This research was enabled by the amazing support provided by @InnovationCA, Ontario, and @NSERC_CRSNG, which also supported the talented Dr. Lauren Welte @weltelauren during her PhD. We are grateful for tremendous support from @QueensEngineer, @QueensMech, @CHI_CIS, and @KHSCceo!
Michael Rainbow @RainbowBiomech@QueensMech and Lauren Welte are among a team of researchers that has discovered it is the recoil of the human foot’s arch, not the spring-like arch itself, that helps lift the body into its next step.
https://t.co/SIwtns4TN7
The beads were digitally removed from both the x-rays and CT scans, making it ideal for evaluating markerless tracking approaches! Congrats to @weltelauren for putting this together! It was a massive undertaking!
I may be biased but biplanar videoradiography (BVR) is awesome.
Share in the fun with our recently published method & dataset at JOVE (https://t.co/EznPIwV0nk) to work with BVR data of beaded calcaneus, talus, and tibia motion during running and hopping. We had two main goals:
Capstone team members and 4th-year @QueensMech students Kendall Glen and Sarah Poch testing their great mixed modality marker flag design! It's amazing to be back in the lab on a regular basis! @QueensMech @CHI_CIS @RainbowBiomech
Very excited about our new installation - 1080 Quantums. Allows us to specify velocity, force, and differential loads for concentric and eccentric contractions for upper and lower extremity research! Also nice to be in the lab again with @ErinLeeQU @mgawheatley and @weltelauren!
Wake up early for a 10k, shower and breakfast and then open emails. Today will be a good day. Well done @Laurali8@RainbowBiomech and @KDeluzio , it’s a privilege and a pleasure to science with you guys.
P.S. acceptance never gets less exciting
You see them every day. You might rely on them to get from point A to B. But have you taken a moment to think about how your feet work? 👣 Meet #queensu#PhD student Lauren Welte! https://t.co/qyJLJJ3QTP
Congratulations to Dr. Clouthier on a successful PhD defence! Best of luck in the future! We hope you’ll come back and collaborate with us in the future. #biomechanics#phd
https://t.co/ETCfba1RcA Wrist laxity influences three-dimensional carpal bone motion. Congratulations @GordieBest and coauthors, and thanks to @queensuResearch for the SARC grant that enabled the study! This study came about through a longtime collaboration with @robinkamalmd
Congrats Laura @HmrlQueensu! 'Operator bias errors are reduced using standing marker alignment device for repeated visit studies.' https://t.co/ClbFLj5Ve2