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If you use instrumented knee laxity testing, this is a useful read. The article explains what the KT-1000 knee arthrometer measures, where its practical limits are, and how newer devices may support a more objective assessment without replacing clinical judgment.

It also touches on Dyneelax arthrometer studies in the wider conversation on ACL evaluation. Read more here:

KT-1000 Knee Arthrometer: Critical Limits, Clear Value Learn what the KT-1000 knee arthrometer measures, where it falls short, and what newer devices may add to ACL instability assessment.

A partial ACL tear does not always mean the same thing for every athlete. Whether sport is still possible depends on symptoms, knee stability, and the demands of the activity.

This article explains how to think about risk, monitoring, and return-to-sport decisions, including why Dyneelax and GNRB robotic arthrometers can diagnose partial ruptures better than MRI. Read more here:

Partial ACL Tear Sports: Risk And Return Guide partial ACL tear sports decisions depend on instability, sport demands, rehab progress, and objective monitoring.

Medial-sided knee instability can be more complex than it first appears.

This article looks at anteromedial instability knee in a way that is clinically useful, from understanding medial plane mechanics to improving examination and diagnostic reasoning in challenging cases. Read more here:

Anteromedial Instability Knee: Essential Guide Learn anteromedial instability knee concepts, medial restraints, exam findings, and practical assessment points for clinical practice.

A partial ACL tear does not always mean the same thing for every patient. What matters is not just the image, but how stable the knee is and how it functions over time.

This article explains what doctors look for in partial ACL tear healing, including why objective laxity assessment can add useful information alongside imaging. Read more here:

Partial ACL Tear Healing: What Doctors Look For Learn what partial ACL tear healing means, what symptoms matter, and how doctors assess stability, MRI findings, and recovery options.

Adding objective knee laxity testing to a radiology practice does not have to be complicated. This article walks through a practical workflow and shows how structured, instrumented assessment can support imaging and improve communication with referring clinicians.

If you work in radiology, orthopaedics, sports medicine, or research, it is a useful read:

Objective Knee Laxity Testing: Practical Workflow A practical radiology workflow for objective knee laxity testing that complements MRI and clinical assessment.

When assessing ACL injury, how force is applied during testing can influence what you measure. This article explains why robotic knee laxity testing matters, especially when objective side-to-side comparison is part of the clinical picture.

It also references a GNRB study and a Dyneelax arthrometer study in the wider discussion around instrumented testing and knee laxity assessment. Read more here:

Robotic Knee Laxity Testing: Critical ACL Guide Learn how robotic knee laxity testing adds controlled force data to ACL diagnosis alongside MRI and clinical examination.

Some knee injuries are missed not because they are rare, but because they are easy to underestimate. Posterolateral corner injury is one of them, especially when other ligament injuries dominate the picture.

This article reviews what to look for in practice and why combining clinical exam, imaging, and objective laxity assessment, including tools like the Dyneelax arthrometer, can support a more complete evaluation. Read more:

Posterolateral Corner Injury: Advanced Clinical Guide Learn why posterolateral corner injury is missed and how to improve diagnosis with focused exam, imaging, and clinical decision support.

Female athletes with ACL injury may need a more tailored assessment and monitoring approach than standard protocols alone can provide.

This article looks at what clinicians should keep in mind, including risk factors, rehab follow-up, and the value of objective knee assessment alongside clinical judgment. Read more:

arthrometer.com

A combined ACL MCL injury deserves more than a quick label. The medial side plays an important role in valgus and rotational stability, and missing it can affect treatment planning and recovery.

This article offers a practical review for clinicians assessing these injuries. Read more:

Combined ACL MCL Injury: Critical Stability Guide combined ACL MCL injury assessment depends on the medial side, valgus control, rotatory findings, and treatment timing.

Football is getting a lot of attention right now, and so are the knee injuries that can change a season. This article on ACL injury in soccer reviews common patterns and a practical assessment workflow that can help clinicians move from suspicion to a more structured evaluation.

Useful reading for sports physicians, orthopaedic teams, physios, and ER professionals:

arthrometer.com