(American Journal of Sports Medicine[TA])
11,861 results
  • Primary ACL Repair and Reconstruction in Isolated ACL Ruptures: Forgotten Joint Scores and the Association Between Residual Laxity and Joint Awareness. [Journal Article]
    Am J Sports Med. 2026 Aug 03; :3635465261469658. [Online ahead of print]Altun O, Ergişi Y, … Bozkurt MAJ
  • CONCLUSIONS: In carefully selected patients with proximal ACL tears and adequate tissue quality, no significant between-group differences were detected in conventional clinical outcomes, postoperative laxity, return-to-sport rates, or rerupture rates between primary ACL repair and reconstruction. Primary ACL repair was associated with higher postoperative FJS-12 values at short- to midterm follow-up, suggesting function more similar to that of a native knee. Residual postoperative laxity was associated with lower FJS-12 values in secondary exploratory analyses.
  • Length Changes of the Lateral Knee: Fibular Collateral Ligament, Anterolateral Ligament, and Iliotibial Band Fibers. [Journal Article]
    Am J Sports Med. 2026 Aug 03; :3635465261468548. [Online ahead of print]Augustin EJ, Oppenheim ZR, … Yanke ABAJ
  • CONCLUSIONS: FCL and ALL attachment distances decreased throughout flexion. In contrast, the distances from the Gerdy tubercle to the proximal and distal Kaplan attachments demonstrated midflexion lengthening with a return toward baseline at deeper flexion angles, reflecting relative isometry of these ITB segments. This study is the first to describe the simultaneous length change behavior of all 3 structures, providing integrated anatomic data that may inform graft tensioning and fixation strategies for ALL, FCL, and lateral extra-articular tenodesis reconstruction of the lateral knee.
  • Selective Epiphysiodesis of the Anterior Distal Femoral Physis Alters Trochlear Morphology in a Rabbit Model. [Journal Article]
    Am J Sports Med. 2026 Jul 29; :3635465261465190. [Online ahead of print]Wills DJ, Dan MJ, … Walsh WRAJ
  • CONCLUSIONS: The anterior distal femoral physis significantly contributed to shaping the trochlear groove during skeletal growth. Targeted physeal closure altered trochlear morphology, supporting the potential for growth modulation strategies in managing early dysplastic changes. Lateral epiphysiodesis reduced the proximal sulcus angle and deepened the lateral groove. Central epiphysiodesis could be utilized to increase medial trochlear depth and symmetry between the medial and lateral trochlear facets.