Purpose It remains to be established whether optical computed tomography (CT)-free and
acceleration-based navigation systems differ in terms of implantation accuracy and clinical …

Introduction: Optimal component position in all planes and well balanced soft tissues lead to
a good clinical outcome and long-term survival after total knee arthroplasty. We investigated …

Introduction Evidence now exists advocating the use of computer navigation in total knee
arthroplasty (TKA). Despite the introduction of new navigation systems into clinical practice …

We compared the alignment of 39 total knee replacements implanted using the conventional
alignment guide system with 37 implanted using a CT-based navigation system, performed …

Methods Sixty patients who underwent primary TKA for knee pain from March 2018 to July
2018 were included in this study. All patients underwent TKA using the latest version of a …

Purpose The KneeAlign2 (KA2, OrthoAlign Inc.) accelerometer-based portable navigation
system and patient-specific instrumentation (PSI; Signature, ZimmerBiomet) are widely used …

Optimal component position in all planes and well-balanced soft tissues facilitate a good
clinical outcome and long-term survival after total knee arthroplasties. We investigated the …

Purpose: To evaluate usefulness of Navigation system by comparing the radiographic
results of femoral and tibial component position between conventional total knee …

Purpose Recent advances in total knee arthroplasty (TKA) include an accelerometer
portable system designed to improve component position and alignment. The purpose of …

Background Achieving neutral limb alignment during total knee arthroplasty (TKA) has been
identified as a potential factor in long-term prosthesis survival. This study aimed to analyze …