compensatory e xercises and r egeneration

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Compensatory Exercises and Regeneration Mgr. Lenka Beránková, Ph.D. Department of Health Promotion, Faculty of Sports studies MU

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Compensatory E xercises and R egeneration. Mgr. Lenka Beránková, Ph.D. Department of H ealth P romotion , Faculty of Sports studies MU. Why C ompensate. Periodic compensation significantly reduces Muscle imbalances Chronic musculoskeletal injuries - PowerPoint PPT Presentation

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Page 1: Compensatory E xercises  and  R egeneration

Compensatory Exercises and Regeneration

Mgr. Lenka Beránková, Ph.D.Department of Health Promotion,

Faculty of Sports studies MU

Page 2: Compensatory E xercises  and  R egeneration
Page 3: Compensatory E xercises  and  R egeneration

Periodic compensation significantly reduces ◦ Muscle imbalances◦ Chronic musculoskeletal injuries◦ Nonspecific pain of locomotor apparatus◦ Acute musculoskeletal injuries

Significantly increases◦ Neuromuscular coordination◦ Power endurance◦ Felxibility ◦ Proprioception

Why Compensate

Page 4: Compensatory E xercises  and  R egeneration

Warming Up

Releasing

Exercises

Stretching

Sensomotoric training

Strengthening exercises

Relaxation

Scheme of Compensatory Exercises

Page 5: Compensatory E xercises  and  R egeneration

Releasing exercises are always directed to a particular joint or motion segment. It allows better blood flow to soft tissues around the joint.

Improved blood circulation and circulation of synovial liquid has generally positive efect on the mechanical features of soft tissues and cartilage.

When making releasing exercises the movement is passive rather than active. Range of motion should correspond to the current functional capabilities of the joint.

Releasing exercises

Page 6: Compensatory E xercises  and  R egeneration

Releasing Exercises

Page 7: Compensatory E xercises  and  R egeneration

Stretching

DynamicStatic

Pasive PIR

Scheme of Stretching

Page 8: Compensatory E xercises  and  R egeneration

Stretching

Page 9: Compensatory E xercises  and  R egeneration

Strengthening

Static

Dynamic

quick

slow

Scheme of Strengthening Exercises

Page 10: Compensatory E xercises  and  R egeneration

Strengthening exercises

Page 11: Compensatory E xercises  and  R egeneration

Balance and Sensomotoric Exercises

Page 12: Compensatory E xercises  and  R egeneration

https://is.muni.cz/auth/do/fsps/e-learning/ztv/pages/09-kardiovas.html

Relaxing exercises

Page 13: Compensatory E xercises  and  R egeneration

1. Keep right sequence of exercises2. Proceed from the lightest to the heaviest exercises3. Comply strictly correct starting position and course of movement4. Correct breathing (diaphragmatic breathing, exhale during the

contraction)5. Sufficient frequency and intensity of exercise6. Stretching exercises every 24 to 48 hours / length of extension at

least 30 seconds.7. Strengthening exercises at least 2 times a week (optimum 3 times a

week) 2-4 sets of 10 -20 repetitions per exercise based on an individual abilities of the individual

8. To vary exercises for each muscle group9. Sometimes less is more!

Principles of compensatory exercises

Page 14: Compensatory E xercises  and  R egeneration

Regeneration is a biological and social process, which aims to restore balance and reversible decrease in functional abilities and individual body organs.

This is manifested by fatigue◦ Physical◦ Mental◦ Physiological (local, general)◦ Pathological (acute, chronic)

Regeneration

Page 15: Compensatory E xercises  and  R egeneration

Passive◦ Sleep (and most effective natural method

of regeneration) Active

◦ Other than the physical activity of sports (eg swimming, cycling, yoga ...)

◦ Drinking regime ◦ physical therapy◦ Thermotherapy (sauna, cryotherapy)◦ Massage (sports, regeneration, relaxation)

Regeneration

Page 16: Compensatory E xercises  and  R egeneration

THANK YOU FOR ATTENTION