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Macronutrients
IB Diploma Programme: Sports, exercise and health science - All themes
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Content
Notes
Theme A: Communication
The nervous system
The nervous system
Cardiac control
Breathing control
Thermoregulation
The endocrine system
Hormones and glands
Reproductive hormones and health
Maintaining homeostasis
Homeostasis
Transport
Cardiovascular values
Respiratory values
Theme A: Hydration and nutrition
Water and electrolyte balance
Intake and loss
Dehydration
Measures of water and electrolyte balance
Regulation of water and electrolyte balance
Cardiovascular drift
Fuelling for health and performance
Macronutrients
Nutritional strategies for macronutrients
LEA
Energy systems
The energy systems
Energy continuum
Oxidative system
Glycolytic system
Phosphagen system
VO₂ max
Theme A: Response
Qualities of training
Principles of training
Measuring baselines
Periodisation of training
Adaptive responses
Training programmes
Benefits to health of being active
Individual differences and activity
Energy balance
Effects of physical activity
Theme A: Higher Level (HL) only content
Maintaining homeostasis (HL)
Impact of environment 1 - Temperature and humidity (HL)
Impact of environment 2 - Altitude (HL)
Fuelling for health and performance (HL)
Micronutrients (HL)
The gut microbiome (HL)
Energy systems (HL)
Lactate inflection point (HL)
EPOC (HL)
Benefits to health of being active (HL)
Exercise intensity and injury (HL)
Physical and mental health for target groups (HL)
Fatigue and recovery (HL)
Origins of fatigue (HL)
Recovery from exercise (HL)
Other factors affecting recovery (HL)
Theme B: Generating movement
Human Skeleton
Structure and functions of the skeleton
Positional terminology
Movements
Planes
Axes
Movement patterns
Connective tissues and joints
Connective tissues
Types of joints
Muscular function
Motor units
Role of ATP
Muscle fibre types
Hypertrophy and atrophy
Types of muscular contraction
Antagonistic pairs
Levers in movement
Levers inside the body
Levers outside the body
Theme B: Forces, motion and movement
Newton's law of motion
Introduction to Newton's laws of motion
Stability
Net Forces: Vertical
Net Forces: Horizontal
Linear motion
Impulse
Angular motion and angular momentum
Fluid mechanics
Factors affecting the motion of projectiles
Movement analysis
Phases of movement
Theme B: Injury
Causes of injury
Intrinsic factors
Extrinsic factors
Acute trauma
Interventions related to injury
Methods of reducing the risk of injury
Injury treatment
Concussion treatment
Theme B: Higher Level (HL) only content
Anthropometry and body segments (HL)
Anthropometry and anthropometric databases (HL)
Sliding filament theory (HL)
Sliding filament theory 1 (HL)
Sliding filament theory 2 (HL)
Collisions (HL)
Coefficient of restitution (HL)
Friction (HL)
Work done (HL)
Work, power and energy (HL)
Fluid mechanics (HL)
Effect of environmental conditions (HL)
Buoyancy, lift and drag (HL)
Bernoulli principle (HL)
Magnus effect (HL)
Causes of injury (HL)
Chronic injuries (HL)
Theme C: Individual differences
Personality
Personality 1
Mental toughness
Mental toughness 1
Mental toughness 2
Theme C: Motor learning
Motor learning process
Information processing model
Ecological model
Open- and closed-loop theory
Schema theory and motor patterns
Phases of learning
Reaction time
Reaction time
Psychological refractory period
Strategies to improve response time
Transfer of learning
Transfer of learning
Attentional control
Attentional control
Self-talk, goal setting and attention
Theme C: Motivation
Achievement motivation
Achievement motivation
Goal orientation theory
Self-determination
Self-determination theory
Motivational climate
Mastery and ego climates
Theme C: Stress and coping
Arousal and anxiety
Arousal 1
Arousal 2
IZOF
Anxiety and Anxiety Theories
Measuring anxiety
Coping
Managing stressors
Self-talk
Theme C: Psychological skills
Goal setting
Types of goals
Theme C: Higher Level (HL) only content
Personality (HL)
Personality 2 (HL)
Mental toughness (HL)
Self-fulfilling prophecy (HL)
Learned helplessness (HL)
Attribution theory (HL)
Achievement motivation (HL)
Task and ego orientation (HL)
Self-determination (HL)
Six mini theories of self-determination (HL)
Coping (HL)
Controllable and uncontrollable stressors (HL)
Coping strategies (HL)
Goal setting (HL)
The goal-setting paradox (HL)
Imagery (HL)
Purpose of imagery (HL)
The PETTLEP model (HL)
Paivio's framework (HL)
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