A non-invasive bioabsorbable rib fixator is presented with its mechanical design and concepts for surgery implementation. Its feasibility and efficiency are investigated though lab testing whose results are discussed with satisfactory outcomes. The rib fixator is designed with small size for fairly easy manufacturing and surgery implantation with short-time tissue absorption. The aim of the paper as well its content refers to a feasibility check and operation characterization of a rib implant for osteosynthesis of rib fractures
Background: Surgical management of fractured ribs with internal fixation is an increasingly accepted...
The Department of Thoracic Surgery of the National Institute of Cancer in Milan developed a new rib-...
Thoracic trauma is associated with rib fractures, with traffic accidents remaining the main cause, w...
A non-invasive bioabsorbable rib fixator is presented with its mechanical design and concepts for s...
The problems for fixing rib fractures are usually challenged with different rib fixators whose desig...
Osteosynthesis surgery for rib fractures is controversial and challenging. This study developed a no...
More than a century ago, the first scientific report was published about fracture fixation with plat...
More than a century ago, the first scientific report was published about fracture fixation with plat...
Traumatic rib fracture injuries are being seen with increasing frequency in the hospital setting. Th...
Background Biomechanical research directed at devel-oping customized implant solutions for rib fract...
A novel concept for rib fixation is presented that involves the use of a bioresorbable polymer intra...
Rib fractures are a common injury resulting from blunt chest trauma. The most important complication...
Background: The primary aim of this study was to determine and compare the biomechanical properties ...
The stress on an intramedullary screw rib fixation device holding together a centrally fractured hum...
The human ribs must be analyzed as long and as curved bones, due to their physiology. For the develo...
Background: Surgical management of fractured ribs with internal fixation is an increasingly accepted...
The Department of Thoracic Surgery of the National Institute of Cancer in Milan developed a new rib-...
Thoracic trauma is associated with rib fractures, with traffic accidents remaining the main cause, w...
A non-invasive bioabsorbable rib fixator is presented with its mechanical design and concepts for s...
The problems for fixing rib fractures are usually challenged with different rib fixators whose desig...
Osteosynthesis surgery for rib fractures is controversial and challenging. This study developed a no...
More than a century ago, the first scientific report was published about fracture fixation with plat...
More than a century ago, the first scientific report was published about fracture fixation with plat...
Traumatic rib fracture injuries are being seen with increasing frequency in the hospital setting. Th...
Background Biomechanical research directed at devel-oping customized implant solutions for rib fract...
A novel concept for rib fixation is presented that involves the use of a bioresorbable polymer intra...
Rib fractures are a common injury resulting from blunt chest trauma. The most important complication...
Background: The primary aim of this study was to determine and compare the biomechanical properties ...
The stress on an intramedullary screw rib fixation device holding together a centrally fractured hum...
The human ribs must be analyzed as long and as curved bones, due to their physiology. For the develo...
Background: Surgical management of fractured ribs with internal fixation is an increasingly accepted...
The Department of Thoracic Surgery of the National Institute of Cancer in Milan developed a new rib-...
Thoracic trauma is associated with rib fractures, with traffic accidents remaining the main cause, w...