No abstract available.
Shoulder*

No abstract available.
Arthroscopy* ; Patellar Ligament* ; Posterior Cruciate Ligament*

No abstract available.
Classification* ; Shoulder*

No abstract available.

No abstract available.
Ligaments* ; Magnetic Resonance Imaging* ; Tendons* ; Transplants*

This is a retrospective review of 11patients of type II SLAP lesion which were found during arthroscopic treatment of 26 patients diagnosed SLAP lesion, clinically and radiologically, hetween March l989 and June 1996. Follow-up time was averaged 26 months (range, l2 months to 72 months) and average age was 30 years old. All patients were treated arthroscopically for SLAP lesion. In type II 2 cases were repaired hy biodegradable tacks (Suretac(R)), 9 cases were repaired by transglenoid and transscapular tcchnique that included dehridement of the frayed lahrum and ahrasion of the superior glenoid neck, followed hy the placement of multiple suture on the torn capsular-labrum complex and lahrum-biccps tendon complex using suture hook, heath pin and # 0 PDS (Rhee's method). Among 9 cases with transglenoid and transscapular suture technique in type II SLAP lesion, the result were quantitated with Rowe ratin scale, 4 cases were exellent, 3 cases were good and 2 cases were fair. Our modification technique, using transglenoidal two bone hole technique and tying on scapular spine can ohtain as compatible fixation as other techniques which include metal staple, bioderadahle tacks (Suretac(R)) and anterior anchoring system such as mini-Revo. Our technique also has reasonable recurrence rate with few complication. The advantage of our modified technique is able to do superior capsular advancement, capsular plication and capsular shift which procedures are very difficult in other techniques. We propose arthroscopic transglenoid and transscapular suture technique (Rhee's method) for type II SLAP lesion as one of new method of suture for type II SLAP lesion.
Adult ; Follow-Up Studies ; Humans ; Neck ; Recurrence ; Retrospective Studies ; Spine ; Suture Techniques ; Sutures ; Tendons

No abstract available.
Ankle* ; Arthrography* ; Collateral Ligaments*

No abstract available.
Dislocations* ; Hip* ; Osteotomy*

Most studies of limb lengthening have concentrated on the osteotomy. In the present study, the response of soft tissue (muscle, artery, nerve) to different length, rates or rhythms of distraction have been investigated to define the nature of any damage and to see whether new muscle is created. The purposes of the this study are to evaluate the optimum condition for soft tissue during limb lengthening and to study the effect of different rates & rhythms of tibial lengthening on the soft tissue in rabbits hy observing the changes of muscle, artery and nerve. We lengthened the right tihiae of fifty-four growing New Zealand white rabbits by callotasis. The left tibiae were used as control. The rabbits were divided into three different rates & rhythms groups: Group 1 (increments of 0.5mm /day, divided 2 times/day), Group II (increments of 0.5mm/day, divided 3 times/day), Group III (increments of 10mm/day, divided 2 times/day). Each Group was subdivided into three lengthening groups: 1 ( 10% lengthening), 2 (20% lengthening), 3 (30% lengthening). At the end of lengthening, histopathologic & histomorphometric studies were done on the medial heads of gastrocnemius muscles, the posterior tibial artery and the posterior tibial nerve. In the histopathological study, these were stained by hematoxylin eosin, PAS and observed by light microscopy. Electron microscopic examination was done in all samples. In light microscopic findings, the sum of scores of the following five suhjects, each counted from 0 to 3, were analysed for individual groups between the experimental side and the control by the Mann-Whitney test and the kruskal-Wallis test. The following conclusions were made hased on the above observations; 1. There was no significant difference between groups I, II and III, but there was a significant dif-ference between the 10%, 20% and 30% lengthening groups by histopathologic study. And the predominant responses of muscle to the lengthening were atrophy and endomysial fibrosis. 2. There was no change in the proportion of the muscle fiber types by histomophomeric study. 3.ln the initial phase, the muscle adaptation to the gradual lengthening was attained by sliding in Jess than 20% distraction but finally the muscle was regenerated by new muscle formation. 4. Major soft tissue complication to the gradual lengthening was induced by muscle. But arteries & nerves were well adapted to the gradual lengthening up to 30% Iengthening.
Arteries ; Atrophy ; Eosine Yellowish-(YS) ; Extremities ; Fibrosis ; Head ; Hematoxylin ; Microscopy ; Muscles ; Osteogenesis, Distraction ; Osteotomy ; Rabbits* ; Tibia ; Tibial Arteries ; Tibial Nerve

No abstract available.
Ligaments* ; Sutures*