264477
Beschreibung
Mindmap von frankie2896, aktualisiert more than 1 year ago
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Erstellt von frankie2896
vor mehr als 10 Jahre
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VO2 Max
- Physiology
- Higher percentage of
slow twitch muscle fibres
(type1).
- High Capillary Density
- High blood volume and
haemoglobin content.
- High Mitochondrial density
and myoglobin content
- Higher percentage of
slow twitch muscle fibres
(type1).
- Lifestyle
- All reduce VO2 values
- Smoking
- Poor Diet
- Leading a sedentary
lifestyle.
- Smoking
- All reduce VO2 values
- Genetics
- Studies on twins have suggested
that genetics account for 25 to 50
per cent of VO2 max scores.
- Studies on twins have suggested
that genetics account for 25 to 50
per cent of VO2 max scores.
- Gender
- The typical untrained male
VO2 max has a value of 3.5
litres/min
- A typical untrained
females VO2 max is
approximately 2
litres/min
- The typical untrained male
VO2 max has a value of 3.5
litres/min
- Training
- VO2 max can be
improved by 10 to 20
per cent following
training
- This gives vast
improvements in the
delivery and transport of
oxygen resulting in a higher
VO2 Max
- This gives vast
improvements in the
delivery and transport of
oxygen resulting in a higher
VO2 Max
- Continuous, fartlek and aerobic
training are the best types of
training methods for improving VO2
max.
- VO2 max can be
improved by 10 to 20
per cent following
training
- Body
Composition
- VO2 Max decreases as the % of body fat
increases. This is because fat is a non
functional weight that is just carried
around.
- VO2 Max decreases as the % of body fat
increases. This is because fat is a non
functional weight that is just carried
around.
- Age
- VO2 Maxx
decreases
with age.
- After the age of 25 VO2
max is thought to
decrease by 1% per year.
- Regular exercise will
help to slow down the
rate of decline
- VO2 Maxx
decreases
with age.
- Maximun Volume of
oxygen utlitsed in 1 min.
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