The shape of healthy human feet vary greatly in shape and the way they change shape when we load them. Based on our data, the stiffness of plantar aponeurosis / muscle tendon units along the length of the foot only explain a small proportion of this variation.
Tech & data in sports biomechanics: Promise versus Reality. Fantastic insights by @JacquelineUWA
Thank you to @WayneSpratford @nickatbrown @CelesteColtman @johnwarmenhoven for the opportunity to deliver a keynote on #footbiomechanics at the @isbs_conference. I thoroughly enjoyed the chance to highlight the importance of feet in sports biomechanics research and practice.
A Big congratulations to @RossSmthBiomech for winning the @FootwearBiomech symposium “Basic Research Award”. Thanks also to conference organisers for a great virtual conference! Now onto @ISB_2021
Halfway point in massive dat collection. Definitely worth a celebratory cake #robertneedstwitter
Closing out the week with 50 pairs of @ASICSaustralia shoes and over 300 3D foot scans by Robert Schuster.
Great work Robert on passing the halfway mark of your PhD data collection 👣 🎉
#asicsman #footshape #footfunction #whyarentyouontwitter @FootScience
Fantastic practical workshop engaging the audience on clinical management of foot osteoarthritis @drkadepaterson @NWyndow
Replying to @aaron_s_fox @BrentRaiteri @LWadeBiomech @GlenLichtwark @JayishniMaharaj @mayfield_dean @ShariOBrien12
Almost as good as this costume @aaron_s_fox
















