No abstract available.
Child* ; Humans

Injuries in the industries has been steadily increasing in this country in recent years. Injuries in the industries intricate in accoriance with the industrial environment, mechanism of injuries and the other factors of employees. In 6 years 201 patients with industrial injuries underwent treatment in the Department of Orthopaedic Surgery of the National Medical Center, and the result of treatment is reported in this paper. 1. 70 cases out of 201 cases were in the age group between 21 to 30 year. 186 cases were male and 15 were female. The incidence is remarkably higher in male. 2. In 80 cases the injuries were caused by machinery with pressor parts. The patients were chiefly manual workers in factories. 3. Of 280 injuries, 148 (62.8%) were upper extremities, 105 (37.5%) were lower extremities and 27 (96%) were trunks. The most common site of injuries was hand. 4 Of 146 injuries with fractures, 94 were treated by manual reduction and cast, and 52 were treated by open reduction. 5. Treatment for open wounds was debridement followed by delayed primary closure and/or skin graft. The primarily closed open wounds by local clinics were observed and treated according to wound condition. 6, 17 cases out of 22 phalangeal bone fractures were treated by manual reduction and splint. 5 cases were treated by K-wire internal fixation, among them 3 cases had to be treated by amputation. 7. Incidence of early camplication was considerably high with 137 sites out of 280 sites and the late complication was 79 sites after treatment of the early complications.
Amputation ; Debridement ; Female ; Fractures, Bone ; Hand ; Humans ; Incidence ; Lower Extremity ; Male ; Skin ; Splints ; Transplants ; Upper Extremity ; Wounds and Injuries

The peritoneal equilibration test(PET) has been recommended in adults as a standardized means of estimating solute transport. However, it appears that norrns for pediatric PD patients may be different. We performed a PET on 16 children aged 3 to 18 years using a dwell volume for 30ml/kg of 2.596 dialysate. Our children transported glucose more rapidly than adults, however, creatinine transport was not significantly different. Age did not correlate with D/13% glucose or drainage volume. There was negative correlation between D/D% glucose and D/P Cr. There was no significant difference between initial and maintenance CAPD patients. There was slight difference in patients with previous peritonitis. In conclusion, there was difference in glucose transport between children and adults.
Adult ; Child* ; Creatinine ; Drainage ; Glucose ; Humans ; Peritoneal Dialysis, Continuous Ambulatory* ; Peritonitis

No abstract available.
Child* ; Humans ; Interferons* ; Leukemia, Myelogenous, Chronic, BCR-ABL Positive*

Free flaps have been widely used in lower leg reconstruction. However, in cases with extensive injury to the vessels as well as to the bone and soft tissues, and having only one intact major vessel in the lower leg(single vessel leg), careful selection of recipient vessels for the free flap transfer is mandatory for preventing further vascular compromise of the distal lower leg. The sural artery and its vena comitantes are frequently protected form externally harmful forces by the bulky surrounding gastrocnemius muscle and can be used as recipient vessles for free flaps without any detrimental influence on the vascularity of the distal lower leg. In our department, three latissimus dorsi muscle free flap were transferred with sural vessels as recipient vessels in the reconstruction of the single vessel legs. Except for one case of flap failure due to serious infection at the microvascular anastomoses site, all the other cases were successfully reconstructed without any necrosis of the gastrocnemius muscle or the distal leg. In addition, the sural vessels were easily accessed in any patient position and their caliber was similar to that of the vascular pedicles of the donor muscle flaps. In conclusion, the sural vessels can be another useful option in selecting recipient vessels for free flap transfer in the reconstruction of the single vessel leg.
Arteries ; Free Tissue Flaps* ; Humans ; Leg* ; Muscle, Skeletal ; Necrosis ; Superficial Back Muscles ; Tissue Donors

No abstract available.
Humans

No abstract available.
Korea*

No abstract available.
Pressure Ulcer*

No abstract available.
Corpus Callosum*

No abstract available.
Reye Syndrome*