Training prescription for aerobic adaptation Flashcards

1
Q

What are the characteristics of an endurance athlete?

A
Goals 
Motivation
Commitment
Access to facilities
Available time to train
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2
Q

Describe option 1 for laboratory testing

A

Stepwise incremental exercise test to establish MLSS
Rest approx. 15 mins
Stepwise or ramp incremental to establish VO2max

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3
Q

What are the considerations for option 1?

A

Starting power output
Alterations for certain exercise modalities
Length of each stage

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4
Q

Describe option 2 for laboratory testing

A

One continuous step-wise incremental test to exhaustion

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5
Q

What are the considerations for option 2?

A

Starting power output
Length of each stage
Important to estimate length of whole test
Alterations for certain exercise modalities

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6
Q

What are the advantages and disadvantages of laboratory testing?

A

Optimal measurements of variables
Stable, controlled environment

Impact on training routine
Often cost attached
May be difficult for athletes to access laboratory testing

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7
Q

What are the advantages and disadvantages of field based testing?

A

Accessible for the athlete
Time/cost efficient

Control of confounding factors
Impact on training
Mental burden

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8
Q

What two items does prescribing effective endurance training require?

A

Pace/power at LT2

Pace/ power at VO2max

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9
Q

What are the major training principles?

A

Cardiorespiratory fitness
Muscular strength
Muscular endurance
Body composition

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10
Q

What are the cardiovascular adaptations during HIT/zone 3 training?

A

Mechanical stress on myocardial tissue
Left ventricular hypertrophy
Increased SV

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11
Q

What are the cardiovascular adaptations during LIT/zone 1?

A

Increased total blood volume
Increased EDV
Increased SV

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12
Q

What are the peripheral adaptations during HIT/zone 3 training?

A
Increased capilliarisation of skeletal muscle
Increased type 1 fibres
Increased mitochondrial biogenesis
Increased fat oxidative capacity
Increased GLUT 4 and increased glycogen
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13
Q

What are the peripheraladaptations during LIT/zone 1?

A

Increased type 1 fibres
Increased mitochondrial biogenesis
Increased fat oxidative capacity
Increased GLUT 4 and increased glycogen

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14
Q

Describe a typical HIT session

A

Aim: accumulate 15-30mins of work @ LT2
5x5mins hard @ 95-100% VO2 max / 120% LT2 pace
3x15mins of 30 seconds ON, 30 seconds easy

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15
Q

Describe a typical threshold session

A

Aim: accumulate 60-90mins @ power/pace between LT1 and LT2
3x30mins @ 90% LT2
4x15mins @ 100% LT2

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16
Q

Describe a typical easy session

A

4-6 hours non-weight bearing
2-3 hours for running
‘double days’

17
Q

Describe a traditional model of endurance training

A

50 - 60% of training at low intensity
35 - 45% of training at medium intensity
5 - 10% of training at high intensity

18
Q

Describe a polarised model of endurance training

A

75 - 80% of training at low intensity
0 - 5% of training at medium intensity
15 - 20% of training at high intensity

19
Q

Describe a threshold model of endurance training

A

20% of training at low intensity
60% of training at medium intensity
20% of training at high intensity

20
Q

How would you choose the appropriate model?

A

Time stressed - threshold
10 - 20 hours - traditional
30 hrs - polarised (elite)

21
Q

Describe how you would monitor endurance training on a day to day basis

A
Capillary BLa in training sessions
External load; power output or pace
Internal load; HR
Training stress score (TSS)
Training impulse (TRIMP)
RPE; session RPE (1-10) x duration (mins)
22
Q

Describe a microcycle, mesoscycle and macrocycle

A

Micro - a small collection of training sessions
Meso - typically 3-4 weeks in length (incl. recovery)
- re-test at end of each mesocycle
Macro - overall cycle that leads to a performance peak

23
Q

What two things can you do near competition?

A

Tapering - reduction in training load

Peaking - slam athlete - 7 days consecutive HIT followed by 5 days of easy

24
Q

What would you do if the gains dry up?

A

Block periodization
Carbohydrates periodization
Altitude training

25
Q

Describe block periodization

A

The grouping together of sessions with the same goal to enhance stimulus for a particular adaptation
VO2max increased

26
Q

Describe altitude

A

Go to between 2000 - 2500 meters
Increased erythropoietin - stimulates production of RBCs
Leads to increased haematocrit - ratio of RBCs to TBV
Increased a-v(O2)max

27
Q

Describe low CHO availability

A

Easy zone don’t use much CHO so don’t consume much CHO