Knee Ligament Injury Diagnosis
Dynamic Testing.
Knee Care Reimagined.
Genourob’s knee laxity arthrometers offer unparalleled precision in ligament diagnosis. These tools are not intended to replace MRI but to complement it, applying precise translation and rotation tests to provide a detailed assessment of knee ligament integrity. This meticulous approach ensures a comprehensive understanding of each knee, offering a foundation for the most effective treatment strategies, combining the strengths of dynamic (Arthrometers) and static diagnostics (MRI).
Accurate Detection of Complete/Partial ACL Injuries
Precise Objective AM/PL Bundle Evaluation
Assessment of AM-PL & AL-PM Corners
A 2023 scientific publication, published in the famous peer-reviewed medical journal, The Knee Journal, validated through arthroscopic findings, that Dyneelax/GNRB technology outperforms MRI in detecting partial ACL ruptures.
Discover Proven Outcomes
Case Studies
“GNRB sensitivity and specificity were equivalent to those of MRI for healthy ACL and complete ACL tear detection. However, MRI had some difficulty in detecting partial ACL tears compared with the GNRB which showed better sensitivity.”
2023 - GNRB® laximeter with magnetic resonance imaging in clinical practice for complete and partial anterior cruciate ligament tears detection: A prospective diagnostic study with arthroscopic validation on 214 patients.
DOI:
10.1016/j.knee.2023.03.017
CHU Nantes, CHU Angers, CH Laval (French Hospitals)
2024 - DYNEELAX Robotic Arthrometer Reliability and Feasibility on Healthy and Anterior Cruciate Ligament Injured/Reconstructed Persons
DOI: 10.1155/2024/3413466
Aspetar Orthopaedic and Sports Medicine Hospital, Sports City Street, P.O. Box 29222, Doha, Qatar
2024 - Intra-rater and inter-rater reliability of robotic arthrometer DYNEELAX® laximeter
DOI:
10.1002/jeo2.70026
Surgical Planning Guided by Dynamic Robotics
Pre-Operative Insights.
Smarter Surgical Planning.
Using Dyneelax’s unique ability to assess both tibial translation and rotation dynamically, surgical planning has reached a new level of insight and personalization. For the first time in medical history, these detailed pre-surgical evaluations are possible, allowing orthopedic surgeons to create a targeted surgical plan based on individual joint behavior under load, maximizing the chances of a successful procedure and reducing recovery time. Dyneelax is an innovative, patented tool that supports a proactive approach, merging dynamic analysis with customized surgery planning. By pairing Dyneelax with static MRI, surgeons can use both dynamic and static data for better patient outcomes.
Optimize Surgical Precision with Real-Time Knee Bio-mechanical Data
Evaluate the Need for Extra-Articular Tenodesis or Other ACL-Related Procedures
Innovative Data-Driven Pre-Surgical Dynamic Evaluations
Study findings highlight how Dyneelax brings precision to ACL and multi-ligament surgery planning.
2024 – All the menisco‐ligamentary structures of the medial plane play a significant role in controlling anterior tibial translation and tibial rotation of the knee. Cadaveric study of 29 knees with the Dyneelax® laximeter
DOI: 10.1002/jeo2.12038
Authors: Baptiste Guegan, Michel Drouineau, Harold Common, Henri Robert
Centre Hospitalier Universitaire de Rennes, Rennes, France
Centre Hospitalier du Haut Anjou, Château‐ Gontier‐Sur‐Mayenne, France
Rehabilitation Enhanced by Robotic Arthrometry
Next-Gen Rehabilitation.
Powered by Robotics.
Our robotic knee laxity arthrometers transform post-ACLR rehabilitation, enabling the delivery of personalized rehab programs. Conducting precise tests as soon as 1 month post-surgery at very small loads of force (100N max) assesses knee function early, allowing the medical corps to prescribe the right exercises at the right time. This tailored approach ensures optimized recovery outcomes and accelerates the return to activity. By combining dynamic assessments with patient-specific needs, our arthrometers set a new standard in effective, customized rehabilitation.
Prevent Knee Ligament Injuries from Happening
Monitor the ACL & Other Structures Over Time
Customize the Rehabilitation According to Results
Physical-Therapy Programs following ACL Reconstruction Surgery using Arthrometers
Click title to access comprehensive hamstring tendon rehabilitation strategies using robotic arthrometers for optimal recovery.
Click title for BPTB or Quadriceps Tendon rehabilitation protocols, ensuring a guided and effective recovery using arthrometer tech.
Click title for synthetic graft rehabilitation guidelines, designed for successful recovery by monitoring the ACL graft.
ACL Monitoring Scientific Reviews done with robotic arthrometers
2023 – Ecological and Specific Evidence-Based Safe Return To Play After Anterior Cruciate Ligament Reconstruction In Soccer Players: A New International Paradigm
DOI: 10.26603/001c.73031
2019 – Joint laxity and graft compliance increase during the first year following ACL reconstruction with short hamstring tendon grafts
Authors: Thomas Pouderoux, Bart Muller, Henri Robert
2017 – ACL Grafts Compliance During Time: Influence of Early Sollicitations on the Final Stiffness of the Graft after Surgery
2016 – Evolution of the anteroposterior laxity by GNRB at 6, 9 and 12 months post-surgical anterior cruciate ligament reconstruction
Revolutionizing Knee Care with ADL Software
Precision Diagnostics Through
Machine Learning & AI.
The Automated Dynamic Laximetry (ADL) Software empowers our robotic arthrometers with intelligent diagnostics capabilities. Leveraging AI and machine learning, it analyzes complex patterns within knee assessment data, offering precise, actionable insights. This innovative approach transforms knee care, providing a deep understanding of ligament conditions and shaping future diagnostics.
Precision Engineered: The custom-made ADL Electronic Card
At the core of our arthrometers, a Genourob-designed electronic card delivers unparalleled precision in tracking knee movement, revolutionizing diagnostics & treatment.
Rapid Results: 8-minute Testing Duration
The system provides thorough assessments in just 8 minutes, offering rapid results for quicker clinical decision-making and enhanced patient throughput.
Data driven
The ADL software simplifies analysis with graphs and table charts, making patient results clear and easily shareable for quick, informed decisions between all medical departments.
Simplicity Meets Innovation: User-Friendly Interface
Our robotic arthrometers leverage AI-driven machine learning to offer decision support tools, simplifying interpretation for both specialists and non-specialists alike.
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