MOTION PALPATION MODULE 2 Flashcards

1
Q

identifying landmarks

identifying specific vertebra and other bony projections

A

static palpation

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2
Q

identifying the location/direction of the subluxation

A

motion palpation

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3
Q

dynamic model - 3 types of fixations

A

articular

ligamentous

muscular

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4
Q

hard end feel

doesn’t go away with repeated challenges

A

articular

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5
Q

stiff end feel

often resolves with short impulse thrusts

adjust these

A

ligamentous

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6
Q

mushy end feel

often improves with repeated testing

no adjustment required

A

muscular

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7
Q

easies to clear

A

muscular

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8
Q

movements may feel different animal to animal and species to species based on a variety of factors

A
age
job
temperment
conditioning
health
medications
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9
Q

dynamic model - motion palpation general scan

A

generate an oscillation (a wave) through the spine - surf the spine - by bouncing PA on the lumbosacral junction with teh palm of your hand

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10
Q

areas of fixation will palpate as

A

out of sync

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11
Q

general scan for canine C-spine - support the dog’s head using

A

the inferior ramus of the jaw

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12
Q

postural evaluation

A

preferably unaltered/unencumbered

observe from all perspectives whenever possible

atered headest, alteration of normal curvatures, limb positions, conformation

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13
Q

static evaluation

A

palpate landmarks for clues - left tuber sacrale higher than right

asssess musculature for hypertonicity, heat, swelling, trigger points

assess skin for quality of skin/coat, sensation

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14
Q

canine ROM

A

flexion/extenstion - chin to chest/perpendicular to spine

rotation - 45 degrees

lateral flexion - 160ish muzzle to shoulder

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15
Q

equine ROM

A

flexion - nose to chest

extension - roughly 45-60 degrees

lateral bending - nose to shoulder

rotation - majority occurs at C1/2

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16
Q

The small flex/ext ROM at C5/6 illustrates the pathogenetical relevance of the model for the development of

A

OA

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17
Q

the movement of the neck is based on

A

intervertebral motion

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18
Q

the neck position affects the cervical spinal cord as well as

A

the roots of the spinal nerves

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19
Q

ligament give

A

approx 1/8”

20
Q

where the subluxation occurs

A

paraphysiologic space

21
Q

active ROM

A

neutral position

22
Q

mobilization

A

elastic barrier of resistance (crack)

23
Q

manipulation

A

paraphysiologic space

24
Q

joint sprain

A

limit of anatomic integrity

hypermobility

25
Q

Healthy joints have a ___ end feel

A

springy

26
Q

fixated/subluxated joints have a

A

hard or restricted end feel

27
Q

AS reference points

A

primary - tuber coxae (ASIS)

secondary - ischial tuberosity

28
Q

PI reference points

A

primary - tuber sacrale (PSIS)

29
Q

base posterior

A

S1 tubercle canine

S2 equine

30
Q

R/L sacral base

A

lateral to primary contact for SBP

31
Q

R/L sacral apex

A

primary - apex of sacrum

32
Q

mandible

A

mentum - canine

distal mandbile - equine only

33
Q

TMJ R/L

A

ramus just inferior to joint capsule

TMJ compression/traction - equine

ventral mandible and lateral ramus

34
Q

Occiput

A

caudal ridge of occiput

facial lift

ridges of the facial bones bilaterally

35
Q

atlast superior/inferior

A

wings of atlas/anterior tubercle C1

36
Q

atlas superior R/L

A

cranial aspect of wings of atlas

37
Q

atlas posterior

A

dorsal aspect of the wing of atlas

38
Q

C2 posterior equine

A

lamina-pedicle junction bilaterally

39
Q

C3-C7 body R/L

A

lamina-pedicle junction

40
Q

Spinous R/L

A

primary - spinous

secondary - TP

41
Q

posterior

A

primary - spinous

secondary - transverse process bilaterally

42
Q

anterior rib

A

sternocostal border

43
Q

posterior rib (caudal/cranial)

A

dorsal aspect of rib - rib angle

44
Q

sternum

A

manubrium

45
Q

costochondral

A

costochondral junciton