Chronic Adaptations Flashcards
What are the aerobic respiratory chronic adaptations?
S-Increased lung volume* F-increased Tidal Volume (submax + max) F-decreased Respiratory Rate (submax + max) F-decreased ventilation (rest + submax) F-increased ventilation (max) F-increased ventilatory efficiency
S-increased alveolar-capillary interface*
F-increased pulmonary diffusion
What is the ‘goal’ of aerobic respiratory adaptations?
To increase oxygen intake
What is the ‘goal’ of the aerobic cardiovascular adaptations?
To increase oxygen transport
‘Changes in an athletes heart, blood vessels and blood’
What are the aerobic cardiovascular adaptations?(HEART)
S-increased left ventricular size* F-increased stroke volume F-decreased heart rate (rest + submax) F-decreased steady state heart rate F-decreased recovery heart rates F-increased cardiac output Q (maximal)
What are the aerobic cardiovascular adaptations? (BLOOD VESSELS)
S-increased capilarisation of skeletal muscles*
F-increase blood flow to skeletal muscles
What are the aerobic cardiovascular adaptations? (BLOOD)
S-increased blood plasma* S-increased red blood cell count* S-increased haemoglobin* S-increased high density lipoproteins* F-increased blood volume F-decreased low-density lipoproteins F-decreased blood pressure
What is the ‘goal’ of aerobic muscular adaptations?
To increase oxygen consumption and anaerobic energy production
Changes at a muscular level associated with enhanced oxygen uptake and consumption, through to the metabolic processes associated with aerobic energy production.
What are the aerobic muscular adaptations? (INCREASED OXYGEN UPTAKE)
S-increased capillarisation*
S-increased myoglobin*
F-increased a-VO2 diff
What are the aerobic muscular adaptations? (INCREASED OXYGEN UTILISATION)
S-increased size, number and surface area of mitochondria*
S-increased oxidative enzymes*
F-increased aerobic respiration
F-increases fat oxidation (rest and submax)
F-increased glycogen sparing (submax)
F-increased glycogen oxidation(maximal)
What are the anaerobic muscular adaptations? (INCREASED ENERGY SUBSTRATES AND ENZYMES)
S-increased ATP,CP, and glycogen stores*
S-increased glycolytic enzymes*
S-increased ATPase*
F-increased rate of anaerobic ATP energy (both Cp and Glycogen)
F-increased turnover of ATP (breakdown and resynthesis)
F-increased lactate tolerance
What are the anaerobic muscular adaptations? (NEUROLIGICAL ADAPTATIONS)
- increased synchronisation of motor units
- increased firing rates of motor units (neural drive)
- decrease neural inhibitory reflexes (Golgi tendon organs)
What are the anaerobic muscular adaptations? (HYPERTROPHY)
S-increased number and size of myofibrils*
S-increased contractile proteins*
S-increased size and strength of connective tissue*
F-increased force of contraction
F-increased speed of contraction
F-improved structure and function of tendons and ligaments.
What are the anaerobic cardiovascular adaptations?
S-increased thickness or the left ventricle wall
F-more forceful contraction of the heart
F-more forceful ejection of blood from the heart
What is the point of aerobic cardiovascular adaptations?(BLOOD VESSELS)
Increase in the density of capillaries that surround the working muscles. This will ultimately lead to an increase in the supply of oxygen and other nutrients.
Increased sites for gaseous exchange from blood to muscles.
What is the point of aerobic cardiovascular adaptations? (BLOOD)
Training leads to a number of changes related to the compositions of an athletes blood