No abstract available.
Adult* ; Humans ; Lower Extremity*

No abstract available.

The ankle is a modified complex hinge joint consisting of the distal tibio-fibula joint (Syndesmosis), and the ankle joint proper(hinge joint), and is important in weight bearing, standing and walking. So, the goals of treatment of ankle fracture are anatomical positioning of talus in the mortise and regaining a smooth articular suface. Unless these requisites are achieved by treatment, post-traumatic arthritis is likely to occur. We analyzed 120 cases of ankle fracture, most of which were treated surgically by A-0 method, in Department of Orthopaedic Surgery, Hyundai Haesung Hospital from January, 1982 to December 1985. The results are as follows; 1. The most common victim was 3rd–4th decades man, and the cause was direct blow. 2. The most common type was pronation-external rotation type of Lauge-Hansen classification, and Type A of Danis-Weber type. 3. The more favorable result was noted in Danis-Weber type A than type B and type C,and noted worst result in pilon fracture. 4. Favorable results can be gained by semi-tubular plate in fibular fracture than any other fixation material. 5. On application of semi-tubular plate, there were no significant differences in results between that placed posteriorly and that placed laterally. 6. We did not transfix the distal tibio-fibular joint in stable Danis-Weber type C injury without any specific sequellae. 7. We obtained better result by removal of transfixing screw 6 weeks after operation. 8. We obtained good results with only 3 weeks immobilization after operation.
Ankle Fractures ; Ankle Joint ; Ankle ; Arthritis ; Classification ; Immobilization ; Joints ; Methods ; Talus ; Walking ; Weight-Bearing

In dealing with lateral condylar injuries of humerus, the chance of pitfalls and having a poor functional result with poor management is much greater because it is a physeal injury involving intraarticular surface. Lateral condylar physeal injuries of distal humerus have been regarded as Salter-Harris Type IV injury. But indeed, true Salter-Harris type IV injury of lateral condyle of distal humerus are rare. It should be regarded as Salter-Harris type II injury. Previously Milch classified the lateral condyle fracture of distal humerus as type I and type II after Stimson's description. It seems to be most useful to plan therapeutic modalities by classification of lateral condyle fracture on the basis of stage of displacement proposed by Jakob et al and Milch's type. Authors performed clinical analysis about lateral condyle fracture of distal humerus in children. Among 79 cases, who were treated at department of orthopaedic surgery, Hyundai haesung hospital from Mar. 1982 to Mar. 1988, it was possible to follow up in 30 cases. The result were as follows ; 1. The age incidence was confined from age of 3 to age of 12. Peak age was around 6. 2. Most of fractures were Milch's type II (75 cases) in contrast to Milch's type I (4 cases). 3. Precise differentiation of stage I and II displacement was needed for evaluation of stability of fracture and planning treatment modalities. 4. In case of stage II displacement, cast immobilization alone was insufficient. K-wire fixation was needed for prevention of displacement and better result. 5. In all of cases(30 cases) overgrowth of lateral condyle and spur formation were noticed but it has no clinical disabilities. 6. There were no significant differences of outcome between different fracture types and different stage of displacement. But significant differences of outcome were noticed how treatment performed. Accurate anatomical reduction and stable fixation was needed. 7. 2 cases of severe cubitus varus(20') were occured. In 21 cases, carrying angle were changed, valgus change were more common than varus change. It was thought to be relative undergrowth of lateral condyle of humerus and malunion as its causes. 8. In all cases, there were no loss of R.O.M.
Child ; Classification ; Clinical Study ; Follow-Up Studies ; Humans ; Humerus ; Immobilization ; Incidence

Various methods of spinal instrumentation have been used for treatment of unstable fracture & fracture-dislocation of thoraco-lumbar spine. Recently, newly designed short segment fixation devices using pedicle screw were designed and there was a trend to use this posterior short segment instrumentation using pedicle screw. We have used AO internal fixator as posterior instrumentation for unstable spine fracture of thoracolumbar spine since November, 1987. Previously we used Harrington instrumentation and Luque rod wiring for treatment of unstable fracture of thoracolumbar spine and we reported the results of clinical analysis of those systems on Feb, 1987. We analyzed the clinical results of 93 cases those who underwent operative treatment using each posterior instrumentation system for unstable fracture and fracture-dislocation of thoraco-lumabr spine at our hospital from Dec. 1983 to Oct. 1989. Among that 93 cases, the Harrington instrumentation were 35 cases, Luque rod instrumentation were 36 cases and AO internal fixator were 22 cases. The results were as follows:1. The most commonly injured level was Ll (44 case) and followed by T12(33 cases, 86%). 2. By Francis Denis classification, Burst type fracture was most common(42 cases, 45%). 3. Change of kyphotic angle were checked on lateral X-ray view. There no significant differences between those groups using H-rod(58.64%), Luque-rod(54.8%), and AO internal fixator(60.1%) on immediate post-op X-ray. But there noticed least loss of correction of kyphotic angle when using AO internal fixator comparing with other groups. 4. The correction rates of height of anterior and middle column were checked by Denis-Edward method, there noticed best correction rate in AO internal fixator group. 5. The ROM of trunk were checked, there were no significant differences in H-rod, L-rod, and AO internal fixator group in long term follow up.
Classification ; Dislocations ; Follow-Up Studies ; Internal Fixators ; Methods ; Pedicle Screws ; Spine

Bezoars are indigestible masses that can cause gastrointestinal complications such as obstructions and perforations. We report the case of a 60-year-old man with a history of type 2 diabetes mellitus and duodenal ulcer surgery. The patient developed a large gastric phytobezoar that caused persistent dyspepsia and epigastric pain. Upper endoscopy confirmed a 10-cm phytobezoar and a 1.5-cm active ulcer at the gastric angle. To soften the bezoar, Coca-Cola and cellulase were administered to the patient. This treatment significantly reduced the bezoar’s hardness, permitting its successful endoscopic fragmentation using conventional devices. Over three endoscopic sessions, the bezoar was fragmented into pieces smaller than 1 cm and removed; thereafter, the gastric ulcer healed completely. This case illustrates the effectiveness of combining the actions of Coca-Cola and cellulase with endoscopic methods to treat large bezoars, providing an alternative to surgical approaches in community healthcare settings.

Bezoars are indigestible masses that can cause gastrointestinal complications such as obstructions and perforations. We report the case of a 60-year-old man with a history of type 2 diabetes mellitus and duodenal ulcer surgery. The patient developed a large gastric phytobezoar that caused persistent dyspepsia and epigastric pain. Upper endoscopy confirmed a 10-cm phytobezoar and a 1.5-cm active ulcer at the gastric angle. To soften the bezoar, Coca-Cola and cellulase were administered to the patient. This treatment significantly reduced the bezoar’s hardness, permitting its successful endoscopic fragmentation using conventional devices. Over three endoscopic sessions, the bezoar was fragmented into pieces smaller than 1 cm and removed; thereafter, the gastric ulcer healed completely. This case illustrates the effectiveness of combining the actions of Coca-Cola and cellulase with endoscopic methods to treat large bezoars, providing an alternative to surgical approaches in community healthcare settings.

Bezoars are indigestible masses that can cause gastrointestinal complications such as obstructions and perforations. We report the case of a 60-year-old man with a history of type 2 diabetes mellitus and duodenal ulcer surgery. The patient developed a large gastric phytobezoar that caused persistent dyspepsia and epigastric pain. Upper endoscopy confirmed a 10-cm phytobezoar and a 1.5-cm active ulcer at the gastric angle. To soften the bezoar, Coca-Cola and cellulase were administered to the patient. This treatment significantly reduced the bezoar’s hardness, permitting its successful endoscopic fragmentation using conventional devices. Over three endoscopic sessions, the bezoar was fragmented into pieces smaller than 1 cm and removed; thereafter, the gastric ulcer healed completely. This case illustrates the effectiveness of combining the actions of Coca-Cola and cellulase with endoscopic methods to treat large bezoars, providing an alternative to surgical approaches in community healthcare settings.

Bezoars are indigestible masses that can cause gastrointestinal complications such as obstructions and perforations. We report the case of a 60-year-old man with a history of type 2 diabetes mellitus and duodenal ulcer surgery. The patient developed a large gastric phytobezoar that caused persistent dyspepsia and epigastric pain. Upper endoscopy confirmed a 10-cm phytobezoar and a 1.5-cm active ulcer at the gastric angle. To soften the bezoar, Coca-Cola and cellulase were administered to the patient. This treatment significantly reduced the bezoar’s hardness, permitting its successful endoscopic fragmentation using conventional devices. Over three endoscopic sessions, the bezoar was fragmented into pieces smaller than 1 cm and removed; thereafter, the gastric ulcer healed completely. This case illustrates the effectiveness of combining the actions of Coca-Cola and cellulase with endoscopic methods to treat large bezoars, providing an alternative to surgical approaches in community healthcare settings.

Bezoars are indigestible masses that can cause gastrointestinal complications such as obstructions and perforations. We report the case of a 60-year-old man with a history of type 2 diabetes mellitus and duodenal ulcer surgery. The patient developed a large gastric phytobezoar that caused persistent dyspepsia and epigastric pain. Upper endoscopy confirmed a 10-cm phytobezoar and a 1.5-cm active ulcer at the gastric angle. To soften the bezoar, Coca-Cola and cellulase were administered to the patient. This treatment significantly reduced the bezoar’s hardness, permitting its successful endoscopic fragmentation using conventional devices. Over three endoscopic sessions, the bezoar was fragmented into pieces smaller than 1 cm and removed; thereafter, the gastric ulcer healed completely. This case illustrates the effectiveness of combining the actions of Coca-Cola and cellulase with endoscopic methods to treat large bezoars, providing an alternative to surgical approaches in community healthcare settings.