- Biomechanics of anatomical segments
- Basic concepts in the anatomical study of movement
- Static and dynamic posture
- Kinetics and kinematics
- Study methods in biomechanics
- Definition and importance of sports biomechanics
- Kinesiology and biomechanics
- Relationship between biomechanics and physical activity
- The origin of numbers
- Measurement of quantities
- Trigonometry
- Vector Calculus
- General mechanical considerations. Concepts and types
- Mass: gravitational mass and inertial mass
- The force and momentum of a force
- Equilibrium conditions, Newton's first law
- Newton's Third Law
- Centre of mass and centre of gravity
- Centre of gravity in the human body
- Stability of the balance
- Basic fundamentals of kinematics
- Basic concepts of kinematics
- Types of movements
- Angular kinematics (rotation)
- Linear and angular movement in sport
- Kinematics applied to sport
- Concept of dynamics
- Newton's Laws
- Frictional forces
- Mechanical impulse and quantity of movement
- Moment of inertia
- Angular or kinetic momentum
- Forces exerted by fluids
- Energy. History and concept
- Energy conservation and degradation
- Work
- Power
- Efficiency
- Levers
- Pulleys
- Bone morphology and physiology
- Composition of the skeleton
- The skeletal system and its development
- Bone system: Structure
- The different joints related to movement
- Muscle physiology
- Muscle tissue
- Muscle classification
- Ligaments
- Dorsal musculature
- Tendons
- Upper limbs
- Lower extremities
- The abdomen
- Chest
- Head and neck
- Introduction to the Nervous System
- Anatomy of the Nervous System
- Physiology of the Nervous System
- The respiratory system
- Physiology of respiration
- Basic concepts
- Physiology and anatomy of the digestive system
- The digestion process
- Anatomy of the circulatory and lymphatic system
- Cardiac physiology
- Biomechanics of anatomical segments
- Basic concepts in the anatomical study of movement
- Static and dynamic posture
- Kinetics and kinematics
- Study methods in biomechanics
- The human march
- Cycle of gait
- 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
- The cervical spine: anatomy and biomechanics
- The dorsal spine and thorax: anatomy and biomechanics
- The lumbar spine: anatomy and biomechanics
- Anatomy of the upper limb
- Biomechanics of the upper limb
- Anatomy of the lower limb
- Biomechanics of the lower limb
- Kinematic measuring equipment
- Kinetic measuring equipment
- Portable instrumentation in sports biomechanics
- Equipment selection criteria
- Fundamentals of metrology applied to biomechanics
- Calibration and verification of biomechanical equipment
- Errors in biomechanical measurement
- Key concepts in functional assessment
- Biomechanical tests for movement assessment
- Assessment of muscular strength and endurance
- Analysis of balance and postural stability
- Anatomical and functional study
- Design of assessment protocols in sports biomechanics
- Factors to consider when planning biomechanical tests
- Introduction to sports technology
- Movement analysis and new technologies
- Technological future in sport
- Types of digital applications for anatomical and functional analysis
- Historical background: development of electromyography
- What is electromyography?
- Physiological basis of electromyography
- Electroneurography, or the study of nerve conduction velocity.
- Integration of electromyography with other biomechanical systems
- Concept of sports injury and its relevance
- Causes of sports injuries
- Phases of sports injury
- Factors influencing injury and healing
- Prevention of sports injury
- Pre-medical examination
- Psychology of sports injury
- Phases of injury recovery treatment
- Osteology of the lower limb
- Lower limb musculature
- Leg and thigh injuries
- Knee injuries
- Ankle injuries
- Foot injuries
- Anatomical review
- Thoracic and abdominal injuries
- Hip injuries
- Back injuries
- Anatomical review
- Shoulder injuries
- Upper extremity injuries
- Wrist and hand injuries
- Anatomical review
- Injuries to the skin as a result of sporting activities
- Syncope and sudden death in sportsmen and women
- Epistaxis
- Anaemia in athletes
- Menarche, dysmenorrhoea and sport
- Traumatic brain injury
- Eyelid and adnexal lesions
- Corneal erosions
- Mouth injuries
- Myology
- Different types of muscle tissue
- Main characteristics of muscle tissue
- Characteristics of skeletal muscle
- Elements and characteristics of muscle attachments
- Muscle tone and strength Main characteristics
- Muscle contraction Main characteristics
- The use of muscle energy
- Carbohydrates
- Fat in physical exercise
- Protein in physical exercise
- Vitamins
- Minerals
- Water in physical practice
- Physiology in the practice of physical exercise
- Characteristics of physical exercise
- Organic adaptations present during physical exercise
- Fatigue during physical exercise
- Water balance
- Water intake and elimination
- The functions of water during sport
- Fluid and electrolyte replenishment during sports practice
- Guidelines for proper fluid, carbohydrate and electrolyte replenishment
- Types of drinks recommended during sport
- Hyperthermia and dehydration Effects
- Beginnings of ergogenic techniques
- Lipids and carbohydrates as ergogenic aids
- Protein, amino acids and other nitrogenous substances used for ergogenic purposes
- Vitamins and minerals as a supplement
- Bicarbonate, citrate and phosphate
- Other substances used as ergogenic aid
- Doping
- Sports performance
- Influence of nutrition on sports performance
- Nutrition for training
- Nutrition for recovery
- Food education
- Caloric expenditure rates
- Carbohydrates and their requirements during sports activities
- Fats
- Protein and its requirements during sport
- Hypertrophy training
- Physical activity in childhood
- Physical activity in adolescence
- The practice of physical activity in adulthood
- Physical activity in old age
- How to apply precision nutrition?
- Personalised diets in consultation
- Nutrigenomics of sport
- Coaching Concept
- The origin of sports coaching
- Sports coaching: learning to flow