Please enable JavaScript.
Coggle requires JavaScript to display documents.
CHRONIC ADAPTATIONS - Coggle Diagram
CHRONIC ADAPTATIONS
Aerobic
Respiratory
Structural
Increased total lung volume and vital capacity
Greater Membrane Surface Area
Greater oxygen consumption
Increased #[aveoli]
Functional
Increased Ventilation
Greater (pulmonary) diffusion
Increased tidal volume
Increased ventilatory Efficiency (& VO2 max)
Greater oxygen consumption
(@maximal
)
Cardiovascular
Structural
Greater cross-sectional area of blood vessels
Greater capillarisation
Fewer low-density lipids
More high-density lipids
More blood plasma
More total haemoglobin
Functional
Lower resting blood pressure (systolic)
Lower lactate concentrations
Greater oxygen transport
Less cholersterol
Bradycardia
Better thermoregulation
Muscular
Structural
(slight) increase in myoglobin (transport O2 to mitochondria)
Increased size/number/surface area of mitochondria
Greater size and aerobic capacity of slow-twitch muscle fibres
Increased Fuel stores (free fatty acids & glycogen)
Greater activity and concentration of oxidative enzymes
Functional
Greater aerobic capacity of muscle site/s
Improved muscular endurance
Increased oxidation of fats/glycogen
Resistance
Neural
Muscular
Hypertrophy
More and larger myofibrils
More contractile proteins
Myosine + actine
Increased size/strength connective tissues
Anaerobic
Cardiovascular
Increased left centricle wall thickness
blood leaves more forcefully
Muscular
Inceased glycolitic enzymes
Increased ATP fr/glycogen
Increased ATPase
Increased turnover of ATP
Increased glycogen stores
Increased utilisation glycogen fuel
Increased tolerance of metabolic by-products
Increased ablity to work at higher intensities for longer
Increased ATP/CP stores
Increased ATP-CP system capacity
Hypertrophy of fast-twitch fibres
Greater force production