Add to ORKGObjectives: To better understand knee biomechanics, the knowledge of the mechanical characteristics of cruciate and collateral ligaments is fundamental. However, very few data are currently available in the literature and often these analyses are mainly focus on collateral ligaments only at one single deformation speed. The aim of this study is to provide such missing information.status: publishe
Background: Improved knowledge of in vivo function of the collateral ligaments is essential for en...
The anterior cruciate ligament (ACL) is one of the four ligaments which stabilize the knee during mo...
The structural properties of the four major human knee ligaments were investigated at different load...
Objectives: To better understand knee biomechanics, the knowledge of the mechanical characteristics ...
The importance of ligaments in providing joint stability and the incidence of injuries, dictates a n...
STUDY DESIGN: Controlled laboratory study. BACKGROUND: Varus knee instability arising from lateral c...
Little information is available to surgeons regarding how the lateral structures prevent instability...
INTRODUCTION: Ruptures of the anterior and posterior cruciate knee ligament (ACL and PCL), alone or ...
In this review, the methods and outcomes of cadaveric experiments that have measured anter...
Background Ligaments work to stabilize the human knee joint and prevent excessive movement. Whilst l...
AbstractObjective: The objective of this study was to study injury and reconstruction of the anterio...
Anterior cruciate ligament (ACL) rupture is a common injury associated with a failure to return to s...
There is a vast amount of literature available discussing the movements of the knee joint and the fu...
Background: Ligament isometry is a cornerstone in the description of normal knee function and thorou...
SummarySeveral researchers including our group have shown that knee joint biomechanics are impaired ...
Background: Improved knowledge of in vivo function of the collateral ligaments is essential for en...
The anterior cruciate ligament (ACL) is one of the four ligaments which stabilize the knee during mo...
The structural properties of the four major human knee ligaments were investigated at different load...
Objectives: To better understand knee biomechanics, the knowledge of the mechanical characteristics ...
The importance of ligaments in providing joint stability and the incidence of injuries, dictates a n...
STUDY DESIGN: Controlled laboratory study. BACKGROUND: Varus knee instability arising from lateral c...
Little information is available to surgeons regarding how the lateral structures prevent instability...
INTRODUCTION: Ruptures of the anterior and posterior cruciate knee ligament (ACL and PCL), alone or ...
In this review, the methods and outcomes of cadaveric experiments that have measured anter...
Background Ligaments work to stabilize the human knee joint and prevent excessive movement. Whilst l...
AbstractObjective: The objective of this study was to study injury and reconstruction of the anterio...
Anterior cruciate ligament (ACL) rupture is a common injury associated with a failure to return to s...
There is a vast amount of literature available discussing the movements of the knee joint and the fu...
Background: Ligament isometry is a cornerstone in the description of normal knee function and thorou...
SummarySeveral researchers including our group have shown that knee joint biomechanics are impaired ...
Background: Improved knowledge of in vivo function of the collateral ligaments is essential for en...
The anterior cruciate ligament (ACL) is one of the four ligaments which stabilize the knee during mo...
The structural properties of the four major human knee ligaments were investigated at different load...