• Title/Summary/Keyword: Tibial defect

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The Treatment of Tibial Shaft Fractures by Interlocking Nailing (Interlocking Nail을 사용한 경골간부 골절의 치료)

  • Lee, Jae-Chang;Lee, Jae-Sung;Ahn, Myun-Whan;Kim, Sae-Dong;Ihn, Joo-Chul
    • Journal of Yeungnam Medical Science
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    • v.5 no.1
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    • pp.61-67
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    • 1988
  • The treatment of tibial shaft fracture has become one of the most controversial subjects in orthopedic surgery. Comminuted, segmental and rotationally unstable fractures or bone defect at fracture site have problems of the fixation. The interlocking nail solve these problems. We have experienced 8 cases of the tibial shaft fractures treated with interlocking nail from 1986 to 1988. Authors analysed these cases and our own clinical study. The results were as follows. 1. The average bone union rate was about 15 weeks. 2. The interval between operation and crutch walking was 4:3 weeks. 3. The merits of this operation were the short hospitalization and early adaptation of social activity. 4. The advantage is be able to do early ambulation without following muscular atrophy or joint stiffness. 5. The results were assessed on clinical examination and radiographic appearance by Hamza et al. An excellent results were 7 cases and good result was 1 case.

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Reconstruction of Tibial Defects in Lower Extremity With Various Versions of Vascularized Fibula Transfer (다양한 형태의 생 비골 이식술을 이용한 경골의 재건)

  • Nam, Sang-Hyun;Kim, Bom-Jin;Koh, Sung-Hoon;Chung, Yoon-Kyu
    • Archives of Reconstructive Microsurgery
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    • v.15 no.1
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    • pp.17-25
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    • 2006
  • Twelve cases in eleven patients with segmental bone defects were treated with contralateral fibula free flap and ipsilateral island fibula flap in an antegrade, retrograde or bidirectional flow fashion. Five cases were managed with free flaps and seven were with ipsilateral fibula island transfer. Among seven cases, antegrade fashion was three, retrograde was three, and bidirectional was one. All patients were related with open tibial fractures and its sequelae except one who had open foot bone fracture. According to Gustilo's classification, ten patients were type IIIb and one was type IIIc. Basically, antegrade-flow flaps based on the peroneal vessels as in the conventional free flap were used for the proximal or middle one-third tibial defects. On the contrary, retrograde-flow flaps based on the communicating branch between the peroneal and posterior tibial vessels were used for the middle or distal one-third of the tibia. Bidirection-flow flap based on intact peroneal vessels were used for the middle portion of the tibia. The patients who have undergone ipsilateral fibula island flap had one of the following problems: a previously failed free flap, below-knee amputation of the opposite leg because of open tibial fracture, refusal to use the contralateral sound leg, or poor general condition to stand a lengthy operation. Six of the patients who have got ipsilateral fibula island flap also had an associated fibula fracture on the same leg, which was ultimately used as one of the osteotomy sites. The follow-up period was from 1 to 10 years. Two cases of free flap were failed: one patient had below-knee amputation and the other patient had ipsilateral fibula transfer. Other cases were successful and excellent hypertophy of the transferred fibula was achieved. Time to bone union ranged from 4 to 11 months. Time to full weight bearing was from 5 to 13 months after surgery. All of the transferred fibulas showed hypertrophy after weight bearing. In one case, stress fracture was developed during ambulation, which was healed conservatively. Nonunion occurred in two cases, which were treated with a long leg cast and cancellous bone graft, respectively. Length discrepancy of the legs was noted. The limb was shorter by an average 0.5 cm in three cases, longer by 1.1 cm in one case. In the case of island fibula transfer, limited arc of rotation was not a problem. Other disabling complications were not seen. We believe that these diverse modalities using a vascularized fibula will make us more comfortable to handle major bone defects.

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Reconstruction of Electrical Burned Hand by Posterior Tibial Arterial Free Flap (후경골 동맥 유리 피판에 의한 수부 전기 화상의 재건)

  • Choi, Soo-Joong;Seo, Eun Min;Lee, Chang Ju;Chang, Jun Dong;Kim, Suk Wu;Lee, Sang Hun;Lee, Dong Hun;Seo, Young jin
    • Archives of Reconstructive Microsurgery
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    • v.13 no.1
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    • pp.14-23
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    • 2004
  • Introduction: The hand and wrist are particularly susceptible to electrical burn. Skin defect with damage or exposure of underlying vital structure requires coverage by skin flap especially in case of the need for late reconstruction. We are reporting 4 cases of electrical burned hand treated by posterior tibial arterial free flap. The commonly used skin flaps such as scapular flap or groin flap are too bulky so that they are not satisfactory in function and cosmetic appearance. So we tried to cover them with a more thin skin flap. Materials and Method: From January 2002 to June 2003, four cases of hand and wrist electrical burn were covered using posterior tibial arterial free flap. All the cases were due to high voltage electrical burn. Age ranged from 31 years to 38 years old and all the cases were male patients. Recipient sites were 2 wrist, one thenar area and one knuckle of 2.3rd MP joint. Additional procedures were flexor tenolysis (simultaneous), FPL tenolysis and digital nerve graft (later) and extensor tendon reconstruction (later). Result: All the flap have survived totally without any complication including circulatory concern about the donar foot. Posterior tibail arterial free flap was so thin that debulking procedure was not required. Conclusion: For skin coverage of the hand & wrist region, posterior tibial arterial free flap have many advantages such as reliable anatomy, easy dissection and easy anastmosis with radial or ulnar artery and possibility of sensory flap. The most helpful advantage for hand coverage is its thinness. So we think this flap is one of the very useful armamentarium for reconstructive hand surgery.

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Advantage of Distally Based Superficial Sural Artery Flap in the Soft Tissue Defect of the Lower Leg, Ankle, Foot (하퇴부와 족관절 및 족부의 피부 결손에 대한 역행성 표재 비복동맥 피판을 이용한 재건의 장점)

  • Ha, Dae-Ho;Kim, Sang-Soo;Chun, Churl-Hong;Kim, Dong-Churl;Choi, Yu-Sun;Kim, Kyeong-Jin
    • Archives of Reconstructive Microsurgery
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    • v.10 no.2
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    • pp.118-123
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    • 2001
  • Introduction : We report advantages of distally based superficial sural artery flap in the soft tissue defect in lower leg, ankle and foot. They are easier and less complicated technique than others. Material & Method : Total 26 patients were operated and their soft tissue defect site were 10 cases of anterior tibial surface, 6 cases of Achilles tendon area, 3 cases of lateral and medial surface of tibia, 3 cases of foot dorsum surface, 3 cases of sole, 1 case of medial aspect of ankle. Average pedicle distance was 12.8 cm(range $8{\sim}21cm$) and follow up period was mean 18 months. Result : We obtained 24 cases of excellent and good results. The two cases were reported low complication rate, which were one case of skin necrosis covered full thickness skin graft, and the other case of infection. Conclusion : The advantage of distally based superficial sural artery flap in soft tissue defect are long distant pedicle, short operation time, easy elevation of pedicle, constant and reliable blood supply and good cosmetic result with thin-thickness flap.

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A Clinical Study of Free Vascularized Osteocutaneous Fibular Transplantation in Infected Nonunion of Tibia (감염성 경골 불유합에 시행한 혈관 부착 유리 피부편 및 생비골 이식 수술의 임상적 고찰)

  • Song, Joon-Min;Kim, Jin-Ill;Kwon, Hee;Yoo, Jae-Eung;Park, Jong-Suk;Rah, Soo-Kyoon;Choi, Chang-Uk
    • Archives of Reconstructive Microsurgery
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    • v.9 no.1
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    • pp.27-36
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    • 2000
  • February 1995 to September 1999, authors have experienced seven cases of infected nonunion of tibial fractures with associated soft tissue injury and skin defect, and have accomplished union in all cases by free vascularized fibular graft. All grafts healed with no radiographic evidence of bone necrosis or resorption and have been able to treat large bony defect and skin defect simultaneously. In this study, five cases of vascularized free fibular osteocutaneous flap transfer and two cases of free fibular graft are reported. All of seven cases were infected nonunion of tibia. The results were obtained as follows 1) The mean duration of the radiologic bone union was average 5.3months. 2) Grafted fibular has been hypertrophied, average 10.6 months. 3) In five cases of preservation of posterior cortex of tibia, bony union and hypertrophy of grafted bone were earlier than that two cases of complete segmental resection of tibia. 4) In two cases which only free vascularized fibular graft were performed because achievement of cutaneous flap was failed, authors found that soft tissue defect was filled with granulation tissue and split-thickness skin graft was possible over the granulation tissue after 3 weeks postoperatively.

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Reconstruction of the Pretibial Soft Tissue Lesion after Chronic Tibia Osteomyelitis using Anterolateral Thigh Perforator Flap (전외측 대퇴부 천공지 피판을 이용한 만성 경골 골수염에 동반된 하지 전방 연부조직 병변의 재건)

  • Jung, Heun-Guyn;Choi, Dong-Hyuk;Jeon, Sung-Hoon;Kim, Hee-Dong
    • Archives of Reconstructive Microsurgery
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    • v.18 no.1
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    • pp.16-22
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    • 2009
  • The purpose of this study was to present the clinical result of anterolateral thigh free flap for pretibial soft tissue lesion after chronic tibia osteomyelitis. From December 2006 to September 2008, Five patients were included in our study. 4 of 5 were superficial or localized types of chronic tibia osteomyelitis, based on the classification of Cierny and Mader. Average age at the surgery was 45 years, three were males and two were females. All had a history of chronic tibia osteomyelitis and subsequent pretbial soft tissue lesions coming from previous operations or pus drainage. Pretibial soft tissue defects included small ulcers, fibrotic, bruisable soft tissue and small bony exposures, but not large-sized bony exposures nor active pus discharge. After complete debridement of large sized pretibial soft tissue lesions and decortication of anterior tibial cortical dead bone, anterolateral thigh free flap was applied to cover remained large pretibial soft tissue defect and to prevent the recurrence of infection. All flaps survived and provided satisfactory coverage of soft tissue defect on pretibial region for 16 months' mean follow up period. No patients has had recurrence of osteomyelitis. Anterolateral thigh free flap could be recommend for large sized pretibial soft tissue defect of supreficial or localized types of chronic tibia osteomyelitis after through debridement.

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Musculocutaneus Island Flap Based on the Distal Vascular Pedicle of Gracilis Muscle (박근의 원위혈관경을 이용한 도서형 근피판술)

  • Chung, Duke-Whan;Lee, Yong-Wook;Cho, Chang-Hyun
    • Archives of Reconstructive Microsurgery
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    • v.6 no.1
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    • pp.96-102
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    • 1997
  • The gracilis that is frequently used as a donor of free muscle trasfer is appropriate in the muscular shape and vascular position. This muscle is belonged to the second type of muscle group by the classification of the pattern of muscular nutrient vessel. The adductor branch or first perforating branch of deep femoral artery which supplies the proximal 1/3 of this muscle is a dominant one and this is used for the microscopic anastomosis of muscle or musculocutaneous flap. The minor vascular pedicles which enter the distal 1/3 of this of this muscle are branches of the superficial femoral artery and it is 0.5mm in diameter, 2cm in length with two venae comitantes. These minor pedicles supplies distal half of the gracilis muscle. This island musculocutaneous flap using distal vascular pedicle can be used to cover the defect of soft tissue around the distal femoral supra-condylar area, knee joint and proximal tibial condyle area which cause limitation of motion of knee joint, or in the cases that usual skin graft is impossible. The important operative procedure is as follows; The dissection is carried proximally and distally and the entire gracilis muscle including proximal and distal pedicle is completely dissected. After temporary blocking of the proximal vascular pedicle, the adequate muscle perfusion by the distal pedicle is identified and it is rotated to the recipient site around knee joint. The advantages of this procedure are simple, no need of microscopic vascular anastomoses and no significant functional loss of donor site. Especially in the cases of poor condition of the recipient vessel, this procedure can be used effectively. From 1991 to 1996, we performed 4 cases; complete survival of flap in 3 cases and partial survival of flap with partial necrosis in 1 case. This procedure is though to be useful in the small sized soft tissue defect of distal femoral supra-condylar area, knee joint and proximal tibial condylar area, especially in the defect of anterior aspect which expected to cause limitation of motion of knee joint due to scar contracture. But the problems of this procedure are the diameter of distal vascular pedicle is small and the location of distal vascular pedicle is not constant. To reduce the failure rate, identify the muscular perfusion of distal vascular pedicle after blocking the proximal pedicle, or strategic delay will be helpful.

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Effects of Safflower Seed Extracts and Bovine Bone on Regeneration of Bone Defects in Mongrel Dogs (홍화씨 추출물 및 우골유도합성골이 성견골 결손부 재생에 미치는 영향)

  • Seo, Jae-Jin;Kim, Tak;Pi, Sung-Hee;Yun, Gi-Yun;Yu, Hyung-Keun;Shin, Hyung-Shik
    • Journal of Periodontal and Implant Science
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    • v.30 no.3
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    • pp.553-569
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    • 2000
  • Many natural medicines have been studied for their capacity and effects of antibacterial, anti-inflammatory and regenerative potential in periodontal tissues. Safflower seed has been traditionally used as a drug for treatment of bone fracture in oriental medicine. The purpose of the present study was to compare the effects of safflower seed extract and bone substitute on bone formation and regeneration in artificial defects in mongrel dogs. The bony defects were made with round bur at mandible and tibia. Extracts of safflower seed and bovine bone were placed directly at each defect for experimental group, and the defect of control group was sutured without any other treatment. Experimental animals were sacrificed at 8 weeks. And then histopathologic reading and histomorphometric study was done. There was not significant differences between control and experimental groups in osteoclastic activity and infiltration of inflammatory cells. However, new capillary proliferation, fibrosis and new bone formation were prominent in safflower seed extract group. The mandibular defects of safflower seed extract group were healed with dense connective and bony tissues, and endochondral bone formation was observed in tibial defect of safflower seed extract group only. New bone area of safflower seed extract group was more significantly increased than that of control and that of bone substitute group. These results indicate that direct local application of safflower seed extracts on bony defects seems to reduces the early inflammatory response and to promotes the bone regeneration.

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Clinical Study of Vascularized Osteocutaneous Fibular Transfer to the Tibia (경골에 시행한 생비골 및 생피부편 이식의 임상적 연구)

  • Lee, Kwang-Suk;Kim, Hak-Yoon;Kang, Ki-Hoon;Shim, Jae-Hak
    • Archives of Reconstructive Microsurgery
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    • v.2 no.1
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    • pp.29-41
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    • 1993
  • Recent advances in microsurgery have made it possible to provide a continued circulation of blood to the grafted bone so as to ensure viability. With the nutrient blood supply preserved, healing of the graft to the recipient bone is facilitated without the usual replacement of the graft by creeping substitution. We reviewed 34 cases of vascularized osteocutaneous fibular transfers to the infected tibial defect complicated with skin defect, which were performed from May, 1982 to January, 1992, and the following results were obtained: 1. Despite of uncontrolled bone infection with skin defect, the vascularized osteocutaneous fibular flap transfer could be performed. 2. In the vascularized osteocutaneous fibula transfer, the patency of anastomoses could be indirectly monitored by observing the color of the skin flap. 3. The vascularized fibula had been hypertrophied with bony union during the follow-up period of 13 months to 6 years and 4 months(average, 30 months) and there was no resorption of the grafted fibula. 4. There was no fracture of the grafted fibula in parti resection of involved tibia. 5. The hypertrophic potentiality of grafted fibula could be inhibited by the infection status as operation site.

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Reconstruction of Lower Extremity Soft Tissue Defect Using Cross-leg Free Flap (교차 하지 유리 피판술을 이용한 하지 연부 조직 결손의 재건)

  • Lee, Jung-Hun;Yang, Jung-Dug;Lee, Sang-Youn;Chung, Ho-Yun;Cho, Byoung-Chae
    • Archives of Plastic Surgery
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    • v.36 no.5
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    • pp.591-596
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    • 2009
  • Purpose: To reconstruct soft tissue defect on lower extremity especially combined with osteomyelitis, free flap with enough blood supplies is required. There are some instance when patients have inadequate recipient vessels for microanastomosis. Anastomosis with harvested vein graft can solve the problem. It may be more problematic or even increase recipient site complication. Cross leg free flaps using contra - lateral vessel can be a solution. Methods: From 2005 to 2008, 12 cases of cross leg free flap were done for 12 patients(male = 9, female = 3). External fixators used in all cases. Free flaps used were laissmus dorsi muscle flap(n=5), anterolateral thigh flap(n=4), gracilis muscle flap(n=2) and medial plantar artery fasciotaneous flap(n=1). In all cases, contralateral posterior tibial artery and vein were used as recipient pedicle. Results: All flaps survived without additional operative procedures. There were no complications such as hematoma or Infection. Sometimes patients needs further therapeutic exercise for fast movement recovery. Conclusion: Although cross leg free flaps require long period of bed resting and rehabilitation after pedicle cutting, It can be practical alternative for soft tissue defect on lower distal extremity with inadequate recipient vessels for free flap on affected leg.