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삼각 부골과 횡인대에 의해 도수정복 되지 않은 발목관절 전방 아탈구: 증례 보고
경민규 ( Min Gyu Kyung ) 대한스포츠의학회 2021 대한스포츠의학회지 Vol.39 No.3
Ankle joint is a stable mortise structure, therefore pure ankle dislocation without ankle fracture is rare. Several adjacent anatomical structures have been reported as a cause of irreducible ankle dislocation. Author report a case of successful treatment of irreducible anterior subluxation of the ankle joint due to os trigonum and transverse ligament by closed reduction under anesthesia, and a review of the literature as well.
경민규 ( Min Gyu Kyung ) 국군의무사령부 2021 대한군진의학학술지 Vol.52 No.1
Tarsal coalition is a rare congenital condition, of which two or more tarsal bones are bridged together in fibrous, chondral, or bony form. Talonavicular coalition is reported as very rare compared to other several tarsal coalition variants, and usually accompanied with orthopaedic anomalies. The author reports a case of bilateral talonavicular coalition with mild clinical symptoms, and a review of the literature as well.
박철희 ( Chulhee Park ),김정민 ( Jung Min Kim ),경민규 ( Min Gyu Kyung ),이영호 ( Young Ho Lee ) 국군의무사령부 2023 대한군진의학학술지 Vol.54 No.1
Objective The importance of microsurgery is being emphasized for treatments of severe trauma or combat injuries. We constructed a low-fidelity microsurgical training program that can be applied and operated at all times in military hospitals. Then we conducted the study on its effectiveness and appropriate time interval of it. Method A low-fidelity microsurgery training program using a microsurgery microscope, artificial vessels, and chicken thigh blood vessels was formed. Nine military surgeons participated and performed the one-year program with three different time intervals. The training time intervals were 2 months, 4 months, and 6 months, respectively. The differences in performance after the program were analyzed. Results This microsurgery simulation training program was evaluated to significantly improve and maintain military surgeons' microsurgery proficiency. There was no significant difference of performance results between the 2-month interval program(26.87%) and the 4-month interval program(27.10%). On the other hand, the performance of the 6-month interval program(12.02%) was far below those of the other two. Conclusion To perform regularly the simplified low-fidelity microsurgery simulation trainings using nonliving objects is helpful in improving and maintaining military microsurgeons' skill and proficiency. In addition, it is appropriate in terms of time efficiency to conduct such training at intervals of 4 months.