How close are we to adopt markerless motion capture procedures in the clinical field? Find out in this exciting study led by colleagues from University of Miami where we evaluated predictions of GRF based on AnyBodyTechnology modelling and KinaTrax data authors.elsevier.com/c/1hN044-6-e5Z0 @michael_S_A

We made it to Osaka - TGCS2023 IntSoc Biomechanics

@MathKOA is represented at TGCS2023 in Kyoto by Michael Skipper Andersen, who is chair for the conference. Looking forward to an excellent conference

Nice to see so many vibrant discussions about computer simulations at TGCS2023

Fabulous TGCS2023 meet! It really is the best conference with the best people. An honour to be asked to present the traditional “special awards” ❤️ I think I’ll be allowed to come back in 2 years! And our “skipper” really is a rock star! 🎸

Nice to be presenting our novel knee brace at #isb2023 and to meet so many friends and collegues. If you are at ISB, please reach out and let's catch up. MathKOA

MathKOA is represented at #ISB2023 in Fukuoka by PhD student Bo E. Seiferheld who presented his recent work in the biomedical engineering track. Find the abstract on page 428 in the abstract book (ISB-JSB2023.com)

Michael Skipper Andersen nailing it at dhm 2023! MathKOA DK Frie Forsk.fond

Morten Bilde Simonsen Delivering an excellent talk on scaling muscle strength of musculoskeletal models based on 1RM strength exercises at #ESMAC2023 in Athens MathKOA Novo Nordisk Foundation

Recently, MathKOA was present at the ESB 2023 in Maastricht, Netherlands where the UEF fellows presented their results focusing on cartilage mechanics (Joose) and mechanobiology (Atte and Joonas). Joose's abstract: page 541 Atte's abstract: page 223 Joonas' abstract: page 380

Michael Skipper Andersen on a great presentation at ESMAC about our current attempts to predict post TKA knee laxity. MathKOA DK Frie Forsk.fond

I had the pleasure to attend the ESMAC 2023 and present our ongoing work on developing a laxity protocol with only a few trials, designed for future in vivo applications. Michael Skipper Andersen MathKOA DK Frie Forsk.fond

A team led by Michael Skipper Andersen performed musculoskeletal modeling in AnyBodyTechnology to show that glute activation in gait retraining may reduce knee contact forces and slow the progression of osteoarthritis. doi.org/10.1115/1.4062…

#newinJBME A team led by Michael Skipper Andersen used EMG and AnyBodyTechnology models to assess the potential for a novel knee unloading brace to reduce muscle activation and knee contact forces in a pilot study. doi.org/10.1115/1.4064…

Exciting times at Orthopaedic Research Society 2024 annual meeting in Long Beach, California! 🌟 MathKOA's presentation, led by University of Eastern Finland fellows, delved into cartilage mechanobiology and knee osteoarthritis-related pain📚. #ORS2024 #Computational #Research #Osteoarthritis

🔬 New article! Michael Skipper Andersen and ILIAS Theodorakos explored methodological procedures to achieve accurate bone registrations towards accurate, non-invasive in vivo joint kinematics. Read more: sciencedirect.com/science/articl… #MedTech #mathKOA

Follow our new LinkedIn page! We'll share research news, portraits of the team, and more! #kneeosteoarthritis #mathKOA lnkd.in/ddrj8Xtf

I am participating in ICRA 2024 in Yokohama. Will present on Friday in the Workshop on:"Innovations and Applications of Human Modelling in Physical Human-Robot Interaction". Hook me up if you want to catch up during the conference.

Had the big pleasure of giving a keynote lectures at the Annual Meeting the Swedish Society of Biomechanics in Lund today. Title: Design and evaluation of orthopedic devices using musculoskeletal models MathKOA #aaudk

Det er en sejlivet myte, at Danmark er blandt de lande, der bruger flest midler på videregående uddannelser. Vi investerer mindre end lande som Ungarn og Spanien og ligger under OECD-gennemsnittet. #uddpol #dkuni #dkpol #VidenskaberDK #dkforsk