Effective nonunion and bone defect management requires consideration of multiple potential contributing factors including biomechanics, biology, metabolic, and patient factors. This article reviews these factors as well as several potential nonunion or bone defect treatments including bone grafts, bone graft substitutes, the induced membrane technique, and distraction osteogenesis. A summary of these concepts and guidelines for an overall approach to management are also provided
Background Understanding the biological mechanisms of why certain fractures are at risk for delayed ...
Purpose: Fracture healing encompasses a succession of dynamic multifactorial metabolic events, which...
none10noNonunion treatment has a high rate of success, although recalcitrant nonunion may determine ...
Effective nonunion and bone defect management requires consideration of multiple potential contribut...
This article looks into normal physiological fracture healing with special emphasis on the diamond c...
Treatment of nonunion has radically changed in recent years. We define nonunion as a fracture of bon...
This article describes the mechanisms of fracture healing (direct and indirect), general fracture ma...
Long bone non-union continues to be a significant worldwide problem. Since its inception over a deca...
Treatment of bone defects remains a challenging clinical problem. Despite our better understanding o...
The pathogenesis of bone healing disturbances is multifactorial, but especially related to impaired ...
Diaphyseal fractures represent a complex biological entity that could often end into impaired bone-h...
The usual treatment for bone defects and recalcitrant nonunions is an autogenous bone graft. However...
International audienceThe purpose of this study was to evaluate the efficacy and safety of a combina...
According to the Centers for Disease Control, the geriatric population of ≥65 years of age will incr...
Background: Increased road traffic accidents lead to increased incidence of fracture of long bones. ...
Background Understanding the biological mechanisms of why certain fractures are at risk for delayed ...
Purpose: Fracture healing encompasses a succession of dynamic multifactorial metabolic events, which...
none10noNonunion treatment has a high rate of success, although recalcitrant nonunion may determine ...
Effective nonunion and bone defect management requires consideration of multiple potential contribut...
This article looks into normal physiological fracture healing with special emphasis on the diamond c...
Treatment of nonunion has radically changed in recent years. We define nonunion as a fracture of bon...
This article describes the mechanisms of fracture healing (direct and indirect), general fracture ma...
Long bone non-union continues to be a significant worldwide problem. Since its inception over a deca...
Treatment of bone defects remains a challenging clinical problem. Despite our better understanding o...
The pathogenesis of bone healing disturbances is multifactorial, but especially related to impaired ...
Diaphyseal fractures represent a complex biological entity that could often end into impaired bone-h...
The usual treatment for bone defects and recalcitrant nonunions is an autogenous bone graft. However...
International audienceThe purpose of this study was to evaluate the efficacy and safety of a combina...
According to the Centers for Disease Control, the geriatric population of ≥65 years of age will incr...
Background: Increased road traffic accidents lead to increased incidence of fracture of long bones. ...
Background Understanding the biological mechanisms of why certain fractures are at risk for delayed ...
Purpose: Fracture healing encompasses a succession of dynamic multifactorial metabolic events, which...
none10noNonunion treatment has a high rate of success, although recalcitrant nonunion may determine ...