Hip
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JUL23
Carl H. Wierks, MD - Knotless Acetabular Labral Repair Using a Toggle Stitch Configuration with 2.4 mm Mini Hip PushLock® Anchors- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-01358-EN
- Version: A
- Language: English
- Revision Date: 05/11/2018
Carl H. Wierks, MD, (Grand Rapids, MI) demonstrates an acetabular labral repair using a toggle stitch configuration with a 2.4 mm Mini Hip PushLock® anchor. In this cadaveric demonstration, he uses the Hip Labral Scorpion™ suture passer for passing either a #0 FiberWire® suture or SutureTape in a unique configuration that allows for increased labral control, and helps facilitate proper tension to avoid eversion away from the femoral head.
Related Pages
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JUN11
David Sedory, MD - Capsular Retraction and Suspension Technique Featuring the CapsuleClose Scorpion™ Suture Passer- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-01349-EN
- Version: A
- Language: English
- Revision Date: 04/27/2018
David Sedory, MD, (Savannah, GA) outlines a technique using the CapsuleClose Scorpion™ suture passer for passing traction sutures through the proximal and distal limbs of an interportal capsulotomy to suspend the capsule during arthroscopic hip procedures. Dr. Sedory demonstrates the increased visibility these traction sutures provide for performing an acetabuloplasty, labral repair, and cam osteochondroplasty procedure.
Related Pages
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JUN04
Benjamin G. Domb, MD - Arthroscopic Circumferential Acetabular Labral Reconstruction Featuring Knotless SutureTak® Anchors- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-01118-EN
- Version: A
- Language: English
- Revision Date: 04/05/2018
Benjamin G. Domb, MD, (Chicago, IL) demonstrates an arthroscopic circumferential acetabular labral reconstruction using Knotless SutureTak® anchors and a graft pull-through technique to create a low-profile construct. He outlines the surgical steps necessary for performing the procedure and describes how to make the technique more reproducible.
Related Pages
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MAY23
Carl H. Wierks, MD - Knotless Acetabular Labral Repair Using a Toggle Stitch Configuration with 2.4 mm Mini Hip PushLock® Anchors
- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-01358-EN
- Version: A
- Language: English
- Revision Date: 05/11/2018
Carl H. Wierks, MD, (Grand Rapids, MI) demonstrates an acetabular labral repair using a toggle stitch configuration with a 2.4 mm Mini Hip PushLock® anchor. In this cadaveric demonstration, he uses the Hip Labral Scorpion™ suture passer for passing either a #0 FiberWire® suture or SutureTape in a unique configuration that allows for increased labral control, and helps facilitate proper tension to avoid eversion away from the femoral head.
Related Pages
-
MAY02
David Sedory, MD - Capsular Retraction and Suspension Technique Featuring the CapsuleClose Scorpion™ Suture Passer
- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-01349-EN
- Version: A
- Language: English
- Revision Date: 04/27/2018
David Sedory, MD, (Savannah, GA) outlines a technique using the CapsuleClose Scorpion™ suture passer for passing traction sutures through the proximal and distal limbs of an interportal capsulotomy to suspend the capsule during arthroscopic hip procedures. Dr. Sedory demonstrates the increased visibility these traction sutures provide for performing an acetabuloplasty, labral repair, and cam osteochondroplasty procedure.
Related Pages
-
APR11
Benjamin G. Domb, MD - Arthroscopic Circumferential Acetabular Labral Reconstruction Featuring Knotless SutureTak® Anchors
- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-01118-EN
- Version: A
- Language: English
- Revision Date: 04/05/2018
Benjamin G. Domb, MD, (Chicago, IL) demonstrates an arthroscopic circumferential acetabular labral reconstruction using Knotless SutureTak® anchors and a graft pull-through technique to create a low-profile construct. He outlines the surgical steps necessary for performing the procedure and describes how to make the technique more reproducible.
Related Pages