Post-match fatigue is LOWER in team sport players with:
⬆️ High-intensity running ability 🏃♂️🏃♀️
⬆️ Lower body strength 🏋️🏋️♂️
Despite HIGHER internal and external match loads!
📌 pubmed.ncbi.nlm.nih.gov/24594214/
📌 pubmed.ncbi.nlm.nih.gov/26158195/
Damian Harper, PhD
6,230 posts
Human Braking Performance | Founder @BrakingPerform | PhD Deceleration | Lecturer @Uni_Lancashire | Performance Consultant | Sport Scientist FCASES | S&C Coach
- Comparison of quadriceps and hamstrings EMG activity during: FAST DECEL vs CUT vs 40cm LAND 1⃣"Quadriceps are undergoing high-speed ECCENTRIC activation" 2⃣"Quadriceps activity exceeds maximal ISOMETRIC contraction" 3⃣ "Hamstring activation much lower than quadriceps" #ACL
- Great to see our latest paper now published: 🆕Biomechanical and neuromuscular performance requirements of horizontal deceleration: A review with implications for multi-directional sports ⚽️🏈🏀 In @SportsMedicineJ with such a great team. 🔓HERE link.springer.com/epdf/10.1007/s…
- 33-66% of ACL injuries in soccer ⚽️ occur in DEFENSIVE pressing!! 👀 Visual distraction a key situational pattern, but the physical ability to decelerate rapidly from high speeds also critical 👇🏻
- 🚨 Just published in @JSportsSci … FORCES experienced across different levels of the musculoskeletal system during horizontal DECELERATIONS Delighted to contribute to this novel study led by @jasper_verheul with @mrobbo18 Open access ➡️ tandfonline.com/doi/epdf/10.10…
- So, unfortunately we saw another high profile ACL injury this last week with Rodri at @ManCity ⚽️ 🏴 📍DECELERATiNG from high speed 📍BRAKiNG with single limb support 📍External force from defender 📍20 mins into 1st half NOTE: Forces during these BRAKING steps are huge ‼️👇🏻
- Deceleration training can provide dual-benefits for... ✔️ Sports performance ✔️ Injury-risk reduction Summary from our DECELERATION 'VACCINE' paper... 💉 #deceleration #braking #vaccine #ACL
- Long journey, but pleased to say I passed my PhD today. Many thanks to examiners @j_d_hughes @MarkWaldron13 @Rdtaylor_16 Special thanks to my supervisor @simplysportssci who guided me throughout, DOS @DCGreyMattersUK @carling_chris @DrDavid_Rhodes & all those who contributed 🙏
- If you improve your horizontal deceleration (braking) performance capability you will likely have… ➡️ Better change of direction (COD) performance Why? 📌 You can use greater % of max speed/sustain higher speeds prior to COD 📌 You require less distance to stop
- External forces when DECELERATING can be huge compared to ACCELERATING❗️ What about comparison of internal joint forces ❓ DECELERATION (~5m Reactive) = 📌Hip Extensor = 164% Greater 📌Knee Extensor = 39% Greater ACCELERATION = 📌 Ankle Plantar Flexor = 63% Greater
- Some potential performance implications around developing your athletes horizontal deceleration/braking performance capability... 🏈⚽️🏉🏑🏀 DECELERATION RESERVE
- The role of eccentric/isometric muscle contractions in providing a PROTECTIVE adaptation against future high-force eccentric muscle actions..... journals.lww.com/acsm-essr/Full…
- Delighted to officially launch my new website: humanbrakingperformance.com It will cover all things connected to DECELERATION and BRAKING for sports performance and injury-risk reduction. Thanks to all those who have helped to make this happen along the way!
















