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1. Movement therapy: a. definition and historical overview b. importance
of (functional) movement c. principles of movement therapy and its potential
d. indications and contraindications 2. A brief summary of the basic
principles, limiting factors, training tools and methods for developing basic
motor skills 3. Characteristics and use of advanced forms of load and resistance
in movement therapy: a. manual resistance b. viscous resistance c. elastic
resistance d. inertial resistance e. vibration exercise f. iso-inertia exercise
g. isokinetic exercise h. eccentric exercise (in stretched position)
4. Planning of movement therapy with emphasis on the load progression from
different perspectives: a. increasing volume and/or intensity b. proximal-distal
principle c. use of different types of muscle contractions d. stability and
mobility aspect 5. Specific features and limitations of movement therapy for the
most common acute and chronic pathologies depending on the type of the affected
tissue: a. skeletal pathologies (osteopenia, fracture) b. joint pathologies
(arthritis, arthrosis, sprain, dislocation) c. muscle pathologies (sarcopenia,
muscular dystrophy, muscle strain, muscle tear) d. pathologies of tendons and
ligaments (tendinopathies, overuse syndromes, tendon and ligament strain and
tear) e. pathologies of the cardiovascular and nervous systems (heart failure,
heart attack, angina pectoris, coronary heart disease, arrhythmia, high blood
pressure) f. other pathologies (cancer, diabetes, stroke, asthma, obesity,
mental illness) 6. Movement therapy in prevention: a. characteristics and
specifics of prevention training programs b. planning a prevention program,
integration and periodization of training contents c. the most effective
scientifically proven prevention protocols for the most common pathologies of
the upper limb, trunk and lower limb 7. Movement therapy in rehabilitation:
a. characteristics and limitations of rehabilitation training content
b. planning a rehabilitation program, integration and periodization of training
content c. the most effective scientifically proven rehabilitation protocols for
the most common pathologies of the upper limb, trunk and lower limb
d. assessment and achievement of criteria for progression and return to sport,
functional tests, importance of muscle symmetries and optimal muscle strength
ratios e. the role of individual members in the treatment of pathologies
(physician, physiotherapist, kinesiotherapist, masseur) 8. The importance of
psychological factors on the effectiveness of rehabilitation programs and on the
return to sport 9. Supportive techniques in movement therapy