The ability to meet the demands that the environment places on the body
Exercise
Physical activity done in addition with activity in everyday life
Health benefits of exercise
Improves cardiovascular endurance
Improves physical appearance
Reduces obesity
Strengthens heart and lungs
Social benefits of exercise
Provides opportunities to socialise and make friends
Reduces stress levels
Enables a person to control emotions
Mental benefits of exercise
Improves self-confidence
Encourages teamworking skills
Ensures that essential human needs are provided for
Diet manipulation
When top performers plan their exact diet including when they will eat in order to get the biggest advantage from the food that they eat
Protein intake
Protein works to repair muscle tissues and build muscle
Some athletes take in protein to increase protein synthesis and therefore muscle growth and repair
Protein should be an average of 20% of our daily intake which can be through eggs, salmon
Carbohydrate loading
Increases the amount of carbohydrates stored as glycogen in the muscles meaning that more energy is ready for performers during activity
Carbohydrate loading process
4 days before an event, the athlete will reduce their exercise, reduce their intake of fibre and increase their intake of carbohydrates, leading to optimum performance for longer
Carbohydrates should be 60% of the daily diet and can be consumed through bread, rice, potatoes and pasta
Trans fats (e.g. sausages, butter, cake, takeaway food)
Monounsaturated and polyunsaturated fats
Provide essential acids and maintain the body's cholesterol level
Saturated and trans fats
Increase the cholesterol levels in blood which increases risk of coronary heart disease
Fats are a major energy source for low intensity, endurance exercise, but it takes the body longer to process it because lots of oxygen is required
Fats should be 15-25% of the daily intake which can be consumed through milk, avocados, olive oil and nuts
Minerals
Macrominerals (needed in large amounts, e.g. calcium and potassium)
Trace elements (needed in very small quantities, e.g. iron and zinc)
Minerals can be lost through sweating, so a sports person should ensure these get replaced
Iron
The essential mineral of haemoglobin, which carries oxygen in the blood
Calcium
Essential for bone and teeth, a deficiency could mean greater chance of osteoporosis and bone fractures
Minerals can be found in milk, broccoli, red meat, nuts, bananas, white meat
Warm-up
1. Heart raising
2. Stretching
3. Joint mobility
4. Sport-specific exercises
Purpose of warm-up
Increase heart rate
Get body ready so you can exercise for longer without fatigue
Prepare mentally for a workout
Increase flexibility
Reduce risk of injury
Increase body temperature
Warm muscles up
Cool-down
1. Heart rate reducing
2. Stretching and mobility
3. Refuelling
Additional recovery methods include ice baths, warm baths and massages
Stretching methods
Static stretching
Passive stretching
Dynamic stretching
PNF stretching
Static stretching
The performer applies internal force from another muscle group to stretch and lengthen the muscle
Passive stretching
Another person or an object is used to carry out the stretch
Dynamic stretching
Carried out whilst moving, such as heel flicks to stretch out the quadriceps
PNF stretching
Requires a partner to provide assistance. The performer stretches their muscle to the greatest range of movement and then the partner holds the muscle for around 6-10 seconds. This technique works by stopping the stretch reflex from happening.
Refuelling is crucial in a cool-down because it is vital that carbohydrates and water are replaced quickly after exercising