Long Term Effects of Exercise Flashcards

1
Q

What are the long-term effects of exercise on the muscular system?

A
  • Muscular hypertrophy
  • Increased myoglobin stores
  • Increased size and number of mitochondria
  • Increased strength
  • Increased lactic acid tolerance
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2
Q

What are the long term effects of exercise on the CV system?

A
  • Cardiac hypertrophy
  • Increased capillarisation
  • Quicker recovery rate
  • Increased elasticity of muscular walls in blood vessels
  • Increased red blood cells
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3
Q

What are the long-term effects of exercise on the respiratory system?

A
  • Increased alveoli
  • Increased strength of diaphragm and intercostal muscles
  • Increased tidal volume
  • Increased vital capacity
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4
Q

What are the long term effects of exercise on the skeletal system?

A
  • Increased bone density

- Stronger ligaments and tendons

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5
Q

Muscular hypertrophy- slow twitch muscle fibres

A
  • Benefits activities that need muscular endurance
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6
Q

Muscular hypertrophy- fast twitch muscle fibres

A
  • Benefits strength/power activities
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7
Q

Increased myoglobin stores

A
  • Improves oxygen supply to muscles
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8
Q

Increased size and number of mitochondria

A
  • Produces more energy aerobically
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9
Q

Increased strength

A
  • Increases amount of force that can be applied against resistance
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10
Q

Increased lactic acid tolerance

A
  • Reduces muscle fatigue, delaying the need to reduce intensity of work
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11
Q

Cardiac hypertrophy

A
  • Decreases in resting heart rate
  • Increase in resting stroke volume
  • Increased cardiac output
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12
Q

Increased capillarisation

A
  • Increases ability to carry oxygen to working muscles

- Increases rate of removal of CO2

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13
Q

Increased elasticity of muscular walls in blood vessels

A
  • Drop in resting blood pressure

- Good for health as reduces chance of CHD

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14
Q

Increased red blood cells

A
  • Increased oxygen delivery to working muscles
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15
Q

Increased alveoli

A
  • More sites for gaseous exchange
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16
Q

Increased strength of diaphragm and intercostal muscles

A
  • Air can be inspired and expired more forcibly
  • Helps with efficiency of breathing
  • Increases size of rib cage
17
Q

Increased vital capacity

A
  • More air can be inspired

- More oxygen is extracted from the air that is inspired

18
Q

Increased tidal volume

A
  • More air can be inspired and expired, making it more efficient
19
Q

Increased bone density

A
  • Stronger bones- less chance of breaks/fractures/osteoporosis
20
Q

Stronger ligaments and tendons

A
  • Better joint stability- less likely to dislocate/get an overuse injury