1.Complex Limb Trauma with Neuro-Vascular Injury.
Journal of the Korean Fracture Society 2010;23(1):137-154
No abstract available.
Extremities
2.Limb Lengthening.
Journal of the Korean Medical Association 2001;44(6):651-660
No abstract available.
Extremities*
3.A Study on the Normal Position of Angiographic Sylvian Triangle in Koreans.
Kwan Sik KIM ; Duck Young CHOI
Journal of Korean Neurosurgical Society 1978;7(1):41-46
The determination of the normal position of angiographic sylvian triangle was carried out in the 100 Korean subjects over the age of 12 in accordance with Vlahovitch's method for the clinical purpose of evaluating distorsion and displacement of the sylvian triangle in the pathological condition. And each measurement of the anterior and posterior extremities and inferior point of sylvian triangle was compared with the determination by Vlahovitch. The following results were obtained: 1. The anterior extremity of sylvian triangle was close to or on the line MM in the great majority, showing the mean location at 0.89+/-2.69 mm in front of the line. The posterior extremity of sylvian triangle revealed more variable position, at 9.60+/-7.94 mm posterior to the line AA The inferior point of sylvian triangle lies at the junction of one-fourth of AA and one-third of AO with variation of 2.21+/-2.43 mm above the line of one-fourth of AA and 2.28+/-2.04 mm posterior to the line of one-third of AO. 2. Angles of sylvian triangle: Anterosuperior angle:76.28((P-95(12.77(). Posterior angle:27.91((P-95(6.81(). Inferior angle:73.73((P-95(12.49(). 3. Height of sylvian triangle: One-fourth the hemispheric height. 4. Length of superior insular line: One-third the hemispheric height. 5. Distance of superior insular line from external meatus along the hemispheric height: One-half the hemispheric height.
Extremities
4.Limb Lengthening.
Yeungnam University Journal of Medicine 1996;13(2):182-191
No abstract available.
Extremities*
5.Kimura's disease of the extremity: report of 1 case.
Jung Dae OH ; Young Shik LEE ; Seog Hyoo LEE ; Geang Soo JUNG
The Journal of the Korean Orthopaedic Association 1992;27(3):839-843
No abstract available.
Extremities*
6.Soft tissue tumor of the trunk and extremities.
Byeong Mun PARK ; Seok Beom LEE ; Dong Sam WOO
The Journal of the Korean Orthopaedic Association 1993;28(5):1783-1794
No abstract available.
Extremities*
7.The Outcomes of Salvage Surgery for Vascular Injury in The Extremities: A Special Consideration For Delayed Revascularization
Jagdish Krishnan ; M Paiman ; AS Nawfar ; MI Yusof ; W Zulmi ; WS Azman ; AS Halim ; AZ Mat Saad ; MD Shafei ; WI Faisham
Malaysian Orthopaedic Journal 2014;8(1):14-20
A seven years retrospective study was performed in 45
consecutive vascular injuries in the extremities to investigate
the pattern of injuries, managements and outcomes.
Motor-vehicle accidents were the leading cause of injuries
(80%), followed by industrial injuries (11.1%) and iatrogenic
injuries (4.4%). Popliteal and brachial artery injuries were
commonly involved (20%). Fifteen (33.3%) patients had
fractures, dislocation or fracture dislocation around the knee
joint and 6 (13.3%) patients had soft tissue injuries without
fracture. Traumatic arterial transection accounted for 34
(75.6%) cases, followed by laceration in 7 (15.6%) and 9
(6.7%) contusions. Associated nerve injuries were seen in 8
(17.8 %) patients using intra-operative findings as the gold
standard, both conventional angiogram (CA) and
computerized tomography angiogram (CTA) had 100%
specificity and 100% sensitivity in determining the site of
arterial injuries.
The mean ischemic time was 25.31 hours (4 - 278 hours).
Thirty-three (73.3 %) patients were treated more than 6
hours after injury and 6 patients underwent revascularization
after 24 hours; all had good collateral circulation without
distal pulses or evidence of ischemic neurological deficit.
The mean ischemic time in 39 patients who underwent
revascularization within 24 hours was 13.2 hours. Delayed
amputation was performed in 5 patients (11.1%). Of the 6
patients who underwent delayed revascularization, one
patient had early amputation, one -had delayed amputation
following infection and multiple flap procedures while the
rest of the patients’ limbs survived. Joint stiffness was noted
in 10 patients (22.2%) involving the knee joint, elbow and
shoulder in two patients each. Infection was also noted in 5
patients (11.1%) with two of them were due to infected
implants. Other complications encountered included nonunion
(2 patients, 4.4%), delayed union (1 patient, 2.2%),limb length discrepancy (1 patient, 2.2%), hematoma (1
patient, 2.2%) and leaking anastomosis in one patient
(2.2%). Volkmann’s ischemic contracture occurred in 3
(6.7%) patients. There was no complication noted in 8
(17.8%) patients Three patients (6.7%) died of whom two
were not due to vascular causes. We conclude that early
detection and revascularization of traumatic vascular injuries
is important but delayed revascularization also produced
acceptable results
Extremities
8.Vasular tumors in extremities.
Goo Hyun BAEK ; Moon Sang CHUNG ; Myung Chul LEE ; Joong Bae SEO
The Journal of the Korean Orthopaedic Association 1993;28(6):2237-2247
No abstract available.
Extremities*
9.Clinical analysis of complications of limb lengthening.
Hae Ryong SONG ; Se Hyun CHO ; Kyung Hoi KOO
The Journal of the Korean Orthopaedic Association 1992;27(6):1579-1593
No abstract available.
Extremities*
10.Soft tissue sarcoma of extremities.
In Mok JUNG ; Dong Young ROH ; Kook Jin CHOI ; Sang Yong SONG ; Woo Ho KIM
Journal of the Korean Cancer Association 1993;25(2):276-287
No abstract available.
Extremities*
;
Sarcoma*