Most arthroscopic rotator cuff reconstruction techniques require a method of securing the tendon to the bone to obtain a stable construct. The available options include knotless technology and suture welding, but the most common method uses suture anchors and knots. Tissue quality, surgical technique, repair material, and tension overload influence the stability of tissue repair. Arthroscopic knots are technically demanding because they are tied through cannulas with long-handled knot pushers. The strength of the repair is also influenced by the suture material used. In this study, we review the state-of-the-art of arthroscopic knots and suture materials being used for arthroscopic rotator cuff repair
We compared the construct stability of traditional knotted techniques with modern knotless anchor sy...
Arthroscopic suture anchor techniques can be used to repair rotator cuff tendon tear, a common shoul...
Arthroscopic management of rotator cuff tears has evolved from simple debridement to arthroscopic re...
Most arthroscopic rotator cuff reconstruction techniques require a method of securing the tendon to ...
Background: Knot-tying suture-bridge (SB) rotator cuff repair may compromise the vascularity of the ...
Various surgical techniques exist for rotator cuff repair that provide a suitable environment for te...
Purpose To assess the mechanical properties, tendon resistance to suture cutout, and knot size of...
Contemporary arthroscopic double-row suture anchor rotator cuff repairs have superior biomechanics c...
BACKGROUND: One cause of early failure of rotator cuff repairs is the pull out of the suture thro...
The tissue-suture interface is the most vulnerable and challenging part of adequate restoration and ...
Abstract: An adequate restoration of the muscle-tendon-bone unit is essential for a successful outco...
A safe and easy-to-tie sliding knot is necessary for arthroscopic repair of rotator cuff tears and g...
With advances in arthroscopic surgery, many techniques have been developed to increase the tendon-bo...
There are a number of reasons for failed rotator cuff tear repair. In such cases the suture-tendon i...
For the past few decades, the repair of rotator cuff tears has evolved significantly with advances i...
We compared the construct stability of traditional knotted techniques with modern knotless anchor sy...
Arthroscopic suture anchor techniques can be used to repair rotator cuff tendon tear, a common shoul...
Arthroscopic management of rotator cuff tears has evolved from simple debridement to arthroscopic re...
Most arthroscopic rotator cuff reconstruction techniques require a method of securing the tendon to ...
Background: Knot-tying suture-bridge (SB) rotator cuff repair may compromise the vascularity of the ...
Various surgical techniques exist for rotator cuff repair that provide a suitable environment for te...
Purpose To assess the mechanical properties, tendon resistance to suture cutout, and knot size of...
Contemporary arthroscopic double-row suture anchor rotator cuff repairs have superior biomechanics c...
BACKGROUND: One cause of early failure of rotator cuff repairs is the pull out of the suture thro...
The tissue-suture interface is the most vulnerable and challenging part of adequate restoration and ...
Abstract: An adequate restoration of the muscle-tendon-bone unit is essential for a successful outco...
A safe and easy-to-tie sliding knot is necessary for arthroscopic repair of rotator cuff tears and g...
With advances in arthroscopic surgery, many techniques have been developed to increase the tendon-bo...
There are a number of reasons for failed rotator cuff tear repair. In such cases the suture-tendon i...
For the past few decades, the repair of rotator cuff tears has evolved significantly with advances i...
We compared the construct stability of traditional knotted techniques with modern knotless anchor sy...
Arthroscopic suture anchor techniques can be used to repair rotator cuff tendon tear, a common shoul...
Arthroscopic management of rotator cuff tears has evolved from simple debridement to arthroscopic re...