Strength in rehab Flashcards

1
Q

AAROM

A

desirable for patient to perform limited voluntary activity

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2
Q

AROM

A

produce full ROM without assistance
maintain/increase ROM, improve movement patterns, help reduce atrophy

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3
Q

RROM

A

motion with resistance applied

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4
Q

Anti-gravity movement

A

body part is lifted against the force of gravity
type of resistance exercise

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5
Q

gravity assisted movement

A

movement where body part is helped by gravity
less work required by muscle
muscle is moving perpendicular to the floor in downward motion

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6
Q

gravity eliminated movement

A

muscle is parallel to the floor, perpendicular to gravity

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7
Q

isometric contraction

A

muscle is not moving through a ROM

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8
Q

concentric contraction

A

going through a shortening motion, produces force

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9
Q

eccentric contraction

A

lengthening motion, controls force, slows you down

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10
Q

what happens if strength, power or endurance are impaired

A

person will have active limitation or increased risk of injury

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11
Q

what needs to be done in a rehab setting

A

thorough evaluation of the patient
qualitative and quantitative baselines of strength, ROM, overall level of functioning
where in the program will strengthening be implemented with other therapeutic interventions

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12
Q

why do we use isometric exercises

A
  1. minimize muscle atrophy when joint mvt is not possible
  2. activate muscle to begin re-establish neuromuscular control
  3. develop postural and joint stability
  4. improve muscular strength when dynamic RT could compromise joint integrity or cause pain
  5. develop static muscular strength at particular ROM
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13
Q

what is the muscle setting with isometric exercises

A

low intensity isometric contractions performed against little to no resistance
used to decrease muscle pain ant spasm
promote relaxation and circulation after injury
used in acute stages of healing

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14
Q

what is a form of isometric exercise

A

stabilization exercise

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15
Q

what are stabilization exercises used for

A

improve postural stability or dynamic stability of a joint

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16
Q

what are rhythmic stabilizations and alternating isometrics

A

applied resistance in multiple directions to facilitate sequential muscle activation

17
Q

what are multi-angle isometrics

A

manual or mechanical resistance is applied at multiple joint positions within available ROM

18
Q

what is the goal of multi-angle isometrics

A

improve strength through ROM

19
Q

when do we use multi-angle isometrics

A

when dynamic resistance exercise is painful or inadvisable

20
Q

what % of muscle voluntary contraction is sufficient to improve strength

A

66-100%
33-66 there are some gains but improvement is slow

21
Q

10 sec hold (isometric)

A

2 sec rise, 6 sec hold, 2 sec release

22
Q

what happens with repetitive isometric contractions

A

decrease m. cramping
increase effectiveness of isometric goals

23
Q

what happens to resistance in isometric contractions

A

resistance must be progressively increased to overload the muscle

24
Q

what is included is dynamic activity

A

isotonic
isokinetic

25
Q

isotonic activity

A

change in muscle length
constant resistance throughout the exercises
speed of the movement will change

26
Q

isokinetic activity

A

changes in muscle length
velocity is controlled and maintained at a specific speed of movement
amount of resistance provided to the muscle varies as the muscle goes through a range

27
Q

what are the characteristics of isokinetic exercise

A

can train reciprocal muscles
compressive forces on the joint are less with faster velocities than at slow velocities
patient can still perform exercise even if fatigued
patient is able to eliminate painful arc

28
Q

what is a disadvantage to isokinetic exercises

A

isolates movement and m. , not sport sepcific

29
Q

what do the type of resistance exercise depend on

A

extent of impairments
stages of tissue healing
condition of joints and their tolerance to compression and movement
general physical and cognitive abilities of the patient
patient’s goals

30
Q

do we need open kinetic chain and closed to correct movement patterns

A

yes

31
Q

when to use OKC

A

when weight bearing is contraindicated
soft tissue pain and swelling or restricted ROM
develop isolated control and strength of weak m.
sport/activity requires it

32
Q

when to use CKC

A

promote dynamic stabilization and co-activation
provides greater proprioceptive and kinesthetic feedback
provides more joint stability
sport/activity requires it

33
Q

when are rapid gains is strength seen

A

in the first 3-5 weeks with a debilitated/deconditioned muscle

34
Q

how are goals for rehab set

A

depends on the patients long term goals and demands

35
Q

what % of strength is required to RTP in clinic

A

90%

36
Q

what is the common guideline for early rehab

A

increase weight by 5-10% when all prescribed reps and sets can be completed easily without significant fatigue

37
Q

what are good reps and sets in early rehab

A

6-15 reps for 2 sets then 3 sets of 20-25 at constant weight until gets easy, then increase weight and decrease reps

38
Q

what can the sets and reps depend on

A

the demands of the sport and ADL

39
Q

what are the guidelines for the progression of strength training

A
  1. change 1 parameter at a time (frequency, intensity, speed)
  2. begin with isometrics if required
  3. begin with concentric/eccentric resistance training asap, slow and controlled then increase speed
  4. begin plyometric exercises once patient has met appropriate requirements