So happy to publish my first 'solo' article at Strength and Conditioning Journal @NSCASCJonline 📝
https://t.co/aFO4Vhxuo3
Exploring the different methods to effectively generate eccentric overload using Flywheel devices 💪🪀
Includes online material with the methods described 🏋️♂️
You are as fast as your motor neurons: speed of recruitment and maximal discharge of motor neurons determine the maximal rate of force development in humans
https://t.co/zn3a0WLOdQ
Excited to share that my PhD thesis, "Enhancement of Change of Direction Performance in Professional Female Soccer Players'', is now online in University of Salford’s repository!
If you’re curious about the topic, you can read it here: https://t.co/p3FFBxy2oI 🎓
@DHMov Interesting study. These other study brings some light too. 4 weeks of concentric training negated the repeated bout effect that had been gained from the preceding 4 weeks of eccentric training.
La familia de Duplantis intentando que rasque 18 récords del mundo diferentes subiendo la barra 1cm cada vez y llevarse 3 trillones medio de euros en total
“This study aimed to investigate the perception of soccer strength and conditioning coaches on the importance of upper body strength training for the performance of high-intensity actions.”
By Curovic, I., Grecic, D., Rhodes, D., Alexander, J., & Harper, D. (2025).
Read the Full Text article for FREE⬇️
https://t.co/D8Z4yQKnrM
Proud of this one! Our research, led by my colleague @afortvan, found poor sleep, increased fatigue, and elevated injury risk during the luteal phases of the menstrual cycle of young athletes under intense training https://t.co/jehbQT5dOr #mdpihealthcare via @HealthcareMDPI_
⚽ Our New Deceleration Research Paper shows:
⚡ Some players brake well in one COD test but struggle in others
🔑 Early-phase deceleration is key for COD
🏎️ Higher peak speed ≠ better deceleration
🛑 Late-phase shows the highest deceleration values
🗞️ https://t.co/TL51DAwrSC