• 제목/요약/키워드: Ligament Injury

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Celiac Artery Compression After a Spine Fracture, and Pericardium Rupture After Blunt Trauma: A Case Report from a Single Injury

  • Kim, Joongsuck;Cho, Hyun Min;Kim, Sung Hwan;Jung, Seong Hoon;Sohn, Jeong Eun;Lee, Kwangmin
    • Journal of Trauma and Injury
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    • 제34권2호
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    • pp.130-135
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    • 2021
  • Celiac artery compression is a rare condition in which the celiac artery is compressed by the median arcuate ligament. Case reports of compression after trauma are hard to find. Blunt traumatic pericardium rupture is also a rare condition. We report a single patient who experienced both rare conditions from a single blunt injury. An 18-year-old woman was brought to the trauma center after a fatal motorcycle accident, in which she was a passenger. The driver was found dead. Her vital signs were stable, but she complained of mild abdominal pain, chest wall pain, and severe back pain. There were no definite neurologic deficits. Her initial computed tomography (CT) scan revealed multiple rib fractures, moderate lung contusions with hemothorax, moderate liver injury, and severe lumbar spine fracture and dislocation. She was brought to the angiography room to check for active bleeding in the liver, which was not apparent. However, the guide wire was not able to pass through the celiac trunk. A review of the initial CT revealed kinking of the celiac trunk, which was assumed to be due to altered anatomy of the median arcuate ligament caused by spine fractures. Immediate fixation of the vertebrae was performed. During recovery, her hemothorax remained loculated. Suspecting empyema, thoracotomy was performed at 3 weeks after admission, revealing organized hematoma without pus formation, as well as rupture of the pericardium, which was immediately sutured, and decortication was carried out. Five weeks after admission, she had recovered without complications and was discharged home.

주관절의 스포츠 손상 (Sports Injury of the Elbow)

  • 신현대
    • 대한정형외과스포츠의학회지
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    • 제7권1호
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    • pp.8-14
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    • 2008
  • Elbow joint injuries during exercise mostly occur by repeated stress to the joint than direct trauma. A pitcher who uses his arm above his head is most likely to be injured. So learning the right way to exercise and gaining the strength by maturating the body are essential for diminishing the chance of injury. On lateral ulnar tendon injury, which is most commonly injured area on elbow joint, pitchers generally complain of pain in arm movement above head and reduction of velocity, accuracy, and number of pitching. When there is pain on upper arm in harsh using, the stress fracture must be thought and epicondylar physis fracture of medial arm can occur by repeated abduction stress and contraction of flexors on forearm on children with immature skeleton. Osteochondritis dissecans of capitullum occur in young athletes who use there upper limb continuously lifting weights and gym work. And stress of abduction-extension includes damage of soft tissue and bone components, post medial crush syndrome, lateral ulnar ligament injury, extensor-abductor injury, stress of radius- capitullum are in this category.

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슬와 동맥 손상을 동반한 슬관절 탈구에서 혈관내 중재술 후 시행한 수술적 치료 - 증례 보고 - (Surgical treatment for knee dislocation with popliteal artery injury after endovascular intervention for arterial injury - A case report -)

  • 안지현;김상길
    • 대한정형외과스포츠의학회지
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    • 제10권2호
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    • pp.113-116
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    • 2011
  • 발생 빈도가 높진 않지만, 슬관절 탈구 시 슬와 동맥 손상이 종종 동반된다. 발견된 모든 동맥 손상에 대한 치료의 필요성이 보고되어 왔으며 관혈적 수술이 보편적인 방법으로 알려져 왔다. 슬관절 탈구에 동반된 슬와 동맥 손상에 대하여 혈관내 중재술로 혈류를 회복하고 이후 손상된 인대에 대한 수술적 치료를 시행한 1례를 보고하고자 한다.

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대학 태권도 선수의 족무지 지간 관절의 만성 내반 불안정성 - 1례 보고- (Chronic Varus Instability of the Hallux Interphalangeal Joint in College Taekwondo Athelete - A Case Report -)

  • 정홍근;박신형
    • 대한정형외과스포츠의학회지
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    • 제7권2호
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    • pp.142-145
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    • 2008
  • 육상 선수나 격투기 선수들에게서 전족부 손상은 흔한 편이나 족무지 지간 관절은 해부학적 안정성으로 인해 관절 측부 인대손상은 매우 드문 것으로 알려져 있다. 특히 스포츠 손상에 의한 지간 관절의 만성 불안정성에 대해서는 국내외적으로 보고가 극히 적어 저자들은 대학 태권도 선수에서 족무지 지간 관절의 진구성 외측부 인대 파열에 기인한 만성 무지 내반 불안정성에 대하여 수술적으로 치료하여 좋은 결과를 얻었기에 이를 보고하고자 한다.

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스키에 의한 전방십자인대 손상에 대한 고찰 (The study of anterior cruciate ligament injury after a ski accident)

  • 박주환;전성화;양난희;김용권;김지혁
    • 대한물리치료과학회지
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    • 제10권1호
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    • pp.222-231
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    • 2003
  • The ACL(Anterior cruciate ligament) is the smallest of the four main ligaments of the knee, but it is the primary stabilizer. Injuries have a tendency to occur when the foot is firmly planted and the knee is twisted. Any sports that requires acceleration, change of direction and deceleration can increase the chances of suffering an ACL tear. The incidence of severe knee sprains that involve the ACL are at an all-time high. Since 1980, the number of these injuries have increased at least three-fold. Although the rate of increase has been much less dramatic since the middle 1980s, even the ultra-modem releasable ski binding has not been able to start reducing the incidence of ACL injuries. An ACL injury prevention program developed for downhill skiers by the Vermont Safety Research group emphasized increasing awareness of situations that can potentially result in an ACL injury and pre-planning strategies if events, leading to these situations, begin to fall in place. As part of the above study by Ettlinger et al., an educational prevent program was developed to teach these principles and thus reduce the rate of serious knee injuries. Four thousand instructors and patrol at 20 ski resorts who received the training had a 62% decline in serious knee injuries compared to a similar group that did not receive this training. Whenever you fall, try not to fully straighten your legs. Don't try to get up until you've stopped sliding(unless you are try to avoid an obstacle or other skier). When you're down, stay down. And don't land on your hand. So, if you feel yourself falling: arms forward, ski plates together, hands over knee. Then you will be able to save your ACL.

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Avulsion injuries: an update on radiologic findings

  • Choi, Changwon;Lee, Sun Joo;Choo, Hye Jung;Lee, In Sook;Kim, Sung Kwan
    • Journal of Yeungnam Medical Science
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    • 제38권4호
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    • pp.289-307
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    • 2021
  • Avulsion injuries result from the application of a tensile force to a musculoskeletal unit or ligament. Although injuries tend to occur more commonly in skeletally immature populations due to the weakness of their apophysis, adults may also be subject to avulsion fractures, particularly those with osteoporotic bones. The most common sites of avulsion injuries in adolescents and children are apophyses of the pelvis and knee. In adults, avulsion injuries commonly occur within the tendon due to underlying degeneration or tendinosis. However, any location can be involved in avulsion injuries. Radiography is the first imaging modality to diagnose avulsion injury, although advanced imaging modalities are occasionally required to identify subtle lesions or to fully delineate the extent of the injury. Ultrasonography has a high spatial resolution with a dynamic assessment potential and allows the comparison of a bone avulsion with the opposite side. Computed tomography is more sensitive for depicting a tiny osseous fragment located adjacent to the expected attachment site of a ligament, tendon, or capsule. Moreover, magnetic resonance imaging is the best imaging modality for the evaluation of soft tissue abnormalities, especially the affected muscles, tendons, and ligaments. Acute avulsion injuries usually manifest as avulsed bone fragments. In contrast, chronic injuries can easily mimic other disease processes, such as infections or neoplasms. Therefore, recognizing the vulnerable sites and characteristic imaging features of avulsion fractures would be helpful in ensuring accurate diagnosis and appropriate patient management. To this end, familiarity with musculoskeletal anatomy and mechanism of injury is necessary.