2.The principles of surgical treatment in malignant pelvic tumors.
Chinese Journal of Surgery 2008;46(12):881-883
3.Fixation and posterior bone fusion for surgical treatment of the lumbar vertebral slip due to degeneration
Journal of Vietnamese Medicine 1999;232(1):31-39
11 patients with the lumbar vertebral slip due to degeneration (male: 1; female: 10) ages of 39-70 received the surgical treatment by using fixation and posterior bone fusion. The results have shown that the average time for monitoring was 23.27 months; pain free (90.91%) pain relief (9.09%), out door normal walking (90.91%) home walking (9.09%). Technique of bone fusion: postero lateral fusion (81.82%), fusion of bony head (70%) posterobalteral fusion and fusion of bony head (70%), without fusion of bony head 30% and without posterolateral (18.18%). The conclusion: the fixation with instrument and bone fusion for treatment of lumbar vertibral slip due to the degeneration found the good and encoraged results
Lumbar Vertebrae
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Bone and Bones
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surgery
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Fracture Fixation
4.Plastic surgery for managing skull bone defects using “infost-2”carbone composite in St Paul Hospital
Journal of Practical Medicine 2004;480(5):53-55
From October 1997 to December 1998, 64 patients with defect of skull vault bone were divided into 2 groups. The 1st group of 33 patients underwent an orthopedic surgery to recreate the defect using their self exploited bone and the 2nd using the carbone composite flap. The technique of use of carbone composite was not complicated and can be applied in any surgical institution which had used to conduct emergency surgery of skull and brain. The priorities in indication must be given to large and very large defect.
Surgery, Plastic
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Therapeutics
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Bone and Bones
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Skull
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Orthopedics
5.Art of replacing craniofacial bone defects.
Yonsei Medical Journal 2000;41(6):756-765
In the history of medicine, many surgeons have been tried to reconstruct lost tissue and correct deformity, attempts to use implant materials have probably paralleled those involving autogenous tissue. Recently there has been an acceleration in the understanding of the requirements and potentials of implant materials caused by collaboration between material scientists, biomaterials engineers, clinicians, and clinical investigators. Alloplastic materials have become an essential part of reconstructing the function and contour of the craniofacial skeleton. Bone is a specialized form of connective tissue, which provides support, and protects vital and detion and summarizes their mechanical properties and clinical aspects.
Animal
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Bone Diseases/surgery*
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Bone Substitutes*
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Bone Transplantation*
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Facial Bones/surgery*
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Facial Bones/injuries
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Human
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Skull/surgery*
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Wounds and Injuries/surgery
8.Application of damage control theory on the trauma orthopaedic treatment.
China Journal of Orthopaedics and Traumatology 2009;22(7):563-566
The treatment of severely traumatic patients was changing from total care treament to the damage control surgery, as a result in the inflammatory reaction caused by trauma, in which the inflammatory marks, such as interleukin-6 and serum procalcitonin in the blood increased, and caused hypothermia, acidosis, and disturbance of blood coagulation, and resulted in the acute respiratory distress syndrome and multiple organs failure. A long-term operation as the second hit made the disease worse. In the patients, the femoral fracture was treated with external fixator; the pelvic fracture was treated with external fixator, and the uncontrolled haemorrhage in the pelvis was treated through direct hemostasis, angiography and embolism of arteries, and the tamponade of pelvis; the purpose of treatment of spinal fracture was keeping the stability of spine, avoiding the secondary injury on the spinal cord. It must pay attention to the injury of the adjacent organs and infection in the opening spinal injury. The result of operation was better in the incomplete spinal cord injury.
Bone and Bones
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immunology
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injuries
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surgery
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Fractures, Bone
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complications
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immunology
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surgery
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therapy
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Humans
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Orthopedic Procedures
9.Extensive cranioplasty for sagittal synostosis in young children by preserving multiple cranial bone flaps adhered to the dura mater: experience with 63 cases.
Bao NAN ; Chu JUN ; Wang XUE ; Bo YANG ; Yunhai SONG ; Jinjing CAI
Chinese Journal of Plastic Surgery 2016;32(1):9-13
OBJECTIVEThis study aimed to evaluate the effort of applying frontal and occipital bones in extensive cranioplasty and preserving multiple cranial bone flaps adhered to the dura mater in the treatment of sagittal synostosis.
METHODSFrom April 2008 to June 2013, sixty-three children with sagittal synostosis, aged 5 months to 3 years, were included in the study. The frontal bone flap was removed using an air drill. The occipital and bilateral temporal bone flaps were cut open but not detached from the dura mater or fixed to produce floating bone flaps. The skull bone was cut into palisade-like structures. Brain compression from both sides and the base of the skull was released and the brain expanded bilaterally through the enlarged space. Only a long strip-shaped bone bridge remained in the central parietal bone. Subsequently, the frontal bone flaps and occipital bone flap were pushed towards the midline and fixed with the parietal bone bridge to shorten the anteroposterior diameter of the cranial cavity and allow the brain to expand bilaterally to correct scaphocephaly. The CT images showed that both sides of the parietal bone of artificial sagittal groove gradually merged postoperative 1 year, and skull almost completely normal healing after operation 2 or 3 years, without deformity recurrence within 5 years. Among them all, 61 children's intelligence is normal and 2 children's lagged behind normal level, no further improvement.
RESULTSPatients were followed up 1 - 5 years (an average of 43 months). Skull growth was excellent in all patients, the anteroposterior diameter was shortened by 14.6 mm averagely, the transverse diameter was increased by 12.3 mm averagely, the prominent forehead was corrected, and scaphocephaly improved significantly. There were no complications such as death and skull necrosis.
CONCLUSIONSThe application of frontal and occipital bones in extensive cranioplasty and preserving multiple cranial bone flaps adhered to the dura mater can be used in the treatment of sagittal synostosis. Surgery without removing bone flaps is less traumatic and results in no massive bleeding. It can effectively relieve brain compression and promotes transversal expansion of the brain during surgery and subsequent normal brain development.
Bone and Bones ; Brain ; growth & development ; Child, Preschool ; Craniosynostoses ; surgery ; Dura Mater ; Frontal Bone ; surgery ; Humans ; Infant ; Parietal Bone ; surgery ; Recurrence ; Surgical Flaps ; Temporal Bone ; surgery
10.Progress of minimally invasive treatment about fragility fractures of pelvis.
Wen-Feng ZENG ; Yi-Nan LI ; Ce WANG
China Journal of Orthopaedics and Traumatology 2019;32(9):872-875
With the serious aging of the population, the incidence of fragility fractures of the pelvis(FFPs) has gradually increased, which has become a public problem affecting the living quality of the elderly. When a surgical treatment is chosen, the procedure should be as minimal invasive as possible and avoid all surgical complications. In recent years, different techniques for percutaneous or less invasive fixation of the posterior pelvic ring have been developed. Their advantages and limitations are presented: sacroplasty, iliosacral screw osteosynthesis, cement augmentation, transiliac internal fixation, transsacral osteosynthesis, lumbopelvic fixation. The purpose of this paper is to review the classification and minimally invasive treatment of FFP.
Aged
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Bone Screws
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Fracture Fixation, Internal
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Fractures, Bone
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surgery
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Humans
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Pelvic Bones
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Pelvis