Return to Performance: Plyometrics, Linear and Multidirectional Speed Considerations
This course is designed with sports physical therapists and athletic trainers in mind to help equip them to make better decisions when reintegrating plyometrics, linear and multidirectional speed with their athletes after injury or surgery.
1
Hello!
Introduction
Introduction Slides
2
Guiding principles
Guiding Principles
3
Linear Speed and Acceleration
Plyos and Linear Speed
Falling start
Push Up Start
5
Case Study
Case Study and Conclusion
Run to back pedal
45 Deg Cut + Shoot
Decel Split R
Decel Athletic Base
Decel 45 deg to L
Main 90 deg cut to R
Push Up Start Involved
Push Up Start + 45 deg decel
Push Up Start Uninvolved
90 deg cut to L
Decel 45 deg to R
90 deg cut to R
180 deg cut R
Jog to Back Pedal L
Jog to Back Pedal R
Main 90 deg cut to L
Run to 135
180 deg cut L
Curved sprint
Snake run
Predictable cut and ball handling
Predictable cutting and ball handling 3
Predictable cutting and ball handling 2
6
Mechanical Determinants of Faster COD
Damaging Nature of Decelerations
Dynamical Systems
Hamstring Strain
Deceleration in Team Sport
Cutting Review
Angle Velocity Tradeoff
Wulf OPTIMAL Motor Learning Theory
Penultimate Foot Contact
Six Week COD Training in Male Youth Soccer Players
Performance Injury Conflct
Biomechanical Effects of a 6 Week Training Program
Biomechanical Effects of a 6 Week Training Program-2
CMAS
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