… We implemented these mechanobiological principles into a finite element model to predict
… Under loading conditions of the dysplastic hip, the octahedral shear stress was much larger …

… In this study, we develop a mechanobiological simulation of prenatal hip joint … We predict
growth and shape change of an idealised hip joint, correlate our predictions with human hip …

… study, the mechanobiological principles were implemented on a 3D finite element (FE) model
of the proximal femur in order to predict … The FE model predicts an increase in the femoral …

… the use of a mechanobiological simulation of prenatal joint … time, a 3D mechanobiological
simulation of joint morphogenesis in … time, a mechanobiological simulation of prenatal hip joint …

… Computer models specifically allow us to digitally reproduce structures or systems that we
can use to probe influences and predict consequences. Computational mechanics models, …

… of DDH through simulating mechanobiological growth of … to reliable quantitative prediction
of hip mechanical behavior. In … associated with hip dysplasia occurred in the hip models with …

… This study predicts joint shape morphogenesis in 3D using a novel mechanobiology
theory for cartilage growth. Our simulations predict a range of anatomically recognisable joint …

… investigated molecular biology, mechanobiology, biomechanics, … predicting hip status as
dysplastic or healthy at 2 years of age.Based on the similarities between canine hip dysplasia …

… for predicting mechanobiological changes to bone tissue and (2) models investigating cell
mechanobiology. … to shed further light on bone mechanobiology. Finally, although the ever-…

… are critical to prevent acetabular dysplasia and proximal femoral … with mechanobiological
principles. We explore the effects of … in a Pavlik harness on predicted proximal femur growth. …