Chapter 5: Resistance Training Adaptations Flashcards

1
Q

adaptations which are responses to exercise, and are changes that occur in the body during and shortly after an exercise bout

A

acute adapataions

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2
Q

changes in the body that occur after repeated training bouts and persist long after a training session ends

A

chronic adaptations

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3
Q

this is key to inducing increases in muscle size and strength

A

overload

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4
Q

these two adaptations occur early in resistance training

A

quality of muscle protein, and neurological adaptations

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5
Q

hypertrophy in muscle is not usually seen until this long after training begins

A

8-12 weeks

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6
Q

This dictates a clients ultimate magnitude of muscle size increases

A

genetic factors

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7
Q

these drive chronic adaptations

A

acute adaptations

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8
Q

Small muscles depend more heavily on this to control force output, while large muscle ten to depend more on this

A

rate coding

recruitment

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9
Q

The increase seen in EMGs during a set of resistance training exercise reflects this

A

changes in motor unit recruitment and firing rates

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10
Q

T/F: motor units that innervate ST MU innervate fewer fibers than MU that innervate FT

A

T

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11
Q

motor unit recruitement is based on this

A

size principle

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12
Q

These have the largest diameter motor neurons, therefore require the greatest level of stimulation to be activated

A

FT

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13
Q

T/F: the body only uses ST during slow movements, and FT during fast movements

A

F

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14
Q

These metabolites are known potential causes of fatigue

A

hydrogen ions
inorganic phosphate
ammonia

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15
Q

this percent of ATP production during bodybuilding type resistance training comes from glycolysis

A

80%

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16
Q

T/F: Carbohydrates are not important for resistance training

A

F, carbohydrate need to be included in an adequate amount in the diet to replenish lost glycogen stores utilized during resistance training

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17
Q

Growth hormone and insulin are this type of hormone

A

peptide

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18
Q

this hormone increases fat and carbohydrate breakdown by the cell so that more ATP will be available for muscle contration.

A

Epinephrine

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19
Q

This hormone effects the CNS which may facilitate MU activation

A

epinephrine

20
Q

T/F: testosterone and GH concentrations are elevated with resistance training in males

21
Q

T/F: bouts that have higher volume and shorter rest periods have a weaker endocrine response than do bouts with lower volume and longer rest periods

A

F, Stronger

22
Q

T/F: large muscle mass exercises have a more powerful stimulus than do small muscle mass exercises on the endocrine system

23
Q

Chronic neural adaptations include

A

decreased cocontraction is likely, as well as enhanced recruitment, and rate coding as shown by EMG

24
Q

the simultaneous activation of an agonist and an antagonist during a motor task

A

co contraction

25
These types of MF show a greater degree of hypertrophy
Type II
26
Hypertrophy is atributed to these two things
size, and number of myofibrils within the MF
27
With respect to MF types, resistance training induces a fiber subtype shift from this type to this type of MF
type IIx to type IIa
28
T/F: Protein synthesis, and degradation increase after resistance training
T, this is seen in that less protein mass is gained than would be expected if degradation did not occur
29
In addition to hypertrophy, and enhanced protein quality of muscle tissue following chronic resistance training, this is also seen in the MF
Increase in the content of cytoskeletal and structural proteins in skeletal muscle
30
Resistance training has the following effects on tendon and ligaments
increases cross-sectional area, tendon stiffness
31
T/F: concentrations of phosphogens, and glycolytic enzymes increase with resistance training
F, while concentrations have not been show to increase, absolute levels of these enzymes do increase, leading to absolute muscle endurance likely increasing following resistance training
32
T/F: there is conflicting evidence to show a chronic increase in anabolic hormones following resistance training
T
33
T/F: resistance training has no beneficial effects on cardiovascular endurance
F, while not directly increasing VO2, RT does improve running efficiency, and increasing muscular strength and power, while not causing any negative effects on Vo2max
34
T/F: RT does induce increases in capillarizaion
T
35
These two cardio-respiratory variables decrease at the cellular level
myoglobin, and mitochondrial concentration
36
specificity in resistance training includes these variables
mode of exercise matching the mode of the event | Velocity specific
37
T/F: Force production capability of a given amount of muscle is affected by a persons sex
F, not
38
Sacropenia appears after this age
30
39
These aspects of muscle may also decline with age
mass, and quality
40
As individuals age they have a diminished ability to do these two things that pertain to resistance training
produce force | produce force rapidly
41
inappropriate levels of volume or intensity can lead to this
overtraining
42
To avoid overtraining these two things must be monitored
toleration and recovery from resistance training
43
Many overtraining syndromes are functions of this
rate of progression being to fast for the bodies physiological adaptations to cope with
44
two types of RT overtraining
overtraining of a muscle group | overtraining of the body
45
most effective cure for overtraining
Rest
46
the effects of detraining can be slowed down by this
the inclusion of a resistance training regime 1 to 2 times per week
47
T/F: symptoms of overtraining from resistance exercise are all negative
T