Have you ever wondered what someone’s gait was like before their neurologic injury/disease?
In our new paper, we developed models to predict the peak AGRFs and step lengths of neurotypical adults using their gait speed, age, mass, leg length, and sex.🧵 https://t.co/mWWEbBRwuZ
Wish you had a tool that could help increase exercise dosage while also measuring daily progress? Are your stroke patients waiting weeks to months for therapy after discharging home? Come to poster 3206 from 1-3pm to learn how telerehab could help bridge the gap! #APTACSM
#NIH is seeking input on challenges affecting retention in the postdoctoral trainee community. Better understanding of these challenges will help NIH support competitiveness & innovation within biomedical research & its workforce. RFI deadline is 4/14: https://t.co/Fq9DUSsZJ3
Have you ever wondered what someone's gait looked like before they had a stroke?
In our new pre-print, we developed a model to predict step lengths and peak anterior GRFs in neurotypical adults - using only their age, leg length, mass, and gait speed.
https://t.co/UTEZLLF0Ot
🚨Breaking News: Our application process for 2023 PODS Scholarships is NOW OPEN! By awarding these scholarships, FPTR seeks to ensure a bright future for physical therapy research & the profession.
Learn more & Apply ➡️ https://t.co/PZryi9Vjqe
#PODSScholars
Exciting news from FPTR -- we just announced our 2022 scholarship funding. Thank you to the donors and supporters who make this possible! https://t.co/AgPIEOwF28
Exciting news from FPTR -- we just announced our 2022 scholarship funding. Thank you to the donors and supporters who make this possible! https://t.co/AgPIEOwF28
Many thanks to host @PTPintcast Jimmy McKay and #PTResearchMadness champion @KristanLeech for joining us for last week's @Challenge4PT awards! Great message from Dr. Leech on importance of early career funding for researchers. https://t.co/x53kysULKZ
We are so glad that the PT community is engaged in the latest motor learning research!
See our response to a recent letter to the editor of PTJ linked below. We would love to hear any other thoughts!
https://t.co/V4uGVWH1Nc
The deadline is approaching! A reminder that LOIs for our three available $100k research grants are due June 1. https://t.co/vZkGoGwnZO These grants are great opportunities for PT researchers. Help us get the word out!
This work was led by @KettletySarah and @KristanLeech. Thank you to our co-authors for making this work possible: @jamesmfinley, @DarcyReisman, and Nicolas Schweighofer (twitterless); and @Foundation4PT and @NICHD for funding this work.
Does walking faster change the walking pattern of people post-stroke?
In our lab's first preprint, we investigate the effects of faster walking speeds on gait kinematics post-stroke relative to neurotypical adults.
https://t.co/gJbYIMzdCY
🧵
This suggests that to augment the biomechanical benefit of fast walking, it may be useful to combine fast walking with another approach (e.g., gait biofeedback) to strategically target gait metrics that exhibit smaller speed-dependent changes.