Background This prospective study aimed to compare the efficacy of a novel, hand-held,
accelerometer-based navigation system (i-JOIN knee navigation system) for distal femoral …

Background Accelerometer-based computer navigation has been shown to be highly
accurate for performing distal femoral and proximal tibial component alignment in total knee …

Aims The aim of this study was to evaluate the effects of using a portable, accelerometer-
based surgical navigation system (KneeAlign2) in total knee arthroplasty (TKA) on the …

Femoral intramedullary guides have been shown to be insufficiently accurate in creating a
distal femoral resection perpendicular to the mechanical axis in total knee arthroplasty …

Introduction A novel hand-held navigation combines gyroscopes, accelerometers and a
secure local wireless channel to guide the distal femoral and proximal tibial cutting positions …

Purpose The purpose is to verify the intra-and inter-operator reliability of an extramedullary
(EM) accelerometer-based smart cutting guide for distal femoral resection during primary …

The use of intramedullary alignment guides for performing the distal femoral resection in
total knee arthroplasty (TKA) have not been shown to be highly accurate. Forty-eight knees …

The iASSIST navigation system is a handheld accelerometer‐based navigation system that
has been applied in clinical practice in recent five years. This meta‐analysis aimed to …

Various studies have provided different conclusions regarding which component's alignment
can be actually improved by a novel portable accelerometer-based navigation device (PAD) …

Background A novel simplified navigation-based instrumentation system has been
developed. It simplifies the existing navigation system and facilitates convenient bone …