- Myology
- Muscle tissues: smooth, skeletal and cardiac
- - Muscle movements
- Characteristics of muscle tissue
- - Regeneration of muscle tissue
- Skeletal muscle
- - Classification of skeletal muscles
- - Muscular action on the skeleton
- Muscle attachments
- Muscle tone and strength
- - Muscle tone
- Morphology
- Physiology
- Division of the skeleton
- Bone development
- - Bone growth
- Bone system
- - Spinal column
- - Trunk
- - Extremities
- - Cartilage
- - Appendicular skeleton
- Joints and movement
- - Tibio-tarsal joint
- - Knee joint
- - Coxo-femoral joint
- - Scapular-humeral joint
- Definition and importance of sports biomechanics
- - Objectives of sports biomechanics
- Kinesiology and biomechanics
- - Concept and principles of kinesiology
- Relationship between biomechanics and physical activity
- Mechanics of movement
- Anatomical elements of movement
- - Planes, axes and joints
- - Physiology of movement
- - Preparation and energy expenditure
- Biomechanics of normal human gait
- - Support Phase
- - Swing phase
- - Biomechanics of the stance phase of gait
- - Biomechanics of the swing phase of gait
- - Muscle chains involved in gait, detection of muscle shortening, basic preventive and improvement measures
- Biomechanics of the cervical spine
- Biomechanics of the dorsal spine and thorax
- Biomechanics of the lumbar spine
- Biomechanics of the upper limb
- - Biomechanics of the shoulder
- - Biomechanics of the elbow
- - Biomechanics of the wrist
- - Biomechanics of the hand
- Biomechanics of the lower limb
- - Hip biomechanics
- - Knee biomechanics
- Most common injuries in football players
- Osteology of the lower limb
- - Bones
- - Joints and Joints
- - Subcutaneous structures
- Lower limb musculature
- - Thigh muscles
- - Leg muscles
- - Muscles of the foot
- Leg and thigh injuries
- - Tibia and fibula fracture
- - Stress fracture
- - Calf tear
- - Achilles tendon rupture
- - Achilles tendonitis
- - Achilles bursitis
- Knee injuries
- - Knee sprain
- - Meniscus injuries
- - Unstable Knee
- - Patella dislocation
- - Knee cartilage injury
- - Bursitis
- - Jumper's knee
- Ankle injuries
- - Fracture of ankle bones
- - Stress fractures
- - Sprained ankle
- - Unstable ankle
- - Footballer's ankle
- Foot injuries
- - Thalalgia
- - Plantar fasciitis
- - Calcaneal fracture
- - Flat feet
- - Pes cavus
- - Metatarsalgia
- - Hallux valgus
- - Fracture of the toes
- - Black nail
- - Ingrown toenail
- - Tinea pedis. Athlete's foot
- Introduction to sports injuries
- Definition
- Prevention
- Treatment
- Serious injuries in football
- - Ligament ruptures
- - Triad
- What can you do if you get injured?
- Techniques used in the prevention and treatment of injuries
- Performance nutrition
- Energy for training and matches
- - Energy needs
- The footballer's diet
- Sports food and supplements
- - Supplements and doping
- Other performance-enhancing substances
- - Human growth hormone
- - Erythropoietin (EPO)
- - Ephedrine and citrus aurantium
- Understanding football training methods
- - Physical training
- - Technical training
- - Tactics and strategy
- Warm-up, mobility, flexibility
- Running fitness
- Strength training
- - Weight training and muscle development
- Strength training and weightlifting training programme
- Plyometric training
- - Physiology of plyometric training
- Psychology and sport
- - The role of the coach and psychology
- - Definition of sport psychology
- Sports training
- - Characteristics of sports training
- Sports performance
- General components of a psychological preparedness programme
- Significant principles for planning psychological training
- Psychological training planning
- Design of psychological training programmes
- Leadership in football
- - Types of leadership
- - Theoretical approaches to leadership in sports groups
- Communication in the team
- - Constituent elements of communication
- - Communication and the futsal coach
- - Conversational skills
- - Listening
- - Empathy
- The key to success: motivated players
- - Theories explaining motivation
- - Motivation in football
- Futsal
- Regulations
- Positions of the players on the field of play
- Individual technique in futsal
- Collective technique
- - The pass
- - The relay
- - Combined actions
- Goalkeeping technique
- Offensive tactical actions in futsal
- - Defensive principles in futsal
- - Offensive principles in futsal
- Exercises for working on technique and tactics in indoor football
- Basics of the game system
- - Characteristics of a game system
- - Elements that make up a gaming system
- Classification of gaming systems
- - Playing systems based on wide spaces
- - Playing systems based on the rational occupation of the field of play.
- - Outlining a system of play
- Strategies and systems of play used in indoor football
- - Defensive systems
- - Offensive systems
- Exercises to work on strategies and systems of play in indoor football
- Regulations (FIFA) and characteristics
- - The playing surface
- - The ball
- - The number of players and substitutions
- - Players' equipment
- - The arbitrators
- - The duration of the match
- - The start and restart of the game
- - Free kicks
- - The penalty kick
- - The throw-in
- - The goal kick
- - The corner kick
- The teaching-learning process in indoor football
- - Roles to be observed by the trainer in the work sessions
- The trainer: the task at hand
- Introduction to first aid
- - Basic principles of first aid
- - Breathing
- - The pulse
- First aid actions
- - Drowning
- - Losses of consciousness
- - Cardiac crises
- - Haemorrhages
- - The wounds
- - Fractures and dislocations
- - Burns
- General rules for bandaging
- Cardiopulmonary resuscitation manoeuvres
- - Manual ventilation
- - External cardiac massage
- Anatomy
- - Anatomical position
- - Key concepts: planimetry, body axes, symmetry, and eponyms.
- - Constitutional types of the human body
- - Classification of anatomy
- Systems and apparatus of the human anatomy
- - Bone system and functions
- - Respiratory system
- - Cardiovascular system
- - Digestive system
- - Renal system
- - Endocrine system
- - Nervous system
- - The skin
- Myology
- Muscle Tissues: smooth, skeletal and cardiac
- - Muscle movements
- Characteristics of muscle tissue
- - Regeneration of muscle tissue
- The Skeletal Muscle
- - Classification of skeletal muscles according to: form, action and function
- - Muscular action on the skeleton
- Muscle attachments
- Muscle tone and strength
- - Muscle tone
- Theoretical basis
- Caloric expenditure
- Nutrients in sport
- - Carbohydrates
- - Fats
- - Protein
- - Water and electrolytes
- - Micronutrients
- Sports injuries. Concept
- -Prevention of sports injuries
- - Treatment of sports injuries
- Lower limb injuries
- - Leg injuries
- - Foot injuries
- - Thigh injuries
- - Knee injuries
- Upper limb and trunk injuries
- - Upper extremity injuries
- - Shoulder injuries
- Injuries in children
- - Most common injuries in children
- Treatment of sports injuries
- - Orthopaedic treatment of injuries
- - Functional taping and different sports applications
- - Skin lesions caused by sporting activities
- - Medical hydrology and complementary natural therapies
- Introduction to the history of massage
- - From Egypt to Islam
- - From the Middle Ages to the 20th century
- Introduction to sports massage
- - Manipulative techniques used in the performance of massages
- Stages for the application of a sports massage
- - Keys to sports massage
- Gymnastics for massage. Chirogymnastics
- Physiological effects of massage
- - Myofascial stretching in sport
- General indications and contraindications for massage
- - Indications for massage
- - Contraindications to massage
- Massage
- - Warm-up massage
- - Intra-competition massage
- - Restorative or post-competition massage
- - Training or inter-week massage
- - Massage as part of a physiotherapy programme for injuries
- Self-massage for athletes
- Russian massage
- Foot reflexotherapy for athletes
- - Benefits of foot reflexology
- - Contraindications of foot reflexology
- Manual lymphatic drainage
- - Basic techniques in lymphatic drainage
- Cryotherapy, cryomassage and cryokinetics
- - Physiological effects
- - Indications and contraindications
- - Forms of application
- Cryomassage and Cryokinetics
- - Application of cryomassage
- - Indications for cryomassage
- - Contraindications to cryomassage
- - Cryokinetics
- Shiatsu. Japanese massage
- - Benefits of shiatsu treatment
- Functional bandaging
- - Functional taping techniques
- - Indications and contraindications for functional taping
- - Properties of functional bandaging
- Types of functional bandages
- - Functional bandages: shoulder and elbow
- - Functional bandages: wrist
- - Functional bandages: trunk
- - Functional bandages: thigh and knee
- - Functional ankle and foot supports
- Other bandages
- - Neuromuscular bandages
- - Bandaging the patient with lymphoedema
- - Dressing the amputee patient
- Knee anatomy and biomechanics
- - Physical examinations of the knee
- Magnetic resonance imaging of soft tissues of the knee
- Knee injuries
- - Soft-tissue rheumatism of the knee
- - Rehabilitation of knee injuries
- - Osteopathy
- Electro-stimulation of the knee joint
- Lower limb rehabilitation in the aquatic environment
- Basic concepts: physical activity, physical exercise and fitness
- - Physical activity
- - Physical exercise
- - Physical condition
- Benefits of physical activity
- - Components of physical activity
- Effects of physical activity and diet
- - Effects on obesity
- - Effects on diabetes
- - Effects on high blood pressure
- Cineanthropometry
- - Anthropometry
- Ergogenic aids
- - Características
- Cardiopulmonary resuscitation
- Cold and Heat Injuries (Frostbite and Hypothermia)
- - Freezing
- - Hypothermia
- Cramp, exhaustion and heat stroke
- - Heat cramps
- - Heat exhaustion
- - Heat shock