Great paper by @adeburca11 from our @DCU_RISC_Study research, recently published in @PLOSONE. This study compares impact accelerations between injury-resistant and recently injured recreational runners. Check it out: https://t.co/sRUwuWOid3
Looking forward to presenting on the @basesuk webinar next Wednesday. I’ll be focusing on the challenges and potential causes of running-related injuries. Register via the link - https://t.co/5WW27nQYr1…
@matschnetzer@posit_pbc@riannone@rappa753@tanya_shapiro I had the same challenges. For printing to png without chrome, I used htmltools::save_html, then webshot using phantomjs (not webshot2). You could use gtsave to convert to html, but I used gtExtras to split to 2 columns and so gtsave would not work. Good to see NL issue patched.
#jobfairy@NormaBargary & I are hiring a postdoc/research fellow in statistics (2yr) to join our team developing new models for multivariate functional data. Post is based @MathsNuig
Mail: [email protected]
Details: https://t.co/vpae90I6LY
Closing: 20th Jan
@CiaranOCathain Thanks @CiaranOCathain. As it happens we have data captured and processed in fatigued and unfatigued conditions for both set (current study) and self-selected pace. @Sarah_D_Tweets & @adeburca11 may be able to shed more light on their status.
New practical paper by @Sarah_D_Tweets from our @DCU_RISC_Study in @dcu_shhp & @insight_centre.
This study looks at relative consistency & absolute agreement of impact accelerations during running overground & on treadmills of different stiffness. #Biomechanics#wearables 🧵1/3
🔑Implication (3/3):However, low absolute agreement indicates that data collected on different surfaces should not be used interchangeably (e.g. prescribing a magnitude of impact for training).
Also suggests that researchers should report the stiffness of treadmills they use.
🔑Implication (2/3): Moderate to excellent consistency of accelerations between surfaces suggests that using different surfaces in research involving rank ordering of participants by acceleration may be acceptable (e.g. examining if impact accelerations are related to injury).
Check out the most recent publication from @adeburca11 's Ph.D. investigating relative and absolute reliability of shank and sacral running impact accelerations @dcu_shhp @insight_centre#Biomechanics
Relative and absolute reliability of shank and sacral running impact accelerations over a short- and long-term time frame
https://t.co/EsR50afDM4
By @adeburca11, @Sarah_D_Tweets, @SiobhanOConnor3, @EndaWhyte, @ShaneGore88 & @Sport_Wins
We're recruiting a biomechanics lab manager to run our @Vicon lab, it would be great to hear from anyone who wants to help us delivering world class rehab testing https://t.co/QXzdm9ruaC
Please share! Dr Kevin Burke is hiring a post-doctoral researcher in time-to-event/reliability modelling @UL@MACSIMaths and @Confirm_Centre.
Details: https://t.co/FUPUN8PI5s (ID: 050808)
Closing date: 21st Apr (Noon)
Queries to: [email protected]