Discover Neuromuscular Talent Across Canada
The NMD4C Neuromuscular Talent Pool is now live with new trainees!
Our database is designed to be a resource for laboratories, institutions, and research teams to discover and connect with trainees across Canada who are seeking their next opportunity in neuromuscular research.
We invite supervisors and research groups to explore the Talent Pool to identify candidates whose skills, experience, and interests align with your work and upcoming positions. Trainees interested in being included in the Neuromuscular Talent Pool can register by completing the short form, uploading a CV and brief personal statement outlining their experience, interests, and career goals. For more information or to access our Talent Pool, click the link below:
Access NMD4C Talent Pool
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Scheduled Maintenance
Please note that this website, imPORTND, and the NNLS training platform will undergo maintenance from July 23 until July 27, 2026.
Join Us at the 2026 NMD4C Annual Meeting on 25 September
The 2026 NMD4C Annual Meeting will take place in Calgary on Friday, September 25, 2026. The agenda will feature a brief network update, trainee and early-career recognitions, flash talks, a health economics research showcase, and a series of cross‑disciplinary and parallel clinical/pre‑clinical discussion sessions to explore key topics, including advocacy and therapy access, strategies to sustain and strengthen pre-clinical programs, and network sustainability and strategic planning.
Introducing Our New SOP on Skeletal Muscle Fiber Typing
We are excited to announce the release of our latest Standard Operating Procedure (SOP) titled “Skeletal Muscle Fiber Typing & Cross-Sectional Area Analysis using Immunofluorescence Staining for Mice,” developed by from our Basic Science Trainee Committee (BSTC) member Shatha Atieh, Phd Student at uOttawa. This SOP aims to provide a comprehensive, step-by-step protocol for staining and analyzing skeletal muscle fibers from any muscle group in various mouse models. This new SOP provides detailed methods for immunofluorescence‑based fiber typing using MyHC‑I, MyHC‑IIA, MyHC‑IIB, and laminin, enabling accurate assessment of fiber‑type composition and cross‑sectional area (CSA).