Rehabilitation Week 2 Flashcards

1
Q

Forms of human movement

Physical activity (_____ movement)

Resistance exercise (force applied against an _____ resistance)

Aerobic exercise training: walking, steady state, long _____ distance, fartlek (_____ play), interval

A

Physical activity (unstructured movement)

Resistance exercise (force applied against an external resistance)

Aerobic exercise training: walking, steady state, long slow distance, fartlek (speed play), interval

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2
Q

Terminology

Volume: a measure of the _____ of work peformed

Intensity: a measure of the _____ of work performed

_____ relationship between volume and intensity

Frequency: a measure of how _____ one trains

A

Volume: a measure of the quantity of work performed

Intensity: a measure of the quality of work performed

Inverse relationship between volume and intensity

Frequency: a measure of how often one trains

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3
Q

Principles of exercise rehabilitation

After an acute injury:

Control _____ and secondary _____ reaction

RICER: _____ > _____ activity > _____ > _____ > _____ > referral

_____ pain

Maintain CRF (_____ _____ form)

A

After an acute injury:

Control inflammation and secondary hypoxic reaction

RICER: Protect > restrict activity > ice > compression > elevation > referral

Control pain

Maintain CRF (Case report form)

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4
Q

Periodisation cycles

Workouts (_____/_____)

Microcycle (__ week)

Mesocycle (training block or cycle __-__ weeks)

Macrocycle (_____ training period e.g. _____)

A

Workouts (hours/minutes)

Mircocycle (1 week)

Mesocycle (training block or cycle 3-4 weeks)

Macrocycle (complete training period e.g. season)

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5
Q

Periodisation

The _____ variation in training methods, volume, _____ (load) and duration of effort designed to bring about optimal _____ at the appropriate time

A

The planned variation in training methods, volume, intensity (load) and duration of effort designed to bring about optimal performance at the appropriate time

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6
Q

Periodisation

General guidelines:

Work back from the _____ or return to sport/work

Increase _____ intensity or duration

Periodisation tools to consider - Strava, _____ peaks, etc

Methods: increase workload by ~__% or up 2-3, __ back

A

General guidelines:

Work back from the competition or return to sport/work

Increase either intensity or duration

Periodisation tools to consider - Strava, Training Peaks, etc

Methods: increase workload by ~2% or up 2-3, 1 back

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7
Q

Flexibility and ROM

After injury _____ is critical to healing but the longer it is immobilised, the longer it takes for the tissues _____ to be restored.

A

After injury immobilisation is critical to healing but the longer it is immobilised, the longer it takes for the tissues flexibility to be restored.

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8
Q

Flexibility and ROM

Immobilisation increases _____ of collagen

Early _____ increases collagen strength

Immobilised muscles _____, adhesion to fascia occur as well as a host of _____ changes

Limited weight bearing of articular cartilages _____ degeneration and may _____ repair

A

Immobilisation increases mal-alignment of collagen

Early remobilisation increases collagen strength

Immobilised muscles atrophy, adhesions to fascia occur as well as a host of metabolic changes

Limited weight bearing of articular cartilage decreases degeneration and may increase repair

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9
Q

Mechanical properties

_____: the ability of a structure to return to its normal length after application of an elongation force or load

_____: is the resistance to an outside force the causes a fluid-like, permanent deformation

_____: ability to resist a change of shape when to an outside load but inability to completely revert to previous state

_____: the ability of a substance to undergo permanent change in size and shape

_____: elongation of a tissue which occurs over constant low level loading

_____: force that changes shape

_____: amount of deformation a structure undergoes when force is applied

_____: repetitive stretching increases temperature and ROM (PNF)

A

Elasticity: the ability of a structure to return to its normal length after application of an elongation force or load

Viscosity: is the resistance to an outside force the causes a fluid-like, permanent deformation

Viscoelasticity: ability to resist a change of shape when to an outside load but inability to completely revert to previous state

Plasticity: the ability of a substance to undergo permanent change in size and shape

Creep: elongation of a tissue which occurs over constant low level loading

Stress: force that changes shape

Strain: amount of deformation a structure undergoes when force is applied

Hysteresis: repetitive stretching increases temperature and ROM (PNF)

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10
Q

Muscles spindles

Lie between the _____ muscle fibres

sensitive to _____

Muscle fibres containing muscles spindles are _____ muscle fibres

Less = more _____ movements

A

Lie between the extrafusual muscle fibres

Sensitive to stretch

Muscle fibres containing muscle spindles are intrafusal muscle fibres

Less = more precise movements

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11
Q

Golgi tendon ogans

GTOs are sensitive to _____ and tension in muscle

Located at the _____ junctions

Contain __ nerves

When stimulated the GTO inhibits the _____ motor neuron of its own muscle and activation of the _____

A

GTOs are sensitive to contraction and tension in muscle

Located at the musculotendinous junctions

Contain 1b nerves

When stimulated the GTO inhibits the alpha motor neuron of its own muscle and activation of the antagonist

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12
Q

Stretching techniques

S_____

D_____

B_____

PNF - Proprioceptive neuromuscular facilitation, contract-relax, _____-_____-_____-_____ (CRAC)

A

Static

Dynamic

Ballistic

PNF - Proprioceptive neuromuscular facilitation, contract-relax, contract-relax-antagonist-contract (CRAC)

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13
Q

Stretching techniques: Contract-relax

Contract muscles in position of _____

Relax and stretch further

Repeat starting from position of _____ stretch

A

Contract muscles in position of stretch

Relax and stretch further

Repeat starting from position of greater stretch

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14
Q

Stretching techniques: CRAC

_____ muscle in position of stretch

Relax and stretch further while contracting the stretched muscle’s _____

Repeat starting from position of _____ stretch

A

Contract muscle in position of stretch

Relax and stretch further while contracting the stretched muscle’s antagonist

Repeat starting from position of greater stretch

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15
Q

PNF stretching explained

1) _____ inhibition occurs when the GTOs sending inhibitory facilitation because the muscle either contracts or stretches
2) _____ inhibition - one muscle contracts, the other relaxes
3) _____ properties succumb to creep
4) the _____-_____ theory of pain. Pain sensitivity _____ over time.

A

1) autogenic inhibition occurs when the GTOs sending inhibitory facilitation because the muscle either contracts or stretches
2) reciprocal inhibition - one muscle contracts, the other relaxes
3) Viscoelastic properties succumb to creep
4) the gate-control theory of pain. Pain sensitivity decreases over time

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16
Q

Benefits of stretching

F_____

ROM

R_____

May _____ injury risk but can decrease other _____ attributes

A

Flexibility

ROM

Relaxation

May prevent injury risk but can decrease other physical attributes

17
Q

Other techniques for ROM and flexibility

M_____

H_____

Foam _____

Tennis Balls

M_____

A ______ would be ideal

A

Massage

Heat

Foam rolling

Tennis Balls

Manipulations

A combination would be ideal

18
Q

Measuring flexibility and ROM

_____ measure

G_____

E_____

_____ analyses

_____ and _____ bench

A

Tape measure

Goniometers

Electrogoniometers

Biomechanical analyses

Sit and reach bench

19
Q

Flexibility and ROM

Hold stretch for at least __-__ seconds

May need to hold for up to __ minutes for contractures

Static stretching seems to be the optimal method for increasing _____ in the long term

A

Hold stretch for at least 15-45 seconds

May need to hold for up to 20 minutes for contractures

Static stretching seems to be the optimal method for increasing flexibility in the long term