- Introduction to anatomy
- Bone system: locomotor system and movement
- - The bones
- - Skull and face
- - Spinal column
- - Trunk
- - Extremities
- - Appendicular skeleton
- - Cartilage
- - Joints and movement
- - The ligaments
- The muscular system
- - Muscle tissue
- - Characteristics of muscle tissue
- - Muscle classification
- - Main muscle groups, location and function
- - Muscle actions
- The Skeletal Muscle
- - Skeletal muscle vascularisation
- - Skeletal muscle innervation
- - Skeletal muscle functions
- Muscle attachments
- Muscle physiology and energy systems
- - Energy system: ATP
- Types of energy sources
- - Alactic anaerobic system or phosphagen system
- - Anaerobic lactic anaerobic system or anaerobic glycolysis
- - Aerobic system
- Systems and apparatus of the human body
- - Respiratory system
- - Cardiovascular system
- - Digestive system
- - Renal system
- - Endocrine system
- - Nervous system
- Muscle contraction
- - Motor unit characteristics
- - Mechanism of neuromuscular transmission of the nerve impulse
- - Mechanism of muscle contraction
- - Muscle relaxation
- - Gradual development of contraction force
- Energy metabolism during exercise. Fatigue
- - Strength, power, performance and muscle glycogen recovery
- - Fatigue
- Psychological needs in sport
- The purpose of psychological intervention
- Psychological variables, skills and techniques
- Psychological skills training
- Types of psychological intervention
- The role of psychology
- Athlete participation in psychological preparation
- General components of a psychological preparedness programme
- Significant principles for planning psychological training
- Psychological training planning
- Design of psychological training programmes
- Sports nutrition
- Carbohydrates
- - Monosaccharides
- - Oligosaccharides
- - Polysaccharides
- Lipids or fats
- Proteins
- - Protein classification
- - Protein functions
- - Amino acids
- Hydration
- - Dehydration
- Minerals
- Vitamins
- - Water-soluble vitamins
- - Fat-soluble vitamins
- Sports supplements
- - Protein supplements
- - Branched-chain amino acids: leucine, isoleucine, valine
- - Glutamine
- - Arginine
- - Carnitine
- - HMB: β-hydroxy-β-methyl butyrate
- - Creatina
- - Other
- General considerations for high-protein diets
- Pre- and post-training nutrition
- - Pre-training nutrition
- - Post-training nutrition
- Examples of diets for bodybuilders
- - Example of a bulk diet
- - Example of a definition diet
- Doping
- - Definición
- - Substances banned by the International Olympic Committee
- - Reasons for the fight against doping
- - History of doping and its relation to drug addiction
- Substances and methods of doping
- - Doping substances. Their metabolites. Their precursors
- - Doping methods
- Organisation of doping controls
- Sample collection and extraction
- - Rights and Duties of Doping Control Officers: Notification of Athletes
- - Preparation and implementation of the sampling process
- - Guidelines for conducting the urine sample collection process in a doping control test
- - Guidelines for conducting the blood sample collection process in a doping control test
- - Responsibilities of escorts during screening and security processes and post-sampling processes
- CSD doping control laboratory
- Disciplinary proceedings
- - Sanctions
- International Anti-Doping Regulations
- - The World Anti-Doping Agency
- - The International Olympic Committee
- - International sports federations
- - The World Anti-Doping Code MODULE 2. TRAINING BASICS
- Introduction to sports training
- Objectives of sports training
- Mechanisms of adaptation to training
- - Schultz-Arnodt Law
- - Principle of supercompensation
- - Selye's stress theory
- Training load and its variables
- - Magnitude of the load
- - Load trend
- - Nature of the cargo
- - Complexity of the load
- - Organisation of cargo
- General fundamentals of sports training principles
- - Principles of loading to produce adaptive effects
- - Principles of cyclical organisation to ensure adaptation
- - Principles of specialisation to make training specific
- - Proportionalisation principles
- Basic physical capacities
- - Endurance: aerobic - anaerobic
- - Strength: maximal strength - explosive strength - power - endurance strength
- - Flexibility: joint mobility - muscle elasticity - range of motion
- - Speed: travel speed - explosive speed, segmental quickness
- Training effect
- Residual training effect
- De-training
- Introduction to the force
- - Concept of force
- Manifestations of force
- - Active demonstration
- - Reactive manifestation
- - Resistance to force
- Types of muscle contraction
- Determinants of muscle strength
- Bodybuilding gymnastics. Basic equipment
- - Bars
- - Dumbbells
- - Supports and cages
- - Máquinas
- - Banks
- Bodybuilding terminology
- - Optimum timetable
- - The importance of breathing
- Muscle building exercises
- - Pectorals
- - Bibs
- - Oblique
- - Shoulders
- - Biceps
- - Triceps
- - Abdominals
- - Forearms
- - Legs
- Muscle building exercises
- Techniques and methods of bodybuilding training
- - Basic training techniques
- - Training methods in bodybuilding
- - Adaptations to load training
- Training programming
- Kinesiology
- Intensity. Bodybuilding concepts
- - Principles of intensity training
- Training for women
- Concept of sports injury and its relevance
- Most common sports injuries
- - Muscle injuries
- - Tendon injuries
- - Joint injuries
- - Bone lesions
- Causes of sports injuries
- Phases of sports injury
- Factors influencing injury and healing
- - Predisposing factors for sports injuries
- - Factors involved in the healing process
- Prevention of sports injury
- Pre-medical examination
- Psychology of sports injury
- Treatment of sports injuries
- - Phases of injury recovery treatment
- - Phases of Functional Re-education of the Athlete
- Techniques used in the prevention and treatment of injuries
- 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
- Systems and apparatus of the human anatomy
- Myology
- Muscle Tissues: smooth, skeletal and cardiac
- Characteristics of muscle tissue
- The Skeletal Muscle
- Muscle attachments
- Muscle tone and strength
- Theoretical basis
- Caloric expenditure
- Nutrients in sport
- Sports injuries. Concept
- Lower limb injuries
- Upper limb and trunk injuries
- Injuries in children
- Treatment of sports injuries
- Introduction to the history of massage
- Introduction to sports massage
- Stages for the application of a sports massage
- Gymnastics for massage. Chirogymnastics
- Physiological effects of massage
- General indications and contraindications for massage
- Massage
- Self-massage for athletes
- Russian massage
- Foot reflexotherapy for athletes
- Manual lymphatic drainage
- Cryotherapy, cryomassage and cryokinetics
- Cryomassage and Cryokinetics
- Shiatsu. Japanese massage
- Functional bandaging
- Types of functional bandages
- Other bandages
- Knee anatomy and biomechanics
- Magnetic resonance imaging of soft tissues of the knee
- Knee injuries
- Electro-stimulation of the knee joint
- Lower limb rehabilitation in the aquatic environment
- Basic concepts: physical activity, physical exercise and fitness
- Benefits of physical activity
- Effects of physical activity and diet
- Cineanthropometry
- Ergogenic aids
- Cardiopulmonary resuscitation
- Cold and Heat Injuries (Frostbite and Hypothermia)
- Cramp, exhaustion and heat stroke
