Acceso usuarios
Ignacio Ricardo Arzac Ulla, Eduardo Tristan Burgos, Ezequiel Reymundez, Pablo Regazzoni, Graciela Ridao
Introducción: La estructura histológica de los ligamentos, incluyendo el LCA, está compuesta por colágeno y elastina envueltos en una matriz de agua y proteoglicanos. El colágeno es el componente principal de los tendones y ligamentos, representa el 65 – 75% de su peso en seco. El objetivo del presente estudio es realizar una evaluación histopatológica de los fragmentos de LCA rotos tomados en el momento del acto quirúrgico por artroscopía.Material y métodos: Estudio prospectivo observacional sobre 50 casos con rotura de LCA. Se tomaron muestras de LCA en procedimiento artroscópico y se evaluó la histopatología del ligamento.Resultados: Se mencionan los resultados en base a resultados de anatomía patológica y evolución post operatoria.Conclusión: No se evidenciaron cambios degenerativos en la histopatología que justifiquen la rotura ligamentaria. Palabras claves: ligamento cruzado anterior, LCA, Histopatología, anatomía patológica.Nivel de evidencia: IV serie de casos. AbstractIntroduction: Histological structure of ligaments, including the anterior cruciate ligament, is composed of collagen and elastin wrapped in a matrix of water and proteoglycans. Collagen is the main component of tendons and ligaments, accounting for 65-75% of its dry weight. The aim of the present study is to perform a histopathological evaluation of the ruptured anterior cruciate ligament fragments taken at the time of surgical procedure by arthroscopy.Methods: A prospective observational study of 50 cases with anterior cruciate ligament rupture. Anterior cruciate ligament samples were taken in an arthroscopic procedure and histopathology of the ligament was evaluated.Results: Pathology results and post-operative evolution are mentioned.Conclusion: Degenerative changes were observed in the histopathology exam; it cannot be demonstrated if these changes are previous or posterior to ligament rupture.
IntroductionThe histological structure of the ligaments, including the ACL, is composed of collagen and elastin wrapped in a matrix of water and proteoglycans. Collagen is the main component of tendons and ligaments, accounting for 65-75% of its dry weight. The aim of the present study is performing a histopathological evaluation of the ruptured ACL fragments taken at the time of the surgical procedure by arthroscopy.Material and methodsA prospective observational study of 50 cases with ACL rupture. LCA samples were taken in an arthroscopic procedure and the histopathology of the ligament was evaluated.ResultsThe results are mentioned based on results of pathological anatomy and post-operative evolution.ConclusionDegenerative changes were evidenced in the histopathology that can not be demonstrated if these changes are previous or posterior to the ligament rupture.
