Biomechanical aspects of bone repair. Part 2 Biomaterials: Properties and characterisation of bone repair materials Metals as bone repair materials Ceramics as bone repair materials Polymers for bone repair Composite
Josep A. Planell +3 more
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Part 1 Introduction: Challenges of bone repair Bone anatomy, physiology and adaptation to mechanical loading Bone repair and regeneration Biomechanical aspects of bone repair. Part 2 Biomaterials: Properties and characterisation of bone repair materials Metals as bone repair materials Ceramics as bone repair materials Polymers for bone repair Composite
Josep A. Planell +3 more
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