1.Relationship of Tibial Nonunion with Fibular Nonunion in the Tibio-fibular Shaft Fracture.
Journal of the Korean Fracture Society 2006;19(2):153-156
PURPOSE: The purpose of this study is to know the relationship of tibial nonunion with fibular nonunion in the tibio-fibular shaft fracture. MATERIALS AND METHODS: From March 1998 to February 2004, 98 tibio-fibular shaft fractures which did not involve adjacent joints and were followed up at least 1 year were selected. The characteristics of patients and tibia shaft fracture were analyzed statistically to know the above relationship. RESULTS: The patient's factor and tibia shaft fracture factor were not significant statistically. In patients with the fibular union, there was 1 case (1/68) of tibia nonunion, but in patients with the fibular nonunion, there were 6 cases (6/30) of tibia nonunion. So fibular nonunion was significant statistically associated with tibia nonunion (p=0.003). CONCLUSION: Fibular nonunion was presumed to have a higher risk of tibia nonunion.
Fibula
;
Humans
;
Joints
;
Tibia
2.Desmoplastic fibroma of the proximal fibula: a case report.
Keun Woo KIM ; Suk Kee TAE ; Shin Eun CHOI ; Ji Young PARK
The Journal of the Korean Orthopaedic Association 1992;27(2):598-601
No abstract available.
Fibroma, Desmoplastic*
;
Fibula*
3.On Reconstion with Bone Graft of the Defect of Radus: Report of 2 Cases
Sung Man ROWE ; Hun Soo PARK ; Suck Ju KOH
The Journal of the Korean Orthopaedic Association 1976;11(3):522-524
Defect of the radius should be managed with either fusion of radius and ulna forming “one-bone forearm”, or restoration of its continuity by bone graft. Reported hereia are two cases in which the radius developed defect following sequestrectomy and treatment of open infected fructure respectively. Reconstruction of the radius was tried with bone graft; utilizing the ulnar end resected from the same side in one case and fibula in other. Both Sowed sound bony union of the graft about four months postoperatively.
Fibula
;
Radius
;
Transplants
;
Ulna
4.A Comparison of Fibular Head Tunnel and Tibial Tunnel in the Reconstruction of a Posterolateral Instability of the Knee.
Young Bok JUNG ; Yong Seuk LEE ; Ho Joong JUNG ; Ho Sun JIN ; Suk Kee TAE
The Journal of the Korean Orthopaedic Association 2006;41(5):793-801
PURPOSE: This study compared the surgical results of various posterolateral corner sling methods performed through either the fibula head tunnel or tibia tunnel in patients with chronic PLRI (PosteroLateral Rotatory Instability). MATERIALS AND METHODS: Between January 1999 and October 2003, 20 and 19 patients who had undergone surgery for PCL (posterior cruciate ligament) tensioning and an ALB (anterolateral bundle) reconstruction through the fibula head tunnel or tibia tunnel, respectively and were followed up more than 1 year were enrolled in this study. RESULTS: The fibular head tunnel was found to be superior compared with the tibia tunnel method in terms of the operation time (36.5+/-7.5 versus 68.4+/-12.8) (p<0.0001), rotational stability (p= 0.0018) and IKDC objective score (p<0.0001). In the fibula head tunnel group, 85% of patients had an equal to normal or tighter than normal rotational stability in the tibial tunnel group with 63% having an equal to normal or tighter than normal side at the last evaluation. In the IKDC objective score, 85% of patients in the fibula head tunnel group had a rating B or higher at the last evaluation compared with 79% in the tibial tunnel group (p<0.0001). However there were no significant differences in anteroposterior stability and OAK score. CONCLUSION: The modified posterolateral corner sling through the fibula head tunnel produces better results in terms of a posterolateral rotational stability of grade II chronic PLRL in a combined PCL injury than that using the tibia tunnel method.
Fibula
;
Head*
;
Humans
;
Knee*
;
Tibia
5.Bosworth Fracture Treated by the Anti: Glide Plate Technique: A Case Report.
Do Yeung KIM ; Hwa Jae JEONG ; Joo Ho SHIN ; Gun Il IM ; Kang Seob YOUN ; Won Ho CHO
The Journal of the Korean Orthopaedic Association 1998;33(1):216-220
Bosworth fracture, fracture-dislocation of ankle with entrapment of fibula behind the tibia, is a rare condition. Diagnosis of this fracture-dislocation may not he easy, and closed reduction of this injury is difficult because of entrapment of fibula by the tieht interosseous membrane. We report a case of Bosworth fracture treated with the anti-glide plate technique.
Ankle
;
Diagnosis
;
Fibula
;
Membranes
;
Tibia
6.Acute Shortening and Gradual Lengthening for a Comminuted Tibia Fracture with Massive Bone and Soft Tissue Defect: Case Report.
Ho Sung HAN ; Jung Kyu HUH ; Cheol Ho SONG ; Goo Hyun BAEK ; Young Ho LEE ; Hyun Sik GONG
Journal of the Korean Microsurgical Society 2011;20(1):68-73
Traditional management of comminuted tibia fractures with massive bone and soft tissue defect includes soft tissue coverage and bone grafting. However, this method requires a large flap and a substantial amount of bone graft. Acute shortening can reduce the amount of required soft tissue and bone graft. We report a case of open tibia and fibula fracture with severe bone and soft tissue defect that was successfully treated by acute shortening of the tibia with immediate fibular strut bone graft and then by gradual lengthening of the tibia at its proximal metaphysis.
Bone Transplantation
;
Fibula
;
Tibia
;
Transplants
7.Extra-articular Triplane Fracture of Distal Tibial Physis
Yeo Hon YUN ; Kwon Jae ROH ; Jin Man WANG
The Journal of the Korean Orthopaedic Association 1996;31(1):162-165
We describe an extra-articular triplane fracture of distal tibia in a twelve-year-old boy. This variant of the triplane fracture has been largely ignored in the literature. The clinical significance of recognizing this fracture is that, although it constitutes an epiphyseal fracture, it remains extra-articular. We treated this case by open reduction and internal fixation of both distal tibia and fibula. However, unlike the standard triplane fracture that exits through the tibiot alar joint, this variant may be treated acceptably with less that an anatomical reduction, therefore avoiding the need for surgical management.
Fibula
;
Humans
;
Joints
;
Male
;
Tibia
8.Operative Treatment of Chronic Recurrent Dislocation of Peroneal Tendon: A Case Report.
Do Young LEE ; Jae Do KANG ; Moon Sup LIM ; Hyeong Jo YOON
Journal of Korean Foot and Ankle Society 2007;11(1):120-122
Traumatic dislocation of the peroneal tendon is an infrequent injury. This injury is caused by forceful dorsiflexion of the foot accompanied by a powerful contraction of the peroneal muscles. This mechanism of injury tears the superior peroneal retinaculum and allows the tendons to snap anteriorly. We experienced a case of chronic recurrent dislocation of the peroneal tendon, which was treated by bone block surgery using autograft of lateral fibula and reattachment of the superior peroneal retinaculum. The clinical result was satisfactory.
Autografts
;
Dislocations*
;
Fibula
;
Foot
;
Muscles
;
Tendons*
9.Irreducible Ankle Fractures by Locked Posterior Malleolar Fragment: Case Report.
Journal of Korean Foot and Ankle Society 2005;9(1):125-130
Irreducible fracture dislocation of the ankle associated with comminuted displaced fracture of posterior malleolus is rare. Locked posterior malleolar fragments interfere with reduction of fibula or talus in ankle fractures. Prompt recognition and appropriate surgical approaches are necessary to achieve anatomical reduction of the ankle fractures.
Ankle Fractures*
;
Ankle*
;
Dislocations
;
Fibula
;
Talus
10.Fibular Hemimelia: A Case Report.
Byung Joon KIM ; Suk Joo HONG ; Kyung Min KIM ; Hae Young SEOL ; In Ho CHA ; Hae Ryong SONG
Journal of the Korean Radiological Society 2006;55(5):505-509
Fibular hemimelia is the most common congenital absence or hypoplasia of long bone. In addition to fibular absence or hypoplasia, this entity also includes various combined abnormalities of the lower limbs. We present here three cases of fibular hemimelia who underwent diagnosis and treatment in our hospital. Wee especially focus on the imaging findings of the plain radiographs, and we compare them with the findings found at another presentation.
Diagnosis
;
Ectromelia*
;
Extremities
;
Fibula
;
Lower Extremity