Meet the Researcher:
π₯Dr Bryan Schlink @BryanSchlink
π Biomedical Engineer at @Battelle
πΊ Potential Microbrewer?
π DeLuca Award winner 2022
Save the Date for the 2023 DeLuca Virtual Symposium - June 15, 2023
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@frankiewade21 @AmSocBiomech I used this one (https://t.co/rTUH21D3uq) for treadmill running without a seat attachment to avoid disrupting their biomechanics. Relatively lightweight and easy to adjust. Ran a high-capacity strap from the back up to a clamp on a conveniently-placed I-beam above the treadmill
I am incredibly honored to be among the inaugural group selected for the Carlo J. DeLuca Award from @ISEKCongress for my work with dynamic high-density EMG. Special thanks to @Ferris_vball , the twitterless Andrew Nordin, and @UFBME for their support throughout this research!
The Carlo J. De Luca Award @ISEKCongress recognizes outstanding early-career researchers who have contributed to technological advances in #EMG
See this year's finalists: @ManuelaBesomi, @MarcoGhislieri and @BryanSchlink
πhttps://t.co/6eS9F5552r
@NeuroRyanDowney @NIH_LRP Congrats, thatβs awesome news! Iβm working on an application for this year, so Iβll probably bug you soon for some expert guidance!
@woutersinas @Ferris_vball I'll echo Dan's thoughts that the soleus might be playing a larger role. Perhaps the soleus (greater proportion of slow-twitch fibers) wasn't as fatigued as the gastroc? Or we needed to record longer trials post-fatigue to see changes? Lots of ideas for future studies π
My fourth, and final, publication from my PhD research on high-density EMG during locomotion is now available and open-access https://t.co/AXXrQWugIn. Localized muscle fatigue in the medial gastrocnemius induces altered spatial myoelectric patterns during walking and running.
I've been lucky enough to see this research in person the past couple of years and can't wait to see (and start using!) the final product. Awesome work @NeuroRyanDowney!!
Hey @AcademicEEG, I wanted to give you a sneak peek of my new cleaning algorithm, iCanClean (paper in prep). This highly artifacted mobile EEG data was simply HP filtered and then sent to my algorithm (no channel rejection, no re-ref). Oh yeah, and it's running here in real-time.
How many runners and how many steps are necessary to properly investigate running biomechanics?
We made some recommendations for traditional variables such as loading rate and peak forces (Summary below) https://t.co/pG1gCd2WA1
@tomgoom#running#sportscience#biomechanics
@OliveiraBiomech@JSportsSci Awesome study! I once had someone tell me I step loudly while running. I now try to run more "softly", not because I want to reduce injury, but because I don't want to annoy the person next to me. Glad to know it helps keeps me healthy too! π
A health facility unlike any other.
We are proud to open our new Emory Orthopaedics & Spine Center as well as the Emory Sports Performance and Research Center in Flowery Branch.
@gregory_sawicki@EmoryUniversity @Ferris_vball @GT_PoWeR_Lab Thanks Greg! I'm in the Sport Performance and Research Center (literally being built as I type) out at the new Sports Med facility in Flowery Branch. Once in-person meetings are a thing again, I'd love to swing by for a visit!
Today is my first official day as a Postdoctoral Fellow at @EmoryUniversity. That means, for the first time in 9+ years, Iβm no longer a member of the @Ferris_vball lab. Please enjoy my earliest lab pic (left, 2011) and a recent recreation (right, 2020). 1/2
I canβt thank this lab enough for everything over the years. In my time there, I was fortunate enough to author/co-author 10 papers, present at 5 international conferences, and finally learn how to grow a proper beard π. I'm forever grateful for all of it. 2/2