RESUMO
OBJECTIVE@#To investigate the effectiveness of single Taylor external fixator combined with biplanar osteotomy on correction of tibial multiplanar deformities.@*METHODS@#Between October 2016 and December 2021, 11 patients with tibial multiplanar deformities (20 sides) were treated with single Taylor external fixator and biplanar osteotomy. Of them, 4 were male and 7 were female; the average age ranged from 13 to 33 years (mean, 21.9 years). Diagnosis included rickets severe genu varum deformity (7 cases, 14 sides), rickets severe genu valgum deformity (2 cases, 4 sides), multiple osteochondromatosis calf deformity (1 case, 1 side), neurofibromatosis medial lower leg anterior arch deformity with short of leg (1 case, 1 side). After fibular osteotomy and tibial multiplanar osteotomy, a Taylor external fixator was installed. After operation, the deformities were corrected successively and fixed completely. The osteotomy healed, then the external fixator was removed. Before operation and at 12 months after operation, the full-length X-ray films were taken. The leg-length discrepancy, medial proximal tibial angle (MPTA), lateral distal tibial angle (LDTA), posterior proximal tibial angle (PPTA), anterior distal tibial angle (ADTA), and tibial rotation angle were measured. The degree of lower limb deformity was scored with reference to a customized tibial mechanical axis scoring table.@*RESULTS@#Osteotomy was successfully completed without neurovascular injury and other complications. The external fixator was adjusted for 28-46 days, with an average of 37 days, and the external fixator was worn for 136-292 days, with an average of 169 days. Mild needle infection during the fixation period occurred in 3 sides, refracture at the distal tibial osteotomy in 1 side after removing the external fixator, and nonunion of the distal fibular osteotomy in 1 side. All patients were followed up 369-397 days (mean, 375 days). At 12 months after operation, the lower limb discrepancy decreased, but there was no significant difference ( P>0.05). MPTA, LDTA, PPTA, ADTA, and tibial rotation angle improved, and the differences in LDTA, ADTA, and tibial rotation angle were significant ( P<0.05). The score of lower limb deformity was significantly higher than that before operation ( P<0.05), and the results were excellent in 9 sides, good in 8 sides, fair in 3 sides, with the excellent and good rate of 85%.@*CONCLUSION@#Single Taylor external fixator combined with biplanar osteotomy is effective in the correction of tibial multiplanar deformities.
Assuntos
Humanos , Masculino , Feminino , Adolescente , Adulto Jovem , Adulto , Tíbia/cirurgia , Osteotomia/métodos , Raquitismo , Fixadores Externos , Estudos Retrospectivos , Resultado do TratamentoRESUMO
Objective:To investigate the clinical efficacy and indications of arthrolysis plus Ilizarov technique in the treatment of traumatic fibrous stiffness of the knee.Methods:The clinical data were analyzed retrospectively of the 9 patients (10 knees) with traumatic fibrous stiffness who had been treated by arthrolysis plus Ilizarov technique from January 2012 to December 2020 at Department of Orthopaedics, Rehabilitation Hospital of National Research Center for Rehabilitation Technique Aids. There were 8 males and one female, aged from 15 to 42 years (average, 30.2 years). The left side was affected in 2 cases, the right side in 6 ones and bilateral sides in one. Their knee stiffness was all caused by injury around the knee. The time from injury to treatment ranged from 12 months to 38 years (average, 16.5 years). The admission examination revealed that the knee extension ranged from -40° to 0° and the knee flexion from -10° to 40°. Wearing time for the external fixator and incidence of complications were recorded; the ranges of knee motion were compared before and after treatment; the Qin Sihe criteria for postoperative limb deformity correction were used at the last follow-up to evaluate the curative efficacy.Results:The 9 patients were followed up for 20 to 78 months with an average of 35 months. The external fixators were worn for 14 to 200 days with an average of 78.4 days. During the traction period, pin tract reaction (3 holes) occurred in 2 patients with 3 knees, pin tract infection (2 holes) in 2 patients with 2 knees, the incision healed poorly in one patient, and no other complications occurred. The functional recovery of the knee was good at the last follow-up. The knee extension was 0°, insignificantly different from the preoperative value (-6.5°±12.9°) ( t=-1.591, P=0.146); the flexion angle was 70.0°±17.6°, significantly better than the preoperative value (15.0°±17.2°) ( t=-6.822, P< 0.001). According to the Qin Sihe postoperative criteria, the curative efficacy at the last follow-up was excellent in 7 knees and good in 3. Conclusion:In the treatment of traumatic fibrous stiffness of the knee, when the efficacy of simple arthrolysis is not good enough, a combination with Ilizarov technique can help improve the postoperative knee function and prevent severe complications.
RESUMO
Objective:To investigate the effect of lateral tibial periosteum distraction on diabetic foot and vasculitis foot.Methods:A retrospective analysis of 13 patients (16 feet) who received lateral tibial periosteal distraction between June 2019 and May 2020 were included in the study. 9 males and 4 females; aged 39-77 years (average 66 years); left foot 7 cases, right foot 9 cases. 5 cases were patients with diabetic foot, 1 case was diabetic foot with arteriosclerosis obliterans, 2 cases were thromboembolic vasculitis, and 5 cases were arteriosclerosis obliterans. The tibial periosteum was dissected and a distraction device was placed. In the 3 patients with foot ulcers, tibial periosteum distraction devices were placed on the severer side. The periosteal distraction began on the third day after surgery, about 0.75 mm/d, the adjustment was done usually in two weeks. Two weeks later, the stretch plate was removed surgically. The followings were evaluated: visual analogue scale (VAS) pain score, foot peripheral oxygen saturation, foot capillary filling test, lower extremity arterial CT angiography (CTA), etc.Results:All 13 patients were followed up for 2-12 weeks, with an average of 3.85 weeks. VAS pain score: the average pain score of 13 patients with preoperative foot pain was 5.31±1.84 (range, 2-9) points, and 2 weeks after surgery, the average value was 2.46±1.39 (range, 1-6) points with statistical significance ( t=6.124, P<0.001) ; peripheral foot oxygen saturation: the average preoperative blood oxygen saturation of 12 patients was 87.83%±14.83% (range, 50%-98%), 1 patient was not detected before surgery, and 2 weeks after operation, the average blood oxygen saturation was 92.33%±7.91% (range, 75%-99%). There was no significant difference between them ( t=1.124, P=0.285). The foot skin temperature of 10 patients was 35.68±0.85 ℃ (range, 34.00-36.60 ℃) before surgery and 36.23±0.46 ℃ (range, 35.50-36.90 ℃) after surgery, and the difference was statistically significant ( t=3.197, P=0.008) . Capillary filling test: 2 weeks after operation, the capillary filling response was significantly improved. All 13 patients had improved CTA of both lower extremity arteries before operation, and 11 patients had CTA taken back after two weeks of operation. Compared with preoperative CTA, new vascular network was found in the operation limb. In addition to 1 patient with thromboangiitis obliterans (mainly suffering from foot pain, no wound symptoms), 2 of 12 patients with heart failure, renal failure and other basic diseases did not heal, and the wounds of the other 10 patients had improved significantly 1 month later. Conclusion:Lateral tibia periosteum distraction can be used to treat chronic ischemic diseases of lower extremities with satisfactory postoperative results.
RESUMO
Lower limb lengthening, especially femur lengthening and tibia lengthening, is the most commonly used and effective technique in management of limb length discrepancy and dwarfism. However, there are many complications and sequelae in clinic practice, which limits the application and development of this technique to some extent. The reasons may be related to the following two points: one is the lack of sub discipline of limb lengthening in the domestic system of health and medical education, in other word, it is difficult acquired academic and clinical guidance from specialty of "Limb Lengthening and Reconstruction" in orthopedics departments and hospitals. Secondly, limb lengthening and reconstruction with its own theoretical principles and medical model is a systematic engineering and integration discipline, which cannot be completely guided by the classical orthopedic medical paradigm. The complications of lower limb lengthening have been classified according to local and general, immediate, early and late stage, or by infection and non-infection, or by problems, obstacles, complications, etc. Regarding the nature, Qin proposed a new classification for complications, which is divided into five categories: from soft tissue, from joint, from bone, infective and complex. This classification method can reflect the characteristics of different types, reflect the progressive relationship, and is easy to record, distinguish, emphasize and avoid. Different types of complications can occur in different stages of lower limb lengthening, different kinds of complications can occur alone or simultaneous, and different degrees of complications can transform into each other. It requires that surgeon engaged in limb lengthening must have solid knowledge of orthopedics, and be able to quickly identify and effectively deal with various complications; the patients should fully understand and implement the key points of each step during the whole process of limb lengthening, doctors and patients should be friends to avoid and reduce the occurrence of complications.
RESUMO
Lower leg lengthening has a history of more than 100 years. However, serious complications occurred in the early stage due to the immature device and technical conditions. The emergence of Ilizarov technology making limb lengthening is a kind of controlled operation. Based on the "Ilizarov effect", the results of limb regeneration and lengthening were obtained by slow, stable and continuous distraction of living tissues. The regeneration of bone and soft tissue is like limb development in children. Currently, the traditional Ilizarov external fixation is still the dominated method for leg lengthening. The Chinese Ilizarov external fixator and the lower leg Achilles tendon elastic lengthening external fixator are the representatives of domestic application. Other limb lengthening methods, including computer hexapod assisted orthopedic surgery (CHAOS), lengthening over nail (LON), lengthening and then nailing (LATN) and intramedullary nail lengthening system, have not been developed in China. Percutaneous transverse osteotomy at 5-6 cm below the tibial plateau is a common osteotomy method in China. This method can maximize the retention of periosteum and intramedullary blood circulation. Limb lengthening more than 4 cm is recommended by leg Achilles tendon elastic synchronous lengthening fixator with calcaneal wire fixation. Following the principle of tension-stress, the lengthening is carried out slowly. Further, the lengthening device is removed step by step according to the principle of dynamic adjustment of fixed stiffness.
RESUMO
Objective:To investigate surgical methods and clinical effects of tibial pseudarthrosis due to neurofibromatosis type I (NF1) in adult using Ilizarov technique combined with intramedullary nail.Methods:A total of 12 adult with tibial pseudarthrosis due to NF1 treated by Ilizarov technique combined with intramedullary nail from October 2009 to December 2017 were retrospectively included. There were 6 males and 6 females with an average age of 27±8.3 years (range 17-44). All cases presented severe anterior arch in varus or valgus deformity with shortening in an average of 10.8±3.7 cm (range 5.6-16.5 cm). The in-volved levels were at the middle and lower part of tibia. All cases suffered from more than one treatment with failed surgery. One male patient with 5 times of unsuccessful operations. There were 4 cases with severe limping gait and 8 cases with walking with the help of brace (or single crutch) preoperatively. Regarding the family history, seven cases were inherited by father and 5 cases by mother. During surgery, the part of tibial pseudarthrosis and thickened fibrous tissue surroundings like periosteal were removed. The contracture achilles tendon was elongated in open way, and intramedullary nailing cross the ankle joint was applied when the tibial medullary cavity opened. Further, iliac bone grafting and proximal tibial osteotomy were performed with Ilizarov fixator application finally. The tibia was lengthened at a rate of 0.5-1 mm/d at 7 days postoperatively. The healing rate of pseudarthrosis and the length and alignment of limb were evaluated by X-ray routinely. The lower limb function and complications were assessed by self-made table for lower limb deformity correction and functional reconstruction.Results:All patients were followed up for 31-80 months with an average of 47.6±14.7 months. Bone union of pseudarthrosis in all cases was eventually achieved. The tibia was lengthened 5-12 cm with an average of 8.4±2.5 cm. There were 9 cases underwent second surgeries to promote bone healing and to correct residual deformities. The external fixator was used for 25-37 months with an average of 31.5±3.7 months. There was no complication, including neurovascular injury, severe soft tissue or bone infection affecting the clinical effects. All intramedullary nails were not removed finally. The limb function and gait in full weight bearing in 12 patients recovered at the latest follow-up. The evaluation score was 2.4±0.3 (range 2.1-2.8), of which 9 cases were excellent 3 were good. Thus, the excellent and good rate was 100%.Conclusion:The satisfactory clinical effects, including angular deformity correction, pseudarthrosis healing and short limb lengthening, can be achieved in adult with tibial pseudarthrosis due to NF1 by using the combination method of Ilizarov technique and intramedullary nail. However, the treatment duration could be longer.
RESUMO
Ilizarov technology, which led to bone regeneration and limb lengthening, was one of the important milestones in the development of orthopedics in the 20th century. With involving in clinical of evolution, system cybernetics, regenerative medicine, artificial intelligence, 3D printing in the 21st century, the usual orthopaedic category was broken through. The skull, spine, pelvis, fingers, toes and neuropathic ulceration, ischemic gangrene almost can implement regenerate, repair and reconstruction, which further proof that the biological force can inspire the potential of the human tissue regeneration. This paper traced the history of limb lengthening for more than 100 years, expounded the original bone osteotomy, lengthening concept and important biological theory of Ilizarov technique, distraction osteogenesis and distraction histogenesis, and their development in the former Soviet Union, Europe, North America and all over the world. The strengths, weaknesses and continuous improvement of Wagner, Bastiani, Orthofix, Ilizarov fixator and lengthenable intramedullary nail were introduced, and clinical application of different tissue regeneration and reconstruction caused by distraction histogenesis were described in this paper. International Society for Limb Lengthening and Reconstruction and the academic organizations of various countries play important roles in promoting process of continuous development of limb lengthening. The origin and development of limb lengthening and reconstruction in China can be divided into four stages:the stage before Ilizarov technology, namely the independent research and development of external fixation; the stage of Ilizarov technology period of distraction osteogenesis; the stage post-Ilizarov; and the stage of limb regeneration and reconstruction under stress control and regulation, which has now entered a new era of rapid development.
RESUMO
The Soviet Union orthopedic doctor Ilizarov invented the ring external fixator which could be assembled into more than 800 configurations, and created a new minimally invasive external fixation technology system called Ilizarov technology which was different from the western classical orthopedic technique. The theoretical basis of this technique is to imitate nature, by controlling and transforming the stress of life movement in vitro, to cure the complex trauma fracture, bone and soft tissue defect, infection and severe deformity of limbs, and to save some endangered amputation complex trauma and limb deformity. From theoretical guidance, surgical indications, medical models and postoperative management, it differs from the modern technique of internal fixation (AO) fracture treatment theory in trauma orthopedics. It can achieve fracture reduction and fixation by the most minimally invasive or even bloodless operation, and control bone growth in vitro. It can not only complete the fixation requirements of most fractures in trauma orthopedics, but also solve complex problems such as bone nonunion, bone defect, soft tissue defect of limbs and associated malformation without bone graft and loss of bone length. Ilizarov technology was introduced into China mainland for more than 30 years, but the application of this technology in the field of orthopaedics in China is still not extensively spreaded because of many reasons, In this article, the authors review the application of Ilizarov technology in the field of trauma orthopedics in China for domestic Orthopaedic surgeon to better understand this technology.
RESUMO
Objective To assess the clinical curative effect of accordion technique in the treatment of tibial delayed union or nonunion.Methods From February 2016 to December 2017,data of 11 patients with tibial delayed union (n=8) or non-union (n=3) who had been treated by accordion technique with an Ilizarov ring external fixator were retrospectively analyzed.10 males and 1 female were included in our study,with an average age of 41.9 years (range,21-63 years).There were 5 cases of docking site delayed union after Ilizarov transport for chronic tibial osteomyelitis.There were 3 cases of fracture site delayed union after external fixation for open tibia comminuted fracture.There were 3 cases of nonunion after tibia closed fracture,including 2 cases who had hybrid external fixation treatment,and 1 case who had conservative treatment.All the cases received accordion technique using Ilizarov ring external fixators.First,gradual compression at the fracture site was conducted until the bony contact was seen on a radiograph.After bony contact,compression was continued at a rate of 0.85 mm/d for a week,followed by distraction of 0.85 mm/d for 2-3 weeks.Afterward,a second compression was conducted using same rate and time with the distraction procedure.And there was a 7-day latent period between compression and distraction.One or two cycles of compression-distraction were needed before union was present radiographically.Results Bony union was obtained in all 11 patients after a mean time of 5.4 months (from 3 to 9 months).The mean follow-up for the 11 patients was 15.2 months (from 11 to 29 months).The mean duration of the accordion technique treatment was 50.2 d (range,35-67 d).The accordion technique was used 1 time for 8 patients,and 2 times for 3 patients.The mean duration of bone consolidation was 114.9 d (range,64-239 d).According to Paley evaluation criteria,osseous results were excellent in 8 cases,good in 3 cases,with a good to excellent rate of 100％(11/11);functional results were excellent in 7 cases,and good in 4 cases,with a good to excellent rate of 100％(11/11).Conclusion The accordion technique is a minimal invasive,safe and reliable treatment program for tibial delayed union or nonunion.
RESUMO
Orthopedics is a popular surgical major in China, but orthopedic surgery, as a very important subspecialty, is not even well understood by orthopedic surgeons. Since the founding of the People's Republic of China, the development of orthopedic surgery in China has experienced the period of rise and popularity, bottleneck period, and the second development period after the 21st century. The rise of modern medical technology and artificial intelligence have ushered in new opportunities for the development of orthopedic surgery. In order to better understand the winding road of orthopedic surgery development and look forward the future of functional reconstruction in China, combining the clinical practice in the past 40 years, the author reviewed the literatures on the development history of orthopedic surgery and analyzed the development of orthopedic surgery in recent 70 years.
RESUMO
Orthopedics is a popular surgical major in China, but orthopedic surgery, as a very important subspecialty, is not even well understood by orthopedic surgeons. Since the founding of the People's Republic of China, the development of orthopedic surgery in China has experienced the period of rise and popularity, bottleneck period, and the second development period after the 21st century. The rise of modern medical technology and artificial intelligence have ushered in new opportunities for the development of orthopedic surgery. In order to better understand the winding road of orthopedic surgery development and look forward the future of functional reconstruction in China, combining the clinical practice in the past 40 years, the author reviewed the literatures on the development history of orthopedic surgery and analyzed the development of orthopedic surgery in recent 70 years.
RESUMO
Objective@#To discuss the clinical application and effects of domestic external fixator in the treatment of patients with malformations of limbs.@*Methods@#A total of 7 289 patients with malformation of limbs who had been operated in Qin Sihe orthopedic surgery team from January 1989 to June 2016 were retrospective analyzed. The patients were treated with domestic external fixator, including 4 033 males and 3 256 females, aging from 2 to 82 years with a mean age of 23.4 years. There were 2 732 patients using Ilizarov external fixator, 4 713 patients using hybrid external fixator, 57 patients using monobrachial external fixator, 232 patients using Ilizarov external fixator and hybrid external fixator. The Ilizarov, hybrid and monobrachial external fixator were used in 67, 65 and 0 patients on the upper limbs and in 2 665, 4 616 and 57 patients on the lower limbs. There were 3 028 patients operated on the left limbs, 3 260 patients operated on the right limbs and 1 001 patients operated on the bilateral limbs. The top three types of diseases were sequelae of poliomyelitis, cerebral palsy and post-traumatic stress disorder peromely. Deformity types inclued talipes equinovarus, knee flexion deformity, cavus foot and so on.@*Results@#All the patients were followed up for a period of 2.5 months to 22.4 years, with an average follow-up time of 5.4 years. All of the external fixators were used for single once, and there was no substitute for external fixator quality problem. All the patients were completed surgery goal until removing external fixation except 1 patient gave up treatment and 1 removed the fixator because of metal allergy. The common complications included wire or pin infection and joint movement limitation and so on.@*Conclusions@#The domestic external fixator developed and produced based on the characteristics of Chinese limb deformity disability. The domestic external fixator can be used to treat kinds of limb deformities with the advantages of practical, economical, adjustable, universal and portable. The domestic external fixator could meet the clinical demand for fixation of the osteotomy end of the limbs, the correction of the deformity, the repair of the defects and the limb lengthening.
RESUMO
Objective To evaluate the clinical therapeutic effectiveness of Ilizarov technique for the treatment of congenital brachymetatarsia.Methods We retrospectively analyzed the 5 patients who had been treated in our department for congenital brachymetatarsia (12 metatarsal bones in 10 feet) from January 2008 to January 2011.All of them were female,aged from 22 to 26 years (mean,24.2 years).All cases were bilaterally involved.Three of them suffered from bilateral brachymetatarsia of the first metatarsal bone,one from bilateral brachymetatarsia of the fourth metatarsal bone,and the other one from bilateral brachymetatarsia of the first and fourth metatarsal bones.Bone transport was conducted with a monolateral mini-fixator in 3 patients and with a modified semi-ring Ilizarov fixator in the other 2.Dorsal incision was used for all osteotomy before the external fixator was mounted.Bone transport began 7 days after surgery at a rate of 0.3 mm/d and was completed in 3 times.Results The 5 patients were followed up from 12 to 48 months (mean,22.0 months).The metatarsal bones were lengthened by 13.5 mm(12 to 17 mm) on average.The functions of the toe and ankle joint were normal without skin necrosis,vascular or nerve injury,tylosis of the footplate,or walking pain.The lengthened segments were mineralized well,with an average lengthening index of 48 d/cm(45 to 53 d/cm) and average time of external fixation of 64.8 days.At the last follow-up,the average AOFAS score was 92.2 points (90 to 95 points).Conclusions Although the Ilizarov technique necessitates a patient's prolonged fixation with an external fixator in the treatment of congenital brachymetatarsia,it has advantages of simplicity,minimal invasion,and satisfactory correction of brachymetatarsia.Consequently it is a good treatment for this disease.
RESUMO
Objective To explore the clinical characteristics and outcome of correction with Ilizarov fixator for the knee deformities.Methods From May 2003 to April 2010,21 patients (22 knees) underwent knee deformity correction with Ilizarov fixator,including 12 males and 9 females with an average age of 20.3 years (range,8-48).Causes of the deformities included poliomyelitis in 4,burn in 2,osteomyelitis in 2,trauma in 9,Blount diseases in 2,and multiple osteochondromatosis in 2.Five patients had fixed flexion contracture due to soft tissue,they were corrected through a combination of Ilizarov's frame crossover the joint with a pair of hinges by gradual posterior distraction.Eight patients (9 limbs) had one way bony deformities and 7 patients had complex deformations.The frame with 4 hinge-posts was used for correction by restoring the alignment firstly,and then gradual lengthening to correct bone shortening.Additionally,an overlay frame of the above mentioned combinations was applied for correction of bony deformity combined with soft tissue contracture for 1 patient.Results The average time in frame was 22.3 weeks (range,12-36).At the time of removing frame,satisfactory alignment was achieved in all of the affected knees,and solid bony healing was obtained in osteotomy or bone lengthening area in 16 patients (17 limbs) with bony correction.All patients were followed up for an average of 32.1 months (range,6-86).The range of motion was improved from 102.14°±49.36° preoperatively to 126.90°±24.31° at the final follow-up.Additionally,the Japanese Orthopaedic Association knee score was also increased from 50.24±23.64 before operation to 85.71±10.52 at the final follow-up.All of them were able to walk without crutches,deal with daily life independently.Only 2 patients with the range of motion of the knee less than 90° were not able to squat.Conclusion Ilizarov fixator has advantages of minimal intervention to local tissue in operation and nimble adjustment at any time,and disadvantages related to a longer time in frame.
RESUMO
Objective To evaluate the effect of modified Ilizarov device combined with minimally invasive osteotomy in the treatment of genu varum deformity.Methods From February 2002 to May 2010,a total of 31 patients with genu varum deformity who had underwent corrections by using modified Ilizarov device combined with minimally invasive osteotomy were retrospectively analyzed,including 8 males and 23 females with an average age of 35.6 years (range,18-69 years).Fifty-six knees were involved in the 31 patients.Preoperative angle of genu varum was 17.0° ±8.8°.According to the American knee society score (KSS),preoperative score was about 34-100 point with an average of 86.2±18.5.After determining the center of rotation angulation,osteotomy was performed in the site of tibial deformity and below the fibular head with minimally invasive device respectively.Prepared modified Ilizarov device was assembled and fixed with kirschner wire.Then genu varum deformity was progressively corrected by adjusting the length of bilateral bolts.X-ray film,KSS score,subjective sensation,and occurrence of complication were used to evaluate the therapeutic effects.Results Modified Ilizarov devices were used in 56 knees for 9-20 weeks,all patients were followed up for 14-50.4 months,with an average of 30.5 months.The angle of genu varum deformity was 1.7°±0.9°,the KSS was 96.1±7.7.According to KSS,the results were excellent in 49 knees,good in 6,fair in 1,with the excellent and good rate was 98.2％ (55/56).The complications included pin site infection in 11 patients and pin loosening in 3 ones; they were healed through routine dressing change and replacing pin site respectively.Conclusion Modified Iilizarov device combined with minimally invasive osteotomy for the treatment of genu varum deformity can achieve a satisfactory therapeutic effect.
RESUMO
Objective To analyze the causes of the complications in the treatment of limb deformities with the Ilizarov technique and to discuss the management and prevention of these complications.Methods From January 2000 to October 2010,846 patients with limb deformities (16 upper limbs and 830 lower limbs) who had been treated with Ilizarov technique were retrospectively analyzed,including 508 males and 338 females with an average age of 25.7 years (range,1.2-72).Statistical analysis was used to compare the type,severity,treatment methods and results of complications.Results Postoperative follow-up lasted for 6 to 30 months,with an average of 18 months.There were 81 cases of pin tract infections,36 cases of restricted joint movements,6 cases of skin thermal damage,7 cases of nerves and vessels injury,8 cases of bone delayed union,2 cases of osteofascial compartment syndrome,7 cases of dislocation,5 cases of fixed needle breakage,8 cases of secondary joint deformities,5 cases of serious osteoporosis,6 cases of skin eruption,4 cases of femoral fractures near to proximal external fixator,3 cases of subsequent fracture after external fixator dismantled,11 cases of deformity recurrence and 1 case of the others.Combining with anti-infection,functional training,physiotherapy,and the second operation therapy and so on,a permanent disability was finally left in 13 patients.Conclusion If the Ilizarov technique was used improperly,there would be multiple complications during the preoperative preparation,surgical procedures and postoperative management.Effective preventive measures should be taken,such as following the principle of the Ilizarov technique,standardizing operation procedures,strictly postoperative observation,correcting postoperative rehabilitation exercise guidance,regular follow-up radiography and postoperative adaptability dynamic adjustment of the external technique.
RESUMO
[Objective]To explore developmental history of extremity in jury and reconstruction,and to reflect the relationship of modern orthopaedic medical treatment modes to the lire nature and natural law.[Method] The author reviewed the history of organic evolution and 'human evolution,and rank the historical era of life origin,birth of cell and bone architecture,formation and development of bone and joint in living nature and final shape construction of vertebrate and human,and summarized the development of extremity injury and reconstruction after foundation of society via evolutive law.[Result]A scientific and order evolutived series that was not created at natureg please can be seen from origin of life,generation of bone and joint,evolution from high-mammal to human boing.The reason of extremity injury,idea and methods of medical treatment are correlated with the development of seciety civilization,the progress of scientific technique,and change of life style.With the great change of science and technique,life style and idea of human,reasons of extremity injury and orthopaedic diseases have also changed,but the life nature of human being is not changed with them.[Conclusion]Various kinds of techniques and methods that are used to treat trauma and bone disease only accustomize the natural process,rather than excessive intervention.The culture idea of human being,requirement of material and spirit should be developed,and the scientific research of non-protoplasm may break some rules,but the study of life science and medical idea should not disobey natural law and human nature.Suitable techniqus of integrated observation,consolation,nursing and modern techniques are still basic principles of orthopaedic treatment.Nature is forever teacher and origin of medical science.
RESUMO
30? in 2 cases. All these patients were treated using orthosis. CONCLUSION: Based on Ilizarov’s technique and principle, the individualized designed external distraction apparatuses are fixed around the knee and the ankle-foot by transcutaneous steel pins. Slow mechanical distraction gradually corrects the flexion deformities of the knee and clubfoot.
RESUMO
Severe clubfoot has complicated clinical features.Conventional surgical management could hardly get satisfactory results,always with serious trauma,and even smaller foot.This paper summarizes the characteristics of clubfoot in details and its relative assessment standard,principles and advantages of Ilizarov's technique,design of the apparatus and correction procedures.Combination of this and traditional technique and reasonable osteotomy method are also analyzed,complications are discussed for prevention.
RESUMO
[Objective]To explore the clinical efficiency,operative methods,apparatus assembly and postoperative administration of Ilizarov technique in the correction of talipes equinovarus.[Method]From January 2003 to May 2006,32 patients were corrected with QIN Si-he's orthotics devices on the Ilizarov principle of tension-stress,which involved 15 males and 17 females,the age ranged from 10 to 25 years.Among these patients,2 were caused by peroneal nerve injury,l by tumor in the vertebral canal,5 by meningocele,11 were caused by poliomyelitis,13 by congenital talipes equino-varus.In accordance with deformities,external fixator and limitied operative methods were dertermined.The limited release of soft tissue were performed in 7 patients,limited osteotomy in 25 patients.The dynamic muscle balance operation were performed in 9 patients with imbalance of muscle strength.According to the Ilizarov technique,the fixative rods were installed.The telescopic rods on the apparatus were rotated one week after the operation,the divices had corrective function in three-dimensional directions.The deformity of talipes equinovarus,internal rotation and drooping of the forefoot were gradually corrected,and the patients could bear weight and walked on the deformed foot.The mean duration of traction were 42 days,then removed the external fixator maintained with plaster for a site time.[Result]All patients were followed up from 12 months to 37 months with an average of 17 months.There was no recurrence of the deformity and feet function was good while walking on full weight-bearing.None of the complication occurred postoperatively sush as infection in the incision,neurovascular injury and ankle dislocation.[Conclusion]With Ilizarov technique to correct talipes equinovarus is a safe,minimally invasive and effective method.Combined with limited operation Ilizarov technique can correct severe talipes equinovarus which is unattainable by traditional orthopedic surgery,and shorten the treatment period,avoid severe complications.