الفهرس 
Introduction and rationaleOnly 14 pages are availabe for public view
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Abstract
Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the Percutaneous spine fixation is a novel technique that showed a wide popularity in the field of spine fixations. Recent trends in cases of thoracolumbar fractures tend to use minimal invasive technique to lessen the complication associated with open spine fixations.
Most recent studies managed to prove the efficacy of this novel technique but its limitations holds it from being used in many cases such as fracture type, multilevel fixation and issues regarding the obesity.
Good patient selection and the use of imaging tools available makes percutaneous fixation a good choice especially in trauma cases thus less operative time, less complications and early ambulation of the patients is achieved.
More studies showed be conducted on this technique thus to provide better data regarding patient selection and efficacy of this technique.
The percutaneous pedicle fixation technique presents radiological, clinical, and functional results that are significantly better than the published results with conservative treatment. This intervention, assisted by fluoroscopy, proved to be a technique with a high accuracy and reliability, with results similar to those reported in studies with the classical trans-pedicular fixation regarding the deformity correction, but superior with regard to blood loss, postoperative rehabilitation, and return to the activities of daily living.
Percutaneous pedicle screw fixation demonstrated promising outcomes with acceptable efficacy and safety for spinal trauma and secondary tumors. Further prospective studies with larger sample sizes are required to determine the advantages of percutaneous pedicle screw fixation.
MIS in the treatment of thoracolumbar and lumbar spine fractures represents a good alternative option to conservative treatment. Minimally Invasive Surgery Clinical and functional results are better or comparable, time of recovery is much quicker and the rate of complications is low. Implants need to be removed in case of complications or symptoms referred by the patient. Otherwise system hardware removal is mandatory only when fixation involves L2 or lower segments. An adequate learning curve is important in order to minimize complications. The surgeon should also be confident about the instrumentation to reduce the.