Özet:

Purpose: In arthroscopic front-cross bond reconstructions, a variety of tendon greps are used, such as hamstring tendon greps, patellar tendon greps, allogreft. In our study, we aimed at evaluating the results of femoral tunnel oblicity in patients applied anatomical front interconnection reconstruction using Otogen Hamstring Tendons in the accompaniment of current literature. Instruments and Methods: Patients who were surgically treated in our clinic due to front-cross-connection rupture between January 2013 and June 2016 were called to the hospital by telephone call. The study included 64 patients conducted physical examinations, graphic controls and measurements. 55 of our patients were male and 9 female. The average age of patients was 29.3±8.12 (14-47). Our average tracking time is 14.47±7.44 (6-36) months. Control Lysholm and Tegner scores found advanced significant differences in statistical terms when compared to pre-operative values (p<0.001). According to the International Knee Documentation Committee (IKDC), 3 patients (4.7%) B, 18 patients (28.12) C and 43 patients (67.18) D were diagnosed before surgery. In the final check-in after surgery, 41 patients (64.06) were included in A, 21 patients (32.81) B and 2 patients (3.12%) C group. The average femur tunnel oblicity was 41.2±7.2°. The result: it is believed that the shape femoral tunnel settlement is more beneficial to the rotational stability of the front cross bond. As a result of this study, we are convinced that the application by anatomical technique of the front-cross bond using the autogene hamstring tendon greft is more beneficial by the functional result of increased femoral tunnel oblicity.

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