Luke Kelly
@footscience
Associate Professor @ Griffith University | PhD | Biomechanics | Sport Scientist (ESSA ASpS2) | Podiatrist |
ID: 738906824
https://experts.griffith.edu.au/21209-luke-kelly 05-08-2012 17:10:27
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Thrilled to have our research supported by The ALS Association-We will explore the potential for exoskeletons to assist movement in #ALS. Exciting collab between my team Derik Steyn Shyuan Ngo 🧠🔬🧫👩🏻🍳😻 James Williamson Zach Lerner and Biomotum UQ News UQ Medicine tinyurl.com/mtsrth8d
Announcement: Runners we need you! If you: ✅ Run 2 x per week? ✅> 18 years of age? You may be eligible to participate! All participants receive a FREE clinical assessment & MRI Email👉 [email protected] to register your interest
Do not miss out attending ISB 2025 in Stockholm. Great congress, great city, great organisors! If you are a student or a researcher from an Economically Developing Country, do not hesitate to contact me for support attending the congress! IntSoc Biomechanics
I’m really looking forward to speaking at The International Ankle Symposium in October. Still plenty of time to get your abstracts in!! IAS10_2024
Full-time Tenure track “Junior Professor Chair” position in exercise science Université Jean Monnet Saint-Étienne 👇👇 No citizenship restrictions. International applications encouraged. Speaking French is NOT mandatory. Position is dedicated to research. Application deadline: May 13. Please RT.
Liz Bayley Regarding foot exercices for improving MTP torque production and IFM/EFM EMG activity : you will have some awesome work by John Osborne & Luke Kelly in the future ! Stay tuned
Exciting PhD Scholarship opportunity to work on a project that spans biomechanics, AI, and advanced wearable technology - all on the sunny Gold Coast of Australia! Personalised biomechanics and precision technology for treatment of hip osteoarthritis biomch-l.isbweb.org/forum/biomch-l…
Gauging force by tapping tendons? Unfortunately NOT, at least in the patellar tendon, which severely limits the feasibility of shear-wave tensiometry for accurately estimating in vivo tendon load at the knee joint. All details in our OA paper Journal of Biomechanics doi.org/10.1016/j.jbio…