Image courtesy of Glasgow Caledonian University.
Working in partnership with colleagues at Maastricht University, the Netherlands, and biomechanical firm AnyBody Technology, Aalborg Ø, Denmark, researchers at Glasgow Caledonian University (GCU), Scotland, have developed what they say is the most advanced computer model of the human foot ever created. Named the Glasgow/Maastricht Foot Model, it uses computer technology to model the bones, joints, ligaments, muscles, and tendons that comprise the human foot. It was unveiled today.
The computer model-developed from data collected at GCU and Maastricht University-can be used to test a large range of potential cures and treatments for common conditions, such as flat feet or foot drop. The researchers say it will lead to the manufacture of better made and more efficient orthotic devices, which should cut recovery times, reduce symptoms, and improve functional ability for individuals who suffer from disabling foot and ankle conditions.
The work is part of the a-footprint project, a €3.73 million (US $4.77 million) initiative funded by the European Union to develop a new, fully integrated design and manufacture process for orthotic devices, using new three-dimensional (3D) printing techniques. A GCU team is leading a consortium of 12 industrial, university, and business partners in the project.
“Previous to this development, most computer models of the human body ended in a black rectangle-the foot was simply too complicated to model,” said Jim Woodburn, GCU professor in rehabilitation studies, an honorary podiatrist with National Health Service (NHS) Greater Glasgow and Clyde, and the project coordinator. “The Glasgow/Maastricht foot is a game changer. It opens the door to a huge range of applications….”
Michiel Oosterwaal, PhD, clinical researcher at Maastricht University Medical Center, said, “The Glasgow/Maastricht Foot Model will lead to a much better prediction of the contribution of each single muscle in the lower leg.”
