Mopal module 1 Flashcards

1
Q

loss of normal motion within normal ROM in a joint

A

subluxation

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2
Q

a way of referencing the subluxaiton as a bone in space and defining which way to correct it

A

listings

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3
Q

models designed to give us a simple way of looking at it and documenting it clinically rather than an absolute biomechanical and physiological representation

A

systems

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4
Q

within normal joint motion/limits

ligaments injured but intact - does not involve complete tear

alters the normal motion of vertebrae involved

can be visible or not on static imaging (x-ray)

A

chiropractic subluxation

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5
Q

incomplete luxation

outside normal joint motioin/limits

ligaments/joint capsule torn/disrupted

always visible on static imaging (x-ray)

A

medical subluxation

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6
Q

end range testing

A

dynamic

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7
Q

the bone out of place model

palpation

spinous out of midline

taught ant ender fibers

LOC based on the model

A

static model

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8
Q

biomechanically sound model

palpation end range testing

healthy joints have a springy end feel

fixated/subluxated joints have a hard or restricted end feel

LOC based on the direction that’s fixated

A

Dynamic model

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9
Q

determine where lack of motion is

A

dynamic

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10
Q

references the position of the spinous process

A

palmer/gonstead

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11
Q

references the direction of restricted motion - the body

A

gillet/faye

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12
Q

thoracic down to lumbar to pelvic

A

gonstead spinous listing

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13
Q

cervical listings

A

body listing

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14
Q

currently only uses the static palmer/gonstead model

A

the AVCA

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15
Q

originated from the biped

easy to understand

it’s just a model

A

static

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16
Q

based on the biomechanics of the patient

requires time to master some of the finer palpation skills

A

dynamic

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17
Q

static palpation is used for

A

identifying landmarks

identifying specific vertebrae and other bony projections

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18
Q

motion palpation is used when

A

identifying the location/direction of the subluxation

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19
Q

superior

A

cranial

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20
Q

inferior

A

caudal

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21
Q

posterior

A

dorsal

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22
Q

anterior

A

ventral

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23
Q

medial

A

medial

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24
Q

lateral

A

lateral

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25
end range ROM is ___ where chiropractic occurs
paraphysiologic space
26
where chiropractic occurs
paraphysiologic space
27
elastic barrier of resistance
crack
28
limit of anatomic integrity
joint sprain
29
created by muscles the smallest your joint can go
active ROM
30
a little more motion - muscles stretchy and has more give mobilization technique - normal ROM - massage, PT anyone can do this
mobilization
31
past passive little bit more
manipulation
32
go past that spacy = injury
joint sprain
33
you have to get to the end of passive motion (mobilization
at the paraphysiological space
34
at the paraphysiologiccal space healthy joints
have a springy end feel (property of ligaments) - trampoline
35
in paraphysiological space fixated/subluxated joints have
a hard or restricted end feel
36
fiborous ligaments have both plastic and elastic properties
initial loading is elastic, followed by plastic resistance
37
ligament crimp
little wave to them - push in, pushes back 1/8” would
38
provide stability | connects bone to bone
ligaments
39
motion palpation is when challenged healthy joints should
give at the paraphysiologic space (about 1/8” of final moevement/give)
40
perceived as a spring which gives way, then pushes back…think trampoline
motion palpation
41
fixated joints have little/no give and do not push back
the elastic nature of the ligaments has been replaced by stiffness/immobility
42
3 types of fixation
articular ligamentous muscular
43
hard end feel doesn’t go away with repeated cahllenges - block of wood adjust this bad boy!!!
articular joint capsule subluxation
44
stiff end feel - cheese often resolves with short impulse thrusts adjust these…
ligamentous
45
mushy end feel - soggy fries - repeated mobiliztion fixes often improves with repeated tesitng no adjustment required
muscular
46
comprised of at least two segments and the tissues of the articulation
intersegmental motion palpation
47
assessing a single joint
intersegmental motion palpation
48
stabilize one segment and add motion ot the other
intersegmental motion palpation
49
motion should be added through active and passive ROm until you reach
the paraphysiologic space
50
chiropractors call this end play
intersegmental motion palpation
51
your movement at this point should remain in approx
1/8” space
52
learning to listen with our
fingers
53
slow/low velocity technique patient has final control
mobilization
54
remains within passive range of motion
mobilization
55
fast/high velocity but low amplitude (shallow) HVLA
adjustment
56
patient cannot control/resist = greater potential for harm occurs beyond passive barrier in paraphysiologi pscae
adustment
57
Right PI ilium implies a contralateral
AS ilium
58
references the base of the sacrum relative to both ilia
sacral base posterior
59
imples a bilateral AS ilium relative to the sacrum
sacral base posterior
60
always adjust the listing that motion palpates as
fixated/subluxated
61
bilaterla AS ilium is a
rare finding
62
references the lateral aspect of the sacrum relative to the ipsilateral ilium
sacral base posterior - R or L
63
implies an ipsilateral AS iliium relative to the sacrum
sacral base posterior
64
adjust the listing that palpates as
fixated/subluxated
65
references the distal aspect of the sacrum shifted away from the midline
sacral apex