Glycogen loading and altitude training Flashcards

1
Q

What is glycogen loading?

A
  • Dietary manipulation
  • Endurance events -> build up on glycogen stores so triglycerides can be a last resort
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2
Q

How long does the old version of glycogen loading take?

A

1 week

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3
Q

What occurs on days 6-4 of old glycogen loading

A

High intensity training, with a low carb intake - to deplete muscle glycogen stores!!

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4
Q

What occurs on days 3-1 of old glycogen loading?

A

Tapering on training programme, to super compensate on glycogen and water. (This doubles glycogen stores)

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5
Q

Give 2 disadvantages of old glycogen loading

A
  • Heavy/sore legs (DOMS)
  • Lethargic/bloated due to high amounts of glycogen and water on board
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6
Q

How long does the new version of glycogen loading take?

A

1 day

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7
Q

What is the new version of glycogen loading?

A

A performer works at a high intensity for three minutes, which opens up a carbowindow for 2 hours

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8
Q

What is the carbowindow

A

2 hours following exercise, where carbohydrate intake should be significant

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9
Q

Why is the new version of glycogen loading better

A

As a performer doesnt have to ‘taper’ their training programme prior to an event.

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10
Q

Which is better, the new or old version?

A

Old version, as the three minutes of intense exercise in new version could lead to injury the day before the event.

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11
Q

Define tapering

A

Reducing the amount of training/intesnity prior to competition

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12
Q

Define super compensation

A

Storing more glycogen than normal

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13
Q

How far above sea level should altitude training occur?

A

2500m

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14
Q

What is altitude training used for?

A
  • To improve VO2 max
  • To increase endurance levels
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15
Q

Why do athletes train at altitude

A

As there is a lower partial pressure of oxygen in the air (at 5000m it is 50% lower)

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16
Q

How does the body adapt to the lack of oxygen at altitude?

A

By breathing quicker and depper to increase blood concentration levels (RBC’s), HR also increases to limit fatigue

17
Q

Give 3 advantages of altitude training

A
  • Increased number of RBC’s therefore more haemoglobin
  • O2 carrying capacity increases
  • Increased performance during endurance events due to increased energy production
18
Q

Give 3 disadvantages of altitude training

A
  • Difficult to train due to lack of oxygen - detraining may occur
  • Hypoxia (altitude sickness)
  • Benefits are soon lost at sea level