CHAPTER 3
ADAPTATION AEROBIC
&
ANAEROBIC EXERCISE
ANAEROBIC
CARDIOVASCULAR
ADAPTATION
DECREASED RESTNG BLOOD PRESSURE
SMALL INCREASE IN LEFT
VENTRICLE SIZE
DECREASED RESTING HEART RATE
DECREASED SUBMAXIMAL HEART RATE
SMALL INCREASE IN STROKE VOLUME
METABOLIC ADAPTATION
ATP-PCr SYSTEM
GYCOLYTIC SYSTEM
INCREASE BUFFERING CAPACITY
INCREASE AEROBIC CAPACITY
AEROBIC
INFLUENCE FACTORS
TYPE/TRAINING METHOD
FREQUENCY DURATION
INTENSITY OF TRAINING
INDIVIDUAL CAPACITIES
FITNESS LEVEL
GENDER
AGE
CARDIOVASCULAR ADAPTATION
HEART SIZE
STROKE VOLUME
HEART RATE
CARDIAC OUTPUT
BLOOD FLOW
BLOOD PRESSURE
BLOOD VOLUME
RESPIRATORY ADAPTATION
PULMONARY VENTILATION
PULMONARY DIFFUSION
ARTERIAL-VENOUS 02
METABOLIC ADAPTATION
LACTATE THRESHOLD OCCURS
AT A HIGHER % OF VO2 MAX
DECREASED RESPIRATORY
EXCHANGE RATIO