Interval Training (Aerobic) Flashcards

1
Q

Physiological based training intensity zones: zone 1

A

-building aerobic base
-endurance training
-sustainable for long period of time

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2
Q

Physiological based training intensity zones: zone 2

A

-higher speed/tempo
-increase tempo adaptations (speed)
-running longer at higher intensity

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3
Q

Physiological based training intensity zones: zone 3

A

-interval training (you cannot maintain your zone 3 HR for a period of time)

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4
Q

define high intensity interval training

A

a single session typically consists of brief, repeated bursts of hard work seperated by short periods of rest or low intensity exercise

(allows for decreased volume of training at a higher intensity)

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5
Q

what intensity does HITT work in?

A

vigourus but submaximal & near maximal to all out

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6
Q

9 variables to manipulate in interval training

A
  1. intensity
  2. work modality
  3. duration
  4. # of series
  5. series duration
  6. time between series
  7. between series recovery intensity
  8. # of reps in series
  9. exercise selection
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7
Q

examples of interval training: sprints

A

90% HRR+-intervals are all out

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8
Q

examples of interval training: HITT

A

-not quite all out
-work intervals are 2min or less

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9
Q

examples of interval training: Contnious training

A

40-60% HRR

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10
Q

aerobic interval training: work periods

A

-all work and rest periods should be >2 min

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11
Q

aerobic interval training: training a novice

A

-start with a longer rest than work period and gradually increase the work period to try to equal the rest period

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12
Q

aerobic interval training: training and advanced athlete

A

-not as effective as training in tempo for an endurance athlete
-tempo running more efficient for increasing speed for those training for 10km+

(ex) An athlete has a personal best of 22min for 5km… 4min 24 sec/km.
-start them running 1 km in 4 min then walk 2 min. Rest period can decrease as their fitness increases

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13
Q

interval training vs endurance training on VO2 max & anaerobic capacity

A

-both protocals had significant increase in VO2 max
-only the interval training protocal resulted in a significant increase in anaerobic capacity

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14
Q

interval vs endurance pro & cons

A

pro
-interval training takes far less time then endurance training to achieve simliar benefits to VO2 max

con
-tabata can only be done at 4 week w/ 2 week break as VO2 max plateaus after the 4 weeks

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15
Q

does modality matter in interval training to increase VO2 max?

A

no

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16
Q

adaptations with HITT (7): increases

A

-VO2 peak
-HDL
-cardiac function
-abdominal fat loss
-enjoyment
-quality of life

17
Q

adaptations with HITT (4): decreases

A

-systolic BP & diastolic BP
-triglycerides
-fasting glucose
-oxidative stress & inflammation

18
Q

HITT program considerations (5)

A
  1. total duration of work intrevals should be <12 min
  2. intensity vs time trade offs: vig. intensity suits longer duration intrevels >60 sec.
    Maximal to supra max suits shorter intrevels <60 sec.
  3. fitness trade offs- deconditioned/sedentary suit lower intensity & shorter duration
  4. modality
  5. warm up/cool down
19
Q

Is there a minumum fitness requirement for HITT?

A

yes, should be >6 weeks of training before engaging in HITT or >12 weeks if they are deconditioned

20
Q

HITT design components: Work interval (3)

A
  1. usually determined by time or distance
  2. intensity is key factor in determining which energy system is used
  3. the time or distance will depend on which energy system you target
21
Q

HITT design components: rest interval (4)

A
  1. rest time determines on how long it takes to revocer from the work
  2. work: rest ratios based on energy systems
    -Creatine phosphate: 1 min rest: 10 metres sprinted (1:20 to 1:45 w:r ratio)
    -Combined gylcolytic & oxidative system: work 1-3 min involve both energy systems (1:2 or 1:4)
    - Glycolytic: work intervals of 15-90 sec, ratio is 1:5
    - Oxidative system: any work >3min has w:r ratio of 2:1 going up to 1:2
  3. Goal is peak power, so you must take long rests
  4. Active rest, keep moving to push blood through, decrease lactate build up.
22
Q

Other HITT considerations (3)

A
  1. type of rest
  2. number of reps/sets (determines total training volume)
  3. frequency of training
23
Q

working and recovery HR & RPE change

A

HR increases in the work intrevals & may not increase much in the mid-later cycles

Recovery HR will take longer to lower

RPE will increase the more intervals you do

24
Q

Interval traininf within CPT guidelines

A

-intensity should be no higher than <90%HRmax or <85% HRR & shouldn’t be <17/20 RPE
-Regular training plan, interval training would typically replace one or two continuous aerobic workout per week
-warm up/cool down

25
Q

HITT Pro (5)

A
  1. time efficient
  2. develops aerobic capacity (vo2max)
  3. sport specific training
  4. body composition
  5. it works!
26
Q

HITT con (5)

A
  1. its hard & uncomfortable
  2. Need to figure out what works (w:r ratio for each individual
  3. increased muscle fatigue & post exercise muscle soreness
  4. increased risk of injury
  5. increased need to mental concentration