Gradual reduction of workload e.g. light jogging and stretching - maintain an elevatedbreathingrate / heartrate (EPOC) and ensure good blood flow - prevent blood pacing - reduce lactic acid to prevent DOMS
DOMS
Delayedonsetmusclesoreness
Manipulation of diet
Rehydrate and replace fluids lost during exercise
Carbohydrate loading increases the intake of complex carbohydrates before endurance sports
Simple carbohydrates during and after sports to boost performance and aid recovery
Protein is required to provide the body with the nutrients it needs to heal muscle tears quickly and build muscle after exercise
Protein will increase hypertrophy
Massage
Immediately after intense exercise will reduce DOMS
Massage will increaseblood flow to a sore area, speeding up the recovery/healing process and reducing pains
Allows performer to recover quicker from the training
Ice bath
Flush the lactic acid away from the working muscles
Causes the blood vessels to constrict, forcing the lactic acid out
Performers will stay in the bath for between 5-20 minutes
Out of the bath, vessels will vasodilate and bring fresh, oxygenated blood to the muscles
Assist in preventing DOMS and reducing swelling
How quicker recovery can help an athlete improve
More frequent training
Immediate effects of exercise
Sweat
Skinreddens
Increased heart rate
Hotter body temperature
Breathe more frequently and deeply
Short-term effects of exercise
Musclecramps
DOMS
Very tired
Possibly fatigued
Light-headed
Nauseous
Muscleache
Long-term effects of exercise
Bradycardia: resting heart rate decreases
Body changes shape: exercise helps keep body weight down
Improvements in specific components of fitness e.g. increased strength, muscular endurance, speed etc
Stamina (ability to exercise for longer) will improve
Muscles will increase in size: hypertrophy
Heart will increase in size: hypertrophy so cardiac output increases