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Tweets by sciofmultispeed
A framework for designing motor development traini A framework for designing motor development training interventions 📝🏃

Detailing the progression from developing physical qualities to integrating into task simulated followed by task specific movements 🔎

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A framework for designing motor development traini A framework for designing motor development training interventions 📝🏃

Detailing the progression from developing physical qualities to integrating into task simulated followed by task specific movements 🔎

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A framework for designing motor development traini A framework for designing motor development training interventions 📝🏃

Detailing the progression from developing physical qualities to integrating into task simulated followed by task specific movements 🔎

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
An example of an athlete with an overstride runnin An example of an athlete with an overstride running gate (A) and without (B)↔️🏃‍♂️

Athlete A experiences greater hip work across the stance phase of gait when compared to athlete B. If repeated, it is possible that this may lead to early muscle fatigue and reduced capacity to tolerate further application of strain🔎

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
An example of an athlete with an overstride runnin An example of an athlete with an overstride running gate (A) and without (B)↔️🏃‍♂️

Athlete A experiences greater hip work across the stance phase of gait when compared to athlete B. If repeated, it is possible that this may lead to early muscle fatigue and reduced capacity to tolerate further application of strain🔎

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
An example of an athlete with an overstride runnin An example of an athlete with an overstride running gate (A) and without (B)↔️🏃‍♂️

Athlete A experiences greater hip work across the stance phase of gait when compared to athlete B. If repeated, it is possible that this may lead to early muscle fatigue and reduced capacity to tolerate further application of strain🔎

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A visual representation of an athlete with increas A visual representation of an athlete with increased anterior pelvic tilt and increased lumbopelvic rotation 🏃⤴️ 

These movement patterns have been linked to hamstring strain and injury🦵🩼 

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A visual representation of an athlete with increas A visual representation of an athlete with increased anterior pelvic tilt and increased lumbopelvic rotation 🏃⤴️ 

These movement patterns have been linked to hamstring strain and injury🦵🩼 

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A visual representation of an athlete with increas A visual representation of an athlete with increased anterior pelvic tilt and increased lumbopelvic rotation 🏃⤴️ 

These movement patterns have been linked to hamstring strain and injury🦵🩼 

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
As demonstrated, the stance phase clearly places d As demonstrated, the stance phase clearly places different demands on the hamstrings🦿📈 

Read our latest blog for more📑 

🔗LINK IN BIO 

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
As demonstrated, the stance phase clearly places d As demonstrated, the stance phase clearly places different demands on the hamstrings🦿📈 

Read our latest blog for more📑 

🔗LINK IN BIO 

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
As demonstrated, the stance phase clearly places d As demonstrated, the stance phase clearly places different demands on the hamstrings🦿📈 

Read our latest blog for more📑 

🔗LINK IN BIO 

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A demonstration of hip kinematics and kinetics dur A demonstration of hip kinematics and kinetics during the stance phase of running (X axis normalises to 101 points) 🦿📈

Read our latest blog for more on hamstring biomechanics📑

🔗LINK IN BIO

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A demonstration of hip kinematics and kinetics dur A demonstration of hip kinematics and kinetics during the stance phase of running (X axis normalises to 101 points) 🦿📈

Read our latest blog for more on hamstring biomechanics📑

🔗LINK IN BIO

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
A demonstration of hip kinematics and kinetics dur A demonstration of hip kinematics and kinetics during the stance phase of running (X axis normalises to 101 points) 🦿📈

Read our latest blog for more on hamstring biomechanics📑

🔗LINK IN BIO

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
Hamstring strain injuries are one of the most freq Hamstring strain injuries are one of the most frequent time-loss injuries in sprint-based sports ⏰🦿 

Discover more on hamstring biomechanics ⬇️

🔗LINK IN BIO

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
Hamstring strain injuries are one of the most freq Hamstring strain injuries are one of the most frequent time-loss injuries in sprint-based sports ⏰🦿 

Discover more on hamstring biomechanics ⬇️

🔗LINK IN BIO

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
Hamstring strain injuries are one of the most freq Hamstring strain injuries are one of the most frequent time-loss injuries in sprint-based sports ⏰🦿 

Discover more on hamstring biomechanics ⬇️

🔗LINK IN BIO 

#hamstring #biomechanic #strain #injuries #insights #infographic #football #time-loss #frequent #sprint #running #research #sports #science #blog #article
Example of contrast training that pairs isometric Example of contrast training that pairs isometric trap-bar deadlift and countermovement jump 🏋️‍♀️⬆️

🔗 LINK IN BIO 

#isometric #strength #training #deadlift #trap-bar #and #countermovement #jump #athlete #athletic #sport #science #applications #blog #article #example #technology
Example of contrast training that pairs isometric Example of contrast training that pairs isometric trap-bar deadlift and countermovement jump 🏋️‍♀️⬆️

🔗 LINK IN BIO 

#isometric #strength #training #deadlift #trap-bar #and #countermovement #jump #athlete #athletic #sport #science #applications #blog #article #example #technology
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Featured Posts
  • 1
    Biomechanical Determinants of Performance and Injury Risk During Change of Direction – An Optimal Technical Model to Mediate the Conflict
    • 16 September 2026
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    Biomechanical and Neuromuscular Demands of Change of Direction: Implications for Athlete Physical Preparation 
    • 31 July 2026
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    Developing Agile Athletes: Applying the Agility Development Framework in Practice
    • 19 June 2026
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    T-Junction Injuries of the Biceps Femoris: Anatomy, Diagnosis, and Rehabilitation Evolution
    • 22 April 2026
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    The Importance, Challenges, and Developments of Biomechanical Load Measurements in Multidirectional Sports
    • 27 October 2025
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