Diffusion tensor imaging (DTI) is increasingly applied to study skeletal muscle physiology,
anatomy, and pathology. The reason for this growing interest is that DTI offers unique …

The mechanical functions of muscles involve the generation of force and the actuation of
movement by shortening or lengthening under load. These functions are influenced, in part …

In this study, we have performed simulations to address the effects of diffusion encoding
parameters, signal‐to‐noise ratio (SNR) and T2 on skeletal muscle diffusion tensor indices …

Purpose: To design a time‐efficient patient‐friendly clinical diffusion tensor MRI protocol and
postprocessing tool to study the complex muscle architecture of the human forearm …

For detailed analyses of muscle adaptation mechanisms during growth, ageing or disease,
reliable measurements of muscle architecture are required. Diffusion tensor imaging (DTI) …

We propose a method to create a wide range of human body shapes from a single input 3D
anatomy template. Our approach is inspired by biological processes responsible for human …

Pennation angle (PA) is an important property of human skeletal muscle that plays a
significant role in determining the force contribution of fascicles to skeletal movement. Two …

Automatic and accurate methods to estimate normalized regional brain volumes from MRI
data are valuable tools which may help to obtain an objective diagnosis and followup of …

We present the first algorithm for designing volumetric Michell Trusses. Our method uses a
parametrization-based approach to generate trusses made of structural elements aligned …

We introduce a new framework for simulating the dynamics of musculoskeletal systems, with
volumetric muscles in close contact and a novel data-driven muscle activation model …