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Table of contents
GENERAL INTRODUCTION
THEORETICAL FRAMEWORK I
I) MOTOR IMAGERY
A) DEFINITION
B) NEUROFUNCTIONAL BASES
(1) CORTICAL OVERLAPPING ACTIVITY
(i) PRIMARY MOTOR CORTEX
(ii) SECONDARY MOTOR AREAS
(2) CORTICOSPINAL EXCITABILITY FACILITATION
(i) SPECIFICITY OF CORTICOSPINAL RECRUITMENT DURING MOTOR IMAGERY
(ii) CORTICOSPINAL ACTIVATION THROUGH A PARALLEL PATH
(3) MOTOR INHIBITION DURING MOTOR IMAGERY
C) MOTOR IMAGERY ABILITY MEASUREMENT
(1) BEHAVIORAL MEASURES
(i) TEMPORAL CONGRUENCE
(ii) PSYCHOMETRIC MEASURES
(a) VIVIDNESS OF MOVEMENT IMAGERY QUESTIONNAIRE-2 (VMIQ-2)
(b) SELF-REPORT SUBJECTIVE MEASURES
(iii) PHYSIOLOGICAL MEASURES
(a) AUTONOMIC NERVOUS SYSTEM
ELECTRODERMAL ACTIVITY
II) MENTAL REPRESENTATION AND PERFORMANCE
A) MENTAL REPRESENTATION DECOUPLED FROM ACTION
(1) SKILL PERFORMANCE AND LEARNING
(i) MOTOR IMAGERY EFFECT ON SKILL PERFORMANCE
(ii) MOTOR IMAGERY AND STRENGTH PERFORMANCE
(a) SPECIFICITIES OF MOTOR IMAGERY ON STRENGTH PERFORMANCE
B) MENTAL REPRESENTATION COMBINED WITH ACTION
(1) MENTAL REPRESENTATION ASSOCIATED WITH ACTION
(2) MENTAL REPRESENTATION INCLUDING ACTION
(3) MENTAL REPRESENTATION CONCOMITANT WITH ACTION EXPERIMENTAL PROCEDURES I
I) EFFECT OF MOTOR IMAGERY COMBINED WITH PRACTICE ON PERFORMANCE
EXPERIMENTAL CONTRIBUTION #1
EXPERIMENTAL CONTRIBUTION #2
THEORETICAL FRAMEWORK II
I) PSYCHOPHYSIOLOGICAL CORRELATES OF ACTION
A) PHYSICAL FATIGUE
B) FATIGUE MODELS
(1) CATASTROPHIC MODEL
(2) CENTRAL GOVERNOR MODEL
(i) CENTRAL NERVOUS SYSTEM AND FATIGUE
(a) NEURONAL FEEDBACK AND FATIGUE PERCEPTION
(3) PSYCHOBIOLOGICAL MODEL OF FATIGUE
C) PSYCHOPHYSIOLOGICAL MEASURES OF PHYSICAL FATIGUE
(1) CARDIORESPIRATORY MEASURES
(i) VENTILATORY AND ANAEROBIC THRESHOLD
(ii) VO2MAX MEASURE
(iii) HEART RATE
(2) SUBJECTIVE MEASURES
(i) RATE OF PERCEIVED EXERTION
EXPERIMENTAL PROCEDURES II
I) EFFECT OF FATIGUE ON MOTOR IMAGERY
EXPERIMENTAL CONTRIBUTION #3
EXPERIMENTAL CONTRIBUTION #4
II) EFFECT OF MOTOR IMAGERY DURING PRACTICE ON FATIGUE
EXPERIMENTAL CONTRIBUTION #5
EXPERIMENTAL CONTRIBUTION #6
GENERAL DISCUSSION
I) MOTOR IMAGERY PRACTICE CONCOMITANT TO ACTUAL TRAINING TO IMPROVE PERFORMANCE
II) THE EFFECTS OF FATIGUE PROCESSES ELICITED BY EXERCISE ON MOTOR IMAGERY ABILITY
III) USING MOTOR IMAGERY TO CONTROL DELETERIOUS EFFECTS OF FATIGUE ON PERFORMANCE
A) PRACTICAL RELEVANCE OF MOTOR IMAGERY PRACTICE IN THE PRESENCE OF FATIGUE
CONCLUSION
APPENDICES
BIBLIOGRAPHY
