CP - Written Midterm Flashcards

1
Q

What are our primary tools to assess patients

A
  1. eyes

2. hands

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2
Q

__________ posture pattern is a pattern that alternates in direction from area to area

A

Compensate

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3
Q

The most common observed pattern is: ___ ____ _____ ____ is the CoC1 joint

A

left- right - left- right

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4
Q

___________ posture pattern is a patter that doesn’t alternate

A

uncompensate

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5
Q

_________ patters arise from trauma, represent neg. adaptive modifications. Adaptation potential is minimal or absent.

A

uncompensated

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6
Q

Hypertonic refers to a muscle that is usually _______ and has a ________ threshold

A

shorterened , lowered threshold

  • it will contract sooner/ faster
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7
Q

hypotonic refers to a muscle that is ______ and has a ________ threshold

A

lengthened, raised

  • it will contract slower or not at all
  • other muscles will help
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8
Q

synergist muscles help a ___________ muscle

A

hypotonic

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9
Q

List the muscles prone to HYPERactivity (18)

A
  1. gastroc, soleus
  2. tibialis posterior
  3. hip adductors
  4. Medial & lateral Hamstring
  5. Rectus femoris
  6. Iliopsoas
  7. Tensor fascia latae
  8. QL
  9. piriformis
  10. Erector Spinae group
  11. Latissimus dorsi
  12. C/S extensors
  13. upper traps
  14. levator scapulae
  15. SCM
  16. Suboccipitalis
  17. arm flexors
    18 scalenes
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10
Q

“Tightness-Weakness” syndrome

A

Hypertonic (short) and weak

  • contractile components have decreased extensibility
  • Fascia and CT have decreased extensibility
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11
Q

RX for “Tightness-weakness” syndrom

A
  • Increase visco-elasticity
  • First : lengthen muscle & decrease TrPts
  • Last: then Strengthen
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12
Q

Prone to HYPO-activity muscles (12)

A
  1. Peronei
  2. Tibialis anterior
  3. Vastus Medialis
  4. Vastus Lateralis
  5. Gluteal
  6. Rectus Abdominis
  7. Serratus anterior
  8. Traps, lower and middle
  9. deep cervical flexors
  10. Upper limb extensors
  11. scalenes
  12. rhomboids
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13
Q

Name the primary postural muscles (11)

A
  1. Soleus
  2. Gastroc
  3. tib ant
  4. HS
  5. Rectus femoris
  6. Iliopsoas
  7. Gmax
  8. Rectus Abd., intern/exten oblique
  9. Sacrospinalis
  10. Trap & rhomoids
  11. Mutifidus, spinal rotators, interspinales and transversaries
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14
Q

Soleus (hyper/hypo)

A

hyper

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15
Q

gastroc (hyper/hypo)

A

hyper

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16
Q

tib ant (hyper/hypo)

A

hypo

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17
Q

Hamstring (hyper/hypo)

A

hyper

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18
Q

Rectus femoris (hyper/hypo)

A

hyper

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19
Q

Iliopsoas(hyper/hypo)

A

hyper

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20
Q

Glut max (hyper/hypo)

A

hypo

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21
Q

rectus abdominus, int. & ext. oblique (hyper/hypo)

A

hypo

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22
Q

sacrospinalis (hyper/hypo)

A

hypo

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23
Q

Trap (hyper/hypo)

A

middle and lower are hypo

upper: hyper

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24
Q

Rhomoids (hyper/hypo)

A

hypo

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25
Q

Multifidus, spinal rotators, interspinales, transversaries (hyper/hypo)

A

hyper

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26
Q

What is the main difference btw tonic and phasic muscles

A

Tonic: low levels of conti contraction

Phasic: contract faster, are for movement

27
Q

Separation of O & I will show that the muscle has ___________

28
Q

Approximation of O & I will show that the muscle has __________

29
Q

Predominantly stabilizing muscles will ______ when stressed

30
Q

Predominantly phasic muscles will ______ when stressed

31
Q

______ _______ to ____ _____ decribes what happens as tissue adapt to imposed tasks and loads, when particular responses are called for

A

Specific Adaptation to Imposed Demands

32
Q

Define Specific adaptation to imposed demands

A

what happens as tissue adapts to imposed tasks and loads, when particular responses are called for

33
Q

Name the muscles that shorten/ tighten during Upper Cross syndrome

A

Pec major and minor
Upper trap
Levator scap
SCM

34
Q

Name the muscles that elongate during upper cross syndrome

A

Lower and middle trap
Serratus anterior
Rhomboid
Deep neck flex

35
Q

Name the muscles and if they shorten or lengthen in Upper Cross syndrom

A
Shorten: 
  Pec major and minor 
  Upper trap 
  Levator scap 
  SCM 
Weaken: 
  Lower and middle trap 
  Serratus anterior 
  Rhomboid 
  Deep neck flex
36
Q

Name some consequences of Upper cross syndrome

A
  • C0-C1 hyperextended = forward head carriage
  • Lower C/s and upper T/s will be stressed
  • Rotation/ abd of scap
  • altered access of glenoid fossa
  • TMJ problems
  • inappropriate breathing fxn
  • fibrotic changes and TrPts
37
Q

Muscles that shorten/ tighten and weaken during Lower cross syndrome

A

Hip flexors: iliopsoas, rectus femoris, TFL, adductors

  • Erector spinae group
  • QL
  • Piriformis

Muscles that weaken

  • Abdominal
  • Gluteals
38
Q

muscles that get short and tight during lower cross syndrome

A

Piriformis
rectus femoris
adductors
QL

39
Q

Muscles that weaken during lower cross syndrome

A

Abdominal

gluteal

40
Q

Consequences of lower cross syndrome

A
  • anterior pelvis tilt
  • increased lumbar lordosis - stress at L5-S1
  • decreased trunk/ spinal stability
  • instability at T/L jxn
41
Q

Layer syndrome: name the hyper/hypotonic muscles

A

hyper:
C/s erector spinae
upper trap
levator scap

thoracolumbar erector spinae

HS (in lower cross HS aren’t tight)

Hypo:
Rhomoids
Mid/lower trap
Serratus anterior

Lumbosacral erector spinae
Gmax

42
Q

Stance phase is ______ % during gait

A

60

heel strike , flat food, mid-stance, heel off, toe off

43
Q

Swing phase is _______% during gait

A

40%

acceleration, mid swing, deceleration

44
Q

Normal end feel is _____

45
Q

_____ ______ is deiscrete, short range movements of a joint

46
Q

_____ ______ ______ occurs when patient has maximally contracted the muscle controlling a particular motion

A

active E.R

47
Q

_____ _____ ____ occurs when another person passively moves a joint from active end range through joint range

A

passive end range

48
Q

______ _____ _____ is a range that occurs btw the Passive end range and anatomical limit of the joint

A

Paraphysiological space

where a chiro adjustment occurs

49
Q

____ ____ _____ the anatomical barrier is the limit of anatomic integrity

A

Anatomic end range

50
Q

_____ law states that deformation (resulting from strain) imposed on an elestic body is in proportation to the stress (force/load) placed on it; so long as the limit of elasticity of the body is not exceeded

A

Hooke’s law

51
Q

Define Hookes law

A

deformation (resulting from strain) impoed on an elastic body is in proportion to the stress (force/load) placed on it

52
Q

_____ is a change in shape as a result of stress

53
Q

____ conti deformation (increase strain) of a tissue over time under a constant load

54
Q

Define Creep

A

An increase in strain over time from a constant load

55
Q

______ law states that tissue deform in relation to the lines of force imposed on them

A

Wolff’s Law

56
Q

Define Wolffs law

A

Tissue deform in relation to the lnes of force imposed on them

57
Q

_______ insufficiency of a muscle is when full ROM is limited by the angonist muscle length

58
Q

The limiting factor in passive insufficiency of a muscle is when full ROM is limited by _________ muscle length

A

antagonist

59
Q

________ insufficiency refers to lack of agonist muscle strength

60
Q

Active insufficiency is due to the lack of _______ muscle strength

61
Q

Name the 5 grades of mobilization

A

I. SHORT amp. at the beg. of the range
II. LARGE amp. movement performed with in the resistance free range
III. LARGE amp. performed into resistance
IV. SHORT amp. within resistance
V. Manipulation at end ROM

62
Q

describe a chiro adjustment

A

High velocity, low amp.

63
Q

To remove Chiropractice subluxations means

A

to remove the structural dysfunctions of joints and muscles that are associate with neurologic alternations