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goal identification
step 1: ____ ______
- determine desired outcome
- component of muscular fitness to be stressed
- mode of contraction most appropriate
- muscle groups to be stressed
specificity and individualization
what training principles occur during step 1 (goal identification)?
2
step ____: evaluation of initial strength or muscular endurance levels
- each muscle group to be used
- proper lifting techniques
specificity
what training principle is used in step 2 (evaluating strength/endurance)
3
step ____ : determination of the training cycle (periodization)
- prevention of boredom
- peaking
3
training principles during step ____ (determining training cycle)
- adaptation
- progression/retrogression/plateau
- individualization
4
step ____: design of a single session
- exercises to be included
- load
4
training principles in step ____: design of a single session
- specificity
- overload
- individualization
- warm-up and cool down
rest/recovery/adaption
at least 1 day of rest between sessions for same muscle group
alternate heavy and light days
high volume training may require 72 hour rest breaks
5%
elite athletes may increase their training volume by more than ____
maintenance
like aerobic maintenance, intensity is key, but total volume can decrease
greatest
for leg exercise, there is ____ increase in 1-RM with more sets of LB and less for UB
no
for arm exercise, there is ____ difference between 1-RM with more or less sets for the UB
7-15%
there is an increase in muscle CSA of ____ to ____ percent after 10-14 weeks of training
fast glycolytic
what fiber type has the greatest increase in muscle CSA?
- however all 3 fiber types will hypertrophy
increase
trained individuals have an ____ in peak force in all 3 muscle fiber types
CSA
trained individuals have increased ____ of all 3 muscle fiber types
neural adaptations
increased neural drive (to MU pools)
increased MU synchronization
inhibition of GTOs (allows more force to be exerted)
coordination of agonists, antagonists, synergists?
neural
an early increase in strength is due to _____ adaptations
metabolic adaptations
increased ability to produce ATP
increase in PC and glycogen stores (more readily available)
increased activity of creatine phosphokinase
hormonal adaptations
neuroendocrine system crucial for catabolism/anabolism
conflicting information on specific training adaptations
resistance: females
both males and females can benefit from _____ training however there is a larger % increase in muscle strength in the UE for _____
30%
what is the approximate strength gain for children following short-term resistance training programs (up to 20 weeks)?
no
is there a sex difference for resistance training adaptations in children?
adaptations
all age groups can experience _____ to resistance training
- male older adults and frail elderly experience the greatest strength increases
increase
older adults can _____ their muscle mass which decreases the risk of falls/mortality and their independence
increase in SO fiber size and possible transition in FG fibers to FOG
what are the 2 muscular adaptations to aerobic endurance training?
aerobic; strength
strength gains appear to be attenuated when ____ training is combined with _____ training
overtraining; resistance
possible mechanisms for muscular adaptations to concurrent training:
- _______
- residual fatigue from aerobic training limits ______ training
- molecular mechanisms (cell signaling and stimulation of different pathways may inhibit/interfere with certain pathways)
periodization
what is the solution to concurrent training (aerobic and strength training)?
strength
_____ is maintained longer than many other training adaptations
5-30%
there is a _____ to _____ percent decrease in strength reported with 30-32 weeks of detraining
greater
females have _____ strength decrements than males following 2 weeks of leg immobilization?
muscle mass
females retain more _____ ____ than males following 21 days of arm immobilization
- possible because they have less to begin with (less to lose)
decreased
females demonstrate ______ fatiguability during low-intensity contractions following disuse
longer
females take _____ than males to recover strength following disuse