No abstract available.
Anterior Cruciate Ligament Reconstruction* ; Anterior Cruciate Ligament*

Segmental Spinal Instrumentation is effective operative procedure in unstable fracture and fracture-dislocation of the thoracolumbar spine, providing rigid spinal stability and reduces needs of external support and complications. Fifty nine patients with unstable fracture and fracture-dislocation of thoracolumbar spine were treated with Harrington rod instrumentation and sublaminar wiring(31 patients) and Luque rod instrumentation with sublaminar wiring(28 patients) in Hyun Dai Hae Seong Hospital, Ulsan, Paik Hospital, Pusan from Dec. 1983 to April 1986. We have analyzed the results of treatment about two type of S.S.I. and obtained following conclusions; l. In 59 patients, T12 level injury was 17 cases, Ll level was 25 cases and so T12 and Ll involvement were 71%. 2. By Francis Denis classification, 28 cases were burst type fracture, 20 cases were fracture-dislocation type, 6 cases were seat belt type and 5 cases were wedge compression type. 3. In Harrington rod with S.S.I., initial kyphotic angle was 22.4° and postoperative angle was 7.4° and correction rate was 66.9%; in Luque rod with S.S.I., preoperative kyphotic angle was 21.7° and postoperative angle was 6.5° and correction rate 69.6%. So there was no difference of correction rate in two type of S.S.I. 4. In Harrington rod with S.S.I., the loss of reduction was 1.2° and the loss was 7%; in Luque rod with S.S.I., the loss of reduction was 7.2° and the loss rate was 48%. So the loss of reduction of Luque rod with S.S.I. was greater than that of Harrington rod with S.S.I. 5. After removal of implants, Luque rod with S.S.I. patients have better range of motion than Harrington rod with S.S.I. patients clinically, but it needs more follow-up because of a few cases(18 cases).
Busan ; Classification ; Follow-Up Studies ; Humans ; Range of Motion, Articular ; Seat Belts ; Spine ; Surgical Procedures, Operative ; Ulsan

PURPOSE: The purpose of this study is to illustrate MR patterns of bone marrow of calvarium and vertebral body in normal subjects according the age distribution and to understand the course of the fatty replacement from red marrow. METHODS AND MATERIAL: We retrospectively evaluated MR examinations of the calvaria(n=71), cervical spine(n=71), thoracic spine(n=65), Imbar spine(n =68) in subjects without bone marrow abnormality whose age ranged 3 weeks to 74 years. Three distinctive patterns were categorized on Tl-weighted images of the skull. In pattern 1, uniformly low signal intensity with or without very small areas of high intensity in frontal and occipital bones is noted. In pattern 2, frontal and occipital bones have uniformly high signal intensity, and patchy area of high intensity appears in parietal bone. In pattern 3, the entire skull has uniformly high signal intensity. In the spine, four patterns were categorized on Tl-weighted MR images. In pattern 1, the vertebral body has uniformly low signal intensity except for linear areas of high intensity superior and inferior to basivertebral vein. In pattern 2, bandlike and triangular areas of high signal intensity are found in the periphery. Pattern 3 and 4 have diffusely distributed areas of high signal intensity; pattern 3 consist of numerous indistinct dots measuring a few millimeter or less, and pattern 4 consist of fairly well marginated areas ranging in size from 5 to 1.5cm. RESULT:In the calvaria, 73% of pattern 1 were younger than 20 years, pattern 2 were evenly distributed, and 86% of pattern 3 were older than 40 years. In the spine, 87% of pattern 1 were younger than 40 years, 72% of pattern 3 were in 40 to 50 years, and 87% of pattern 4 were older than 50 years. Pattern 2 were evenly distributed in the cervical and thoracic spine, but in the thoracic spine 62% were younger than 30 years. CONCLUSION:It is concluded that younger age group shows mainly pattern 1, whereas elderly group has pattern 3 or 4 in the calvarial and vertebral body marrow. This suggests that conversion to fatty marrow begin locally and progress diffusely with age.
Age Distribution* ; Aged ; Bone Marrow* ; Humans ; Occipital Bone ; Parietal Bone ; Retrospective Studies ; Skull* ; Spine ; Veins

The 17 patients with 22 resistant clubfeet were treated with modified Turco's operation with or without combining release of calcaneocuboid joint at Department of Orthopaedic Surgery, Hanyang University School of Medicine between 1896 and 1991. They were analysed preoperatively and postoperatively with chinical and radiological methods. In patients who were treated with combined procedures, the latetal talocalcaneal angle and anteroposterior talo-first metatarsal angle in radiological findings were showed better improvement(p < 0.05), and anteroposterior talocalcaneal angle was also showed better improvement but not significant statistically, than those who were treated with modified Turco's operation alone. The final results of combined procedures were better than that of modified Turco's operation. And the most common characteristic physical findings in resistant clubfoot were small heel, deep longitudinal crease on the medial aspect of midfoot area and a single transverse crease on the posterior heel just proximal to the insertion of the tendocalcaneus. So we suggest these physical findings may be expectance for the resistance of the congenital clubfoot to conservative treatment, but it need further comparative study.
Clubfoot ; Heel ; Humans ; Joints ; Metatarsal Bones

Specific bone signal abnormalities of MRI of patient with knee injury, although plain radiographs are normal, suggest that ACL injury may be present. Twenty eight MRI examinations in which ACL injury were present, were retrospectively reviewed and were correlated with bone signal changes. The results obtained were as follows; 1. Of twenty eight ACL injuries seen with MR imaging, bone signal abnormality was present at the lateral femoral condyle (LFC) in 8 patients (29%), at the posterolateral tibial plateau in 10patients (36%) and at both sites in 5 patients (18%). 2. In acute knee injury, all seven patients with complete ACL tear had bone signal abnormalities at MRI and of all seven patients, six patients showed bone signal abnormalities at lateral femoral condylar or posterolateral tibial plateau. 3. In conclusion, bone signal abnormalities at posterolateral tibia or lateral femoral condyle are present in almost cases of acute complete ACL tear. Therefore the bone signal abnormalities suggest that there may be ACL injury.
Humans ; Knee Injuries ; Magnetic Resonance Imaging* ; Retrospective Studies ; Tibia

Segmental Spinal Instrumentation(S.S.I.) is more effective means of managing unstable thoraco-lumbar spine fractures than traditional Harrington Rod Instrumentation as an operative procedure which afforded rigid internal fixation with stability and needed minimal external immobilization. Early return to normal activity and successful rehabilitation are facilitated by efficient stabilization with S.S.I. Fifty-nine patients with fractures and fracture-dislocations of thoraco-lumbar spine were treated by Harrington Rod Instrumentation (29 patients) and S.S.I. (30 patients) at this hospital from June 1979 to July 1984. We have analysed the results of these treatment and obtained following conclusions: 1. S.S.I. is more rigid internal fixation than Harrington Rod Instrumentation. a) no or minimal external immobilization b) early ambulation and rehabilitation c) lowered complications 2. There was no significant difference in correction rate, loss of correction, and neurologic recovery between Harrington Rod Instrumentation and S.S.I.
Early Ambulation ; Humans ; Immobilization ; Rehabilitation ; Spine ; Surgical Procedures, Operative

No abstract available.
Cardiotocography* ; Meconium* ; Pregnancy*

No abstract available.
Adult* ; Humans ; Tibia*

No abstract available.
Arthritis, Rheumatoid* ; Arthroplasty, Replacement, Knee* ; Osteoarthritis*

No abstract available.
Spine*