Exploring neuromuscular development across maturation to foster healthier generations - fascinated by physiological mechanisms!
PhD Student @DSBGUniBasel
Mechanical load matters.
Happy to share our new paper showing that 8w of BFR training led to smaller neuromuscular activation and explosive performance gains than high-load training and a short high-load phase did not fully restore neural adaptations. https://t.co/E6DPK5Yd84
What an exciting #ecss2025 congress & chance to connect!
I shared data on high-load/BFR training, highlighting the key role of mechanical tension in neuromuscular adaptation - plus potential sex-specific differences.
Big thanks to @goodall_stuart & the ECSS mentoring programme
Painless, reliable & valid! 🧠💪 Our new study highlights Magnetic Nerve Stimulation as an effective alternative to Electrical Stimulation for assessing voluntary activation with less discomfort.
👉 Read more: https://t.co/inQo4WMHeD
I couldn’t start my holidays in a better way 🏖️. 2 intensive days implementing HD-EMG at @DSBGUniBasel ⛰️ with great friends and colleagues. I always enjoy the time spent with you!
@ritpau @OliverFaude @LedergerberRom