cscs anaerobic training adaptations Flashcards

1
Q

phosphagen or creatine phosphate system length

A

less than 10 seconds

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2
Q

anaerobic glycolysis length

A

30-90s

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3
Q

fastest way to get ATP

A

phosphagen system

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4
Q

phosphagen system molecules to create atp

A

PCr + ADP = ATP

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5
Q

anaerobic glycolysis molecules

A

glucose to pyruvate to lactate

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6
Q

phosphagen system
work interval
W:R

A

5 - 10 seconds

1:12-1:20

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7
Q
fast glycolysis (anaerobic glycolysis) 
work interval 
W:R
A

15 - 30 seconds

1:3 - 1:5

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8
Q

fast glycolysis / oxidative *
work interval
W:R

A

1 - 3 minutes

1:3 - 1:4

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9
Q

oxidative
work interval
W:R

A

more than 3 min

1:1 - 1:3

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10
Q

if a 25 year old female soccer midfielder is doing 30 second sprint intervals, how long should she rest for?

A

30 seconds = anaerobic / fast glycolysis
anaerobic w:r = 1:3 - 1:5

she should rest 1.5 minutes - 2.5 minutes

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11
Q

an 18 year old high jumper is doing 5 second lateral bounds, he should rest for…?

A

5 seconds = phosphagen system
W:R = 1:12 - 1:20
rest for: 1min- 100 seconds

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12
Q

what is the first thing to improve with resistance training? (around 8 weeks)

A

nervous system

  • increased activation of motor units (1 motor unit = 1 nerve + muscle fibers it innervates)
  • faster rate of firing by nerves
  • better timing/synchronicity of force
  • gto suppressed
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13
Q

size principal

A

motor units activated from smaller to larger

type 1 to type 2a to type 2x

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14
Q

hypertrophy’s cross sectional area is decreased or increased?

A

increased

  • more actin and myosin/more myofribrils
  • DOES NOT increase the number of muscle cells
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15
Q

does anaerobic energy systems increase or decrease:

storage of atp/ creatine

A

increase

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16
Q

does anaerobic energy systems increase or decrease:

phosphate

A

increase

17
Q

does anaerobic energy systems increase or decrease:

h+ buffering

A

increase

18
Q

does anaerobic energy systems increase or decrease:

glycogen stores

A

increase

19
Q

does anaerobic energy systems increase or decrease:

sarcoplasmic reticulum density

A

increase

20
Q

does anaerobic energy systems increase or decrease:

t-tubule density

A

increase

21
Q

does anaerobic energy systems increase or decrease:

Na / K ATPase activity

A

increase

22
Q

does anaerobic energy systems increase or decrease:

mitochondrial density

A

decrease

23
Q

does anaerobic energy systems increase or decrease:

capillary density

A

decrease

24
Q

does anaerobic training increase mitochondria?

A

no

25
Q

osteoblasts

A

bone building cells deposit collagen into bone in response to strain

26
Q

collagen type 1

A

more in bone, tendon, ligaments

27
Q

collagen type 2

A

cartilage
lacks blood supply
poor healing

28
Q

what does anaerobic training do to the left ventricle?

A

make the left ventricle wall thicker

29
Q

overtraining

A

long term decrease in performance

30
Q

acute fatigue

A

days to recover

31
Q

functional overreaching

A

short decline in performance
can be beneficial, then taper
days to weeks to recover

32
Q

non-functional overreaching

A

not enough recovery
plateau and disinterest of athlete
weeks to months to recover

33
Q

overtraining syndrome

A

burnout
increase in sympathetic tone (increase hr at rest)
then, parasympathetic suppression of systems

34
Q

detraining

A

decreased performance after stopping or decreasing training

35
Q

does anaerobic training increase or decrease recruitment of motor units?

A

increase

36
Q

does anaerobic training increase or decrease rate of firing of motor units?

A

increase

37
Q

does anaerobic training increase or decrease total area of the neuromuscular junction?

A

increase