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absorbable biocomposite interference screw  (Zimmer Biomet)

 
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    Zimmer Biomet absorbable biocomposite interference screw
    Absorbable Biocomposite Interference Screw, supplied by Zimmer Biomet, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/absorbable+interference+screw/absorbable+biocomposite+interference+screw/pm39812812-76-37-44
    Average 90 stars, based on 1 article reviews
    absorbable biocomposite interference screw - by Bioz Stars, 2026-11
    90/100 stars

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    Related Articles

    other:

    Article Title: The single antegrade sling graft: a novel hamstring autograft technique for combined anterior cruciate ligament and anterolateral ligament reconstruction.
    Article Snippet: The graft was passed from outside-in through the femoral tunnel till it reaches the outlet of the tibial tunnel over a stiffened Fiber-wire loop suture, and fixed in outside-in manner first at the femoral tunnel by an absorbable biocomposite interference screw (ComposiTCPTM Interference Screw; Zimmer Biomet Orthopedics, Warsaw, Indiana 46,581 USA) with the same size of the femoral tunnel (Fig. 6) while maintaining the traction on the tibial side of the graft.



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    Schema of surgical methods. Diagrammatic representation of graft harvest, graft rotation, patellar fixation, and femur fixation. (A) The superior border of the MPFL is approximately 6 mm below the superior pole of the patella, and the inferior border is roughly near the midpoint of the patella. The plane and dissection points for graft harvest. (B) The graft is rotated and turned medially to mimic the anatomic position of the native MPFL. Stay sutures at the patella provide anatomic patellar fixation. (C) Creation of a bone tunnel at the Schöttle point and fixing the graft with a 7-mm <t>absorbable</t> interference screw.
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    Schema of surgical methods. Diagrammatic representation of graft harvest, graft rotation, patellar fixation, and femur fixation. (A) The superior border of the MPFL is approximately 6 mm below the superior pole of the patella, and the inferior border is roughly near the midpoint of the patella. The plane and dissection points for graft harvest. (B) The graft is rotated and turned medially to mimic the anatomic position of the native MPFL. Stay sutures at the patella provide anatomic patellar fixation. (C) Creation of a bone tunnel at the Schöttle point and fixing the graft with a 7-mm <t>absorbable</t> interference screw.
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    absorbable biocomposite interference screw compositcp tm  (Zimmer Biomet)
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    Schema of surgical methods. Diagrammatic representation of graft harvest, graft rotation, patellar fixation, and femur fixation. (A) The superior border of the MPFL is approximately 6 mm below the superior pole of the patella, and the inferior border is roughly near the midpoint of the patella. The plane and dissection points for graft harvest. (B) The graft is rotated and turned medially to mimic the anatomic position of the native MPFL. Stay sutures at the patella provide anatomic patellar fixation. (C) Creation of a bone tunnel at the Schöttle point and fixing the graft with a 7-mm <t>absorbable</t> interference screw.
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    absorbable biocomposite interference screw  (Zimmer Biomet)
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    Schema of surgical methods. Diagrammatic representation of graft harvest, graft rotation, patellar fixation, and femur fixation. (A) The superior border of the MPFL is approximately 6 mm below the superior pole of the patella, and the inferior border is roughly near the midpoint of the patella. The plane and dissection points for graft harvest. (B) The graft is rotated and turned medially to mimic the anatomic position of the native MPFL. Stay sutures at the patella provide anatomic patellar fixation. (C) Creation of a bone tunnel at the Schöttle point and fixing the graft with a 7-mm <t>absorbable</t> interference screw.
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    90/100 stars
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    milagro® advance interference absorbable screws  (DePuy Synthes)
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    Schema of surgical methods. Diagrammatic representation of graft harvest, graft rotation, patellar fixation, and femur fixation. (A) The superior border of the MPFL is approximately 6 mm below the superior pole of the patella, and the inferior border is roughly near the midpoint of the patella. The plane and dissection points for graft harvest. (B) The graft is rotated and turned medially to mimic the anatomic position of the native MPFL. Stay sutures at the patella provide anatomic patellar fixation. (C) Creation of a bone tunnel at the Schöttle point and fixing the graft with a 7-mm <t>absorbable</t> interference screw.
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    Image Search Results


    Schema of surgical methods. Diagrammatic representation of graft harvest, graft rotation, patellar fixation, and femur fixation. (A) The superior border of the MPFL is approximately 6 mm below the superior pole of the patella, and the inferior border is roughly near the midpoint of the patella. The plane and dissection points for graft harvest. (B) The graft is rotated and turned medially to mimic the anatomic position of the native MPFL. Stay sutures at the patella provide anatomic patellar fixation. (C) Creation of a bone tunnel at the Schöttle point and fixing the graft with a 7-mm absorbable interference screw.

    Journal: Orthopaedic Journal of Sports Medicine

    Article Title: Postoperative Knee Extensor Strength After Medial Patellofemoral Ligament Reconstruction Using Superficial Slip of the Quadriceps Tendon and the Factors That Affect Strength Recovery

    doi: 10.1177/23259671251325748

    Figure Lengend Snippet: Schema of surgical methods. Diagrammatic representation of graft harvest, graft rotation, patellar fixation, and femur fixation. (A) The superior border of the MPFL is approximately 6 mm below the superior pole of the patella, and the inferior border is roughly near the midpoint of the patella. The plane and dissection points for graft harvest. (B) The graft is rotated and turned medially to mimic the anatomic position of the native MPFL. Stay sutures at the patella provide anatomic patellar fixation. (C) Creation of a bone tunnel at the Schöttle point and fixing the graft with a 7-mm absorbable interference screw.

    Article Snippet: The graft was pulled into the bone tunnel with the patella centered at the trochlea, and then the graft was fixed using an absorbable interference screw (7 × 23-mm MILAGRO Advance Interference Screw; DePuy Synthes America) under appropriate tension (10-20 N) at 30° of knee flexion ( ).

    Techniques: Dissection