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Rci screw

Manufactured by Smith & Nephew
Sourced in United Kingdom

The RCI screw is a medical device used in surgical procedures. It is a type of orthopedic implant designed for bone fixation. The RCI screw is made of biocompatible materials and is used to stabilize and secure bone fragments during the healing process. The specific details of its intended use and performance characteristics are not included in this factual description.

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Lab products found in correlation

2 protocols using rci screw

1

Standardized Autologous ACLR Procedure

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As previously described[18 (link)], all ACLR procedures were performed on ACL patients by the same orthopedic professor under general or combined lumbar and rigid anesthesia using autologous hamstring tendons (semitendinosus and thin femoral muscles). All patients had a thigh tourniquet. Also, all patients had a standard anteromedial femoral and tibial tunnel drilled, with a final fixation of the proximal tendon bundled to the femur with an Endobutton (Smith & Nephew Inc., Memphis, TN, United States) or rounded cannulated interference (RCI) screw (Smith & Nephew, United Kingdom) and the proximal tendon bundled to the tibia with an RCI screw (Smith & Nephew, United Kingdom) or washer (Smith & Nephew UK Ltd., Watford, England, United Kingdom). Postoperatively, all patients followed a standard rehabilitation program.
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2

Pediatric Arthroscopic ACL Reconstruction

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The indication for ACLR was instability at desired activity level or a wish to return to pre-injury activity level with a high exposure to pivoting activities. Patients with meniscal injuries suitable for repair were also recommended an ACLR. At both centers, arthroscopic ACLR with transphyseal drilling was performed and hamstring autografts from the ipsilateral leg were used. The femur tunnel was placed with a transtibial technique. The operations at both centers were performed by experienced arthroscopic knee surgeons doing more than 30 ACLR per year and with special interest in pediatric ACLR. The minimum graft length in the tunnels, both femoral and tibial, was 2 cm in order to make sure that the graft crosses the physes, thus avoiding transphyseal solid bone bridge formation across the physes and the risk of growth disturbances. An Endobutton (Smith&Nephew, Watford, United Kingdom) was used for femoral fixation. An RCI screw (Smith and Nephew) placed distal to the physis was used for tibial fixation at A, while at B an AO bicortical screw with a washer (Smith and Nephew) was used as a post.
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