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Advancements in wearable sensor technologies expand our capacity to remotely monitor activity & physiology. Drs. Deborah Backus, Brad Willingham & George Collier discuss how wearables may expand clinical evaluation into remote settings. #ACRM2022 DrBackus bradwillingham

Solutions that expand clinical evaluation into remote settings could improve the precision of individualized intervention strategies and advance our understanding of how disease and disability impact everyday life. #ACRM2022 bradwillingham DrBackus

💻Seminar /!\ On November 21st, Brian Glancy from NIH NHLBI will be hosted by Gisele Bonne during the next Monday Muscle Seminar! For more information 👉 recherche-myologie.fr/event/monday-m… @MedecineSU Inserm Île-de-France Institut de Myologie #neuromusculardiseases #noveltherapeutics

The newest edition of Spinal Column magazine is all about our employees & the paths that led them to find their Shepherd family❤️. You’ll also find patient stories, information about programs like the Complex Concussion Clinic, & more!   Learn more here: ow.ly/cfUS50LFQnk

Really fun to see our work come together like this! Thanks for your leadership on this Dr. Brad Willingham bradwillingham Skeletal Muscle Dysfunction in People with Multiple Sclerosis: A Physiological Target for Improving Physical Function and Mobility archives-pmr.org/article/S0003-…

Drs. Willingham & Backus also highlight the many ways rehabilitation and exercise can restore muscle health and improve mobility in this population. DrBackus bradwillingham bit.ly/3PiDtg0

Cool paper by bradwillingham and colleagues. Looks similar to changes occurring in people with other neuro conditions like stroke... sciencedirect.com/science/articl…

This figure draws inspiration from the work of Brian Glancy and others and describes our current understanding of muscle structure and contraction. #myotwitter #myotwítter Jonathon Smith @DyarKen Juleen R. Zierath Nature Reviews Molecular Cell Biology nature.com/articles/s4158…

The Muscle Energetics Laboratory, led by Dr. Brian Glancy @nih_nhlbi NIH , USA, seeks to understand how #mitochondria are optimized within #muscle #cells to help maintain energy homeostasis during the large change in energy demand caused by muscle contractions. Read about their

Last week Shepherd Center’s Drs. Raeda Anderson, Ph.D. & Brad Willingham, Ph.D. (bradwillingham), Research Scientists at Shepherd Center, were invited to present at Georgia Tech for the Summer Institutes in Computational Social Science (SICSS).

Thank you to the long list of people who helped make this happen! Amazing lab members Wonderful collaborators Generous colleagues Incredible mentors Supportive family Funding and support NIH Intramural Conference/seminar organizers Editors/reviewers Letter writers #myotwitter

#MS affects millions of people worldwide, and the scientific evidence that #exercise can improve mobility, #cardiovascularhealth, and overall well-being is compelling, says bradwillingham Read more here physiciansweekly.com/in-ms-exercise… #MedTwitter #SoMeDocs #multiplesclerosis

I had a great time guest lecturing for Dr. Sarah Kuzmiak-Glancy this morning at UMD! Great questions, great students, great discussion.

So apropos for our week at the ACRM and ACRM Annual Fall Conference where we are coming together to innovate and advance evidence-based rehab medicine! A great, short read! #ACRM2023 Raeda Anderson George C ([email protected]) bradwillingham

bradwillingham presenting to a full room on remote patient monitoring in rehabilitation Shepherd Center ACRM ACRM and ACRM Annual Fall Conference

#myotwitter It's time to do away with cartoons like this which imply that our muscle cells are made up of many individual myofibrils. nature.com/articles/s4146…

Congratulations bradwillingham Dr. Brad Willingham Research Scientist Shepherd Center for his recent award from the Int'l Progressive MS alliance! Important work helping people with MS live healthier, fuller lives! bit.ly/3NR81WX ACRMNDNG

Big news! The past two years I have been working on a project with Brian Glancy which investigates the impact of the capillary on mitochondrial structure and function in skeletal muscle. The data is finally out! biorxiv.org/content/10.110…

We are looking for two postdoctoral fellows interested in cellular energy distribution in striated muscle. Come take advantage of the resources in the NIH Intramural Program @TheBethesdaLabs to move your career forward. Details in the image below.