Sports clinic Paris
Metro: Saint Marcel
Parking 6 rue test
The information provided on this website is provided by medical professionals: sports doctors, rheumatologists, functional rehabilitation doctors, orthopedic, clinical surgeons sport, podiatrist sports meeting within the group "chirurgiedusport.com"
Validity of GNRB arthrometer Compared To Telos in the assessment of partial anterior cruciate ligament tears
The main goal of this study Was to compare the results of the GNRB ├ĺ arthrometer To Those of Telos TMin the diagnosis of partial thickness tears of the anterior cru- ciate ligament (ACL).
Methods A prospective study Performed January- December 2011 included all patients presenting with a partial or full-thickness tears ACL without ACL recon- struction and with a healthy contralateral knee. Anterior laxity Was Measured in all patients by the Telos TM and GNRB ├ĺ devices. This series included 139 patients, mean age 30.7 ┬▒9.3 years. Arthroscopic reconstruction Was Performed in 109 patients, 97 for full tears and 12 single bundle reconstructions for partial thickness tears. Conservative treatment Was Proposed in 30 patients with a partial thickness tear. The correlation entre les two devices Was Evaluated by the Spearman coefficient. The optimal laxity Thresholds Were Determined with ROC curves, and the diagnostic value of the tests Was Assessed by the area under the curve (AUC).
Results The differential laxities of full and partial thick- ness tears Were Significantly different with the two tests. The results of correlation entre les laxity measurement with the two devices was fair, with The Strongest correlation entre TelosTM 250 N and 250 N GNRB ├ĺ (r = 0.46, p = 0.00001). Evaluation of the AUC Showed que la informative value of all tests was fair with the best results with the GNRB ├ĺ250 N: AUC = 0.89 [95% CI 0.83-0.94]. The optimal differential laxity threshold with theGNRB ├ĺ Nwas2.5 250 mm (Se = 84%, Sp = 81%). Conclusion The diagnostic value of ├ĺ GNRBTelos was better than TM for partial thickness tears ACL.
Level of evidence Diagnostic study, Level II. Keywords Anterior cruciate ligament GNRB ├ĺ
The main objective of the study was to compare the performance of GNRB┬« and that of Telos Ôäó in the diagnosis of a partial tear of the anterior cruciate ligament (ACL) methods. A prospective study from January to December 2011 included all patients with partial or complete tear of the ACL reconstruction without prior with a healthy contralateral knee. The anterior laxity was measured in all patients by the Ôäó T├ęlos and GNRB┬«. read lsuite ...
The rupture of the anterior cruciate ligament (ACL) is one of the most common injuries in athletes. Many studies have shown that equivalent practical level the risk of ACL injury in women was four to seven times higher than in men [1-4]. In the US, approximately 38,000 ACL injuries in female athletes occur per year .
Women have four to eight times more likely than men to have a ruptured anterior cruciate ligament (ACL). This risk seems more important during the pre-ovulatory phase of the menstrual cycle than during the post-ovulatory phase. The main objective of the study was to describe the distribution of ACL injuries during the menstrual cycle in a large recreational skiers population.
The main goal of this study Was to compare the results of the GNRB arthrometer To Those of Telos TM in the diagnosis of partial thickness tears of the anterior cru- ciate ligament (ACL). A prospective study Performed January- December 2011 included all patients presenting with a partial or full-thickness tears ACL without ACL recon- struction and with a healthy contralateral knee. Anterior laxity Was Measured in all patients by the Telos TM and GNRB├ĺ devices.
The high and complete rupture of the hamstring tendons, tendon avulsion, at the ischial is rare. The severity of the injury is often underestimated. There is no consensus on treatment. Functional treatment of these lesions simply by immobilization in a splint flexion knee gives bad results, unlike the early surgical treatment and / or late.
The meniscus is a small wedge between the two knee bones. At the top is the femur, the thigh bone. Downstairs there is the tibia, the leg bones. The bottom of the femur is rather round and the top of the tibia appears much flatter. These two bones do not fit together well. The menisci that allow a better insertion of the tibia on the femur. There are two menisci in each knee.