Cervical Spine Flashcards

1
Q

SINSS

A

Severity, Irritability, Nature, Stage, Stability

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2
Q

What are the four components of the Four-Tier Safety Screen?

A
  • Historical Review – PMH, MOI
  • Medical Testing and Diagnostic Imaging
  • Clinical Screening for Segmental Stability
  • Clinical Screening for VBI

PMH refers to Past Medical History, and MOI refers to Mechanism of Injury.

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3
Q

What guidelines are referenced for Medical Testing and Diagnostic Imaging in the Four-Tier Safety Screen?

A
  • ACR Appropriateness Criteria
  • Canadian C-Spine Rules
  • Nexus Criteria

These guidelines help determine the necessity and appropriateness of imaging.

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4
Q

What is assessed during Clinical Screening for Segmental Stability?

A

Upper ligamentous testing and stress testing

These tests evaluate the stability of the cervical spine segments.

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5
Q

What position is suggested for considering VBI screening?

A

Hatuant’s or progressive positioning with monitoring of symptoms

These methods aim to assess symptoms related to vertebral artery insufficiency.

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6
Q

What are the high-risk factors in the Canadian C-Spine Rules?

A
  • Age 65 or older
  • Dangerous mechanism of injury
  • Paresthesia in extremities
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7
Q

What is the second step in the Canadian C-Spine Rules?

A

Assess if the patient has any low-risk factors that allow safe assessment of range of motion

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8
Q

What are the low-risk factors identified in the Canadian C-Spine Rules?

A
  • Simple rear-end motor vehicle collision
  • Ambulatory at any time
  • Delayed onset of neck pain
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9
Q

What is the third step in the Canadian C-Spine Rules?

A

Determine if the patient can actively rotate their neck

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10
Q

What is the requirement for active neck rotation in the Canadian C-Spine Rules?

A

The patient must be able to rotate their neck 45 degrees left and right

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11
Q

True or False: The Canadian C-Spine Rules are applicable to all trauma patients.

A

False

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12
Q

List the 5-D’s symptoms.

A
  • Dizziness
  • Diplopia (including amaurosis fugax and corneal reflex)
  • Drop attacks
  • Dysarthria (including hoarseness and hiccups)
  • Dysphagia

These symptoms are key indicators in assessing cranial nerve function.

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13
Q

What are the 2-A’s symptoms?

A
  • Ataxia of gait
  • Anxiety

These symptoms help in evaluating coordination and psychological factors.

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14
Q

Identify the 3-N’s symptoms.

A
  • Nausea
  • Numbness (Ipsilateral face and or contralateral body)
  • Nystagmus

Nausea and numbness can indicate neurological disturbances, while nystagmus relates to eye movement disorders.

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15
Q

What is the test to see function of the hypoglossal nerve (CN XII)?

A

Stick out tongue; strength test resist into cheek

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16
Q

Which cranial nerve is associated with difficulty swallowing and the gag reflex?

A

Glossopharyngeal nerve (CN IX)

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17
Q

What does the vagus nerve (CN X) test involve?

A

Say Ahhhhh or assess for hoarseness

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18
Q

What is tested to assess the accessory nerve (CN XI)?

A

Check for poor or weak cough

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19
Q

What are the three dysfunctions of Horner’s syndrome?

A
  • Ptosis – drooping eyelid
  • Miosis – pupil constriction
  • Anhidrosis of the face (dryness)
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20
Q

Fill in the blank: Horner’s syndrome includes _______ which is drooping eyelid.

A

Ptosis

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21
Q

What is the median nerve test represented by?

A

Make the OK sign

This tests the anterior interosseous nerve function.

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22
Q

What does the ulnar nerve test involve?

A

Spread fingers apart

This tests resistance to finger abduction.

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23
Q

What action represents the radial nerve test?

A

Stop - raise the hand up

This tests resistance to wrist extension.

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24
Q

What is the effect of C-Retraction on the upper and lower cervical spine?

A

Upper CS Flexion and Lower CS Extension

This action opens the OA space.

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25
Q

What occurs during C-Protraction in the cervical spine?

A

Upper CS Extension and Lower CS Flexion

This action compresses the OA space.

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26
Q

What is the main purpose of Thoracic Outlet Syndrome tests?

A

To check for vascular issues that can mimic radicular symptoms.

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27
Q

What indicates a positive result in Thoracic Outlet Syndrome tests?

A

Reduction in radial pulse or patient complaints of paresthesias (heaviness, numbness, tingling).

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28
Q

Describe the Adson’s test position.

A

Shoulder 15 degrees ABD; Inhale and hold breath; Cervical extension and rotation to ipsilateral side.

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29
Q

What is the required position for the Costoclavicular test?

A

Sit-up straight with chest out and shoulders back (shoulder retraction and depression).

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30
Q

What movements are involved in the ROOS test?

A

Shoulder 90 degrees ABD and ER, 90 degrees elbow flex; make a fist and open x 3 minutes.

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31
Q

What distinguishes the Hyperabduction (Wright’s Test) from Adson’s test?

A

Lateral flexion and rotation away from the contralateral side.

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32
Q

Cervical radiculopathy CPR

A
  1. Spurling’s (POS)
  2. Neck Distraction (POS if relieves symptoms)
  3. C-ROT < 60 on Ipsilateral side is a POS
  4. Neurodynamic Upper Limb Tension Test - A (ULTTA)
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33
Q

What is Cervical Spondylosis?

A

Chronic degenerative condition affecting the cervical spine, primarily due to age-related wear and tear.

More common in women over 30.

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34
Q

What are the early presentation symptoms of Cervical Spondylosis?

A

Pain and stiffness in the neck, mild-moderate DJD.

DJD stands for Degenerative Joint Disease.

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35
Q

What is the late presentation of Cervical Spondylosis?

A

Increased cervical pain and reduced ROM, joint osteophytes.

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36
Q

What defines Zygapophyseal (Facet) Joint Dysfunction?

A

Acute unilateral neck pain or locking caused by a sudden movement.

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37
Q

What is the prevalence of Zygapophyseal Joint Dysfunction?

A

Can affect all ages; often triggered by a sudden extension-rotation injury.

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38
Q

What are the early presentation symptoms of Zygapophyseal Joint Dysfunction?

A

Unilateral neck pain with restricted movement to one side.

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39
Q

What is the late presentation of Zygapophyseal Joint Dysfunction?

A

Long-term restriction in ROM if untreated.

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40
Q

What is Cervical Radiculopathy?

A

Neural radicular signs affecting the upper extremities, usually due to disc herniation.

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41
Q

What are the early presentation symptoms of Cervical Radiculopathy?

A

Sharp, shooting, intermittent pain in the upper extremity following a dermatomal pattern.

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42
Q

What is the late presentation of Cervical Radiculopathy?

A

Persistent sensory disturbances (paresthesia) and weakness in affected dermatomes.

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43
Q

What are Movement Coordination Impairments (Whiplash)?

A

Cluster of neck and head symptoms caused by trauma (typically car accidents).

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44
Q

What is the prevalence of Movement Coordination Impairments?

A

Higher risk in younger adults and those involved in collisions.

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45
Q

What are the early presentation symptoms of Movement Coordination Impairments?

A

Acute pain, typically following trauma.

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46
Q

What is the late presentation of Movement Coordination Impairments?

A

Chronic pain and difficulty with neck movement.

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47
Q

What are Neck Pain with Headaches (Cervicogenic Headaches)?

A

Headaches originating from cervical spine dysfunction.

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48
Q

What are the early presentation symptoms of Cervicogenic Headaches?

A

Pain localized to the neck and occiput, radiating to the head.

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49
Q

What is the late presentation of Cervicogenic Headaches?

A

Non-continuous, unilateral neck pain with headache.

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50
Q

What is Cervical Myelopathy?

A

Compression of the spinal cord, usually caused by central canal stenosis.

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51
Q

What is the prevalence of Cervical Myelopathy?

A

More common in people over 30 years old; Asians are at higher risk.

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52
Q

What are the early presentation symptoms of Cervical Myelopathy?

A

Motor impairment before sensory issues, with clumsiness in fine motor skills.

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53
Q

What are the late presentation symptoms of Cervical Myelopathy

A

Gait worse, Severe Pain, Loss of B&B control

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54
Q

What is Rheumatoid Arthritis (RA)?

A

Chronic autoimmune disorder causing inflammation in multiple joints, including the cervical spine.

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55
Q

What is the prevalence of Rheumatoid Arthritis?

A

Highest in adults over 50, with a female predominance (2:1 ratio).

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56
Q

What are the early presentation symptoms of Rheumatoid Arthritis?

A

Progressive disease marked by intermittent morning stiffness and inflammation.

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57
Q

What is a concern if RA causes cervical instability?

A

Increases the risk for spinal cord compression.

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58
Q

What are Spinal Compression Fractures?

A

Endplate or vertebral body fractures, commonly due to osteoporosis.

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59
Q

What are the early presentation symptoms of Spinal Compression Fractures?

A

Osteoporotic wedge deformities in the thoracic spine.

60
Q

What is the late presentation of Spinal Compression Fractures?

A

Severe kyphosis from multiple fractures can develop in untreated cases.

61
Q

What occupation risk is associated with Cervical Spondylosis?

A

Jobs with excessive overhead or cervical strain

These jobs may include construction or certain manual labor positions.

62
Q

What occupation risk is associated with Zygapophyseal Joint Dysfunction?

A

Overhead jobs or contact sports

These activities can lead to increased stress on the cervical spine.

63
Q

What is Cervical Radiculopathy often caused by?

A

Herniated Nucleus Pulposus (HNP)

This condition involves nerve root compression in the cervical spine.

64
Q

What occupation risk is associated with Cervical Radiculopathy?

A

Jobs involving repetitive flexion or rotation of the neck

Such jobs may include assembly line work or certain medical professions.

65
Q

What occupation risk is associated with Movement Coordination Impairments?

A

Car crashes and contact sports

Both scenarios are known for causing whiplash injuries.

66
Q

What is Neck Pain with Headaches also known as?

A

Cervicogenic Headache

This type of headache originates from the cervical spine.

67
Q

What occupation risk is associated with Neck Pain with Headaches?

A

Sustained sitting or desk jobs, especially in drivers and office workers

Prolonged static postures can contribute to this condition.

68
Q

What condition is associated with cervical spinal cord compression?

A

Cervical Myelopathy

This condition can lead to neurological deficits.

69
Q

What occupation risk is associated with Cervical Myelopathy?

A

Non-specific

This means it can arise from various occupational hazards.

70
Q

What autoimmune condition affects the cervical spine?

A

Rheumatoid Arthritis (RA)

RA can lead to joint inflammation and damage.

71
Q

What occupation risk is associated with Rheumatoid Arthritis?

A

Non-specific

RA can affect individuals in various occupations.

72
Q

What condition can lead to Spinal Compression Fractures?

A

Bone disorders or conditions like osteoporosis

Osteoporosis increases the risk of fractures in the spine.

73
Q

C-Spondylosis / OA / DJD Key features

A

Joint stiffness & hypomobility unilaterally, Pain with PA spring testing with C5-6 is most common, followed by C6-7; progression to Cervical Radic

74
Q

Zygapophyseal (Facet) Joint Dysfunction Key features

A

Unilateral, Describes locking or tightness or neck just feels stuck; Absent neuro signs, No radiculopathy; DDX from C-Strain

75
Q

Cervical Radic caused by Disc Herniation (HNP) Key features

A

Unilateral intense pain, Dermatomal pattern; Pt finds position of comfort (self traction, Barkody sign)

76
Q

Movement Coordination Impairments (Whiplash) key features

A

Traumatic cause, hyperalgesia, allodynia, potentially with sensory & motor & psychological

77
Q

Neck Pain with Headache Key features

A

Non-continuous unilateral neck pain and associated HA that is precipitated by neck movements or sustained positions

78
Q

Cervical Myelopathy Key features

A

Per CPR and Lhermitte sign

79
Q

Rheumatoid Arthritis Key features

A

Blood tests for Rh factor, CCP antibody (anti-cyclic citrullinated peptide antibody)

80
Q

Spinal Compression Fractures key features

A

Palpation pain or percussion testing to the SP reproduces the pain

81
Q

List of 9 “Do not want to miss” for medical screening of serious patholoy

A

Major Depression
Suicide Risk
Femoral Head and Neck Fractures
Cauda Equina Syndrome
Cervical Myelopathy
AAA
DVT
PE
Atypical MI

82
Q

CPR for C-Myleopathy

A

Age > 45 years,
Babinski test
Gait deviation;
Hoffmann’s test; and
Inverted supinator sign

If one is NEG SN of 94% with LR NEG of 0.18
If 3+ are POS SP is 99% with LR POS of 30.9

83
Q

CPG: Neck Pain With Radiating Pain (Radicular)

A

CPR: upper-limb nerve mobility (ULTTA), Spurling’s test, cervical distraction, cervical ROM < 60 ipsilateral side

84
Q

What are the two types of mechanical pain?

A

Constant or Intermittent

Mechanical pain can be categorized based on its presence over time.

85
Q

What are the two possible onsets of mechanical pain?

A

Acute or Gradual

The onset of mechanical pain can occur suddenly (acute) or develop over time (gradual).

86
Q

How is mechanical pain related to activity?

A

Directly proportional to activity (i.e. tissue loading)

Mechanical pain often increases with physical activity that loads the affected tissues.

87
Q

What is a characteristic response pattern of mechanical pain?

A

Movements in one direction may increase vs. movements in another direction may decrease or abolish

This response pattern indicates that certain movements can exacerbate or relieve pain.

88
Q

What type of movements can influence mechanical pain?

A

Responds to Repeated movements

Mechanical pain often changes in response to repeated movements, highlighting its dynamic nature.

89
Q

What is the onset of chemical pain?

A

Acute

Chemical pain typically presents suddenly.

90
Q

List the signs of inflammation associated with chemical pain.

A
  • Edema
  • Rubor
  • Calor
  • Tenderness

These signs indicate the body’s response to injury or irritation.

91
Q

What is the characteristic of movements in the presence of chemical pain?

A

All movements are painful

This indicates a heightened sensitivity in the affected area.

92
Q

What happens to pain levels with activity, movement, or positions in chemical pain?

A

No activity, No movement and No position decrease the pain

Chemical pain remains constant regardless of changes in position or activity.

93
Q

How does chemical pain generally change over time?

A

Generally speaking over TIME chemical pain decreases

This suggests that chemical pain is often temporary.

94
Q

What should be suspected if chemical pain does not decrease over time?

A

NON-MSK pain (i.e. Non-Normal Pain Behavior)

This indicates that the pain may be due to a condition outside of musculoskeletal issues.

95
Q

What is Local Mobility?

A

A concept involving the ability to move specific body parts effectively

96
Q

What are PIVMS?

A

Passive Intervertebral Movements, techniques used to assess and improve spinal mobility

97
Q

What are PAVMS?

A

Passive Accessory Vertebral Movements, techniques aimed at enhancing spinal joint mobility

98
Q

Define Global Stability.

A

The ability to maintain a stable body position during movement

99
Q

Fill in the blank: Activation refers to _______.

A

[isolated muscle contraction/movement pattern]

100
Q

What does Acquisition involve?

A

Movement coordination, such as lumbar and hip movements

101
Q

What is Assimilation in the context of movement?

A

Functional multiplanar movements like lifting/lowering, push/pull, reaching, handling

102
Q

SINSS: Severity

A

clinicians’ assessment of the intensity as related to the pts. functional ability

103
Q

SINSS: Irritability

A

(Intensity/Quality) amount of activity to stir up the symptoms and how long till they reduce

104
Q

SINSS: Nature

A

(Location/MOI). Hypothesis of the structures, potential serious pathology, patient biopsychosocial factors

105
Q

SINSS: Stage

A

(Temporal characteristics) Acute, Sub-Acute, Chronic, Acute on Chronic

106
Q

SINSS: Stability

A

(Temporal characteristics) Episode over time – Getting better / Worse or staying the same

107
Q

C-Spine Manipulation Intervention CPR

A

Symptoms < 38 Days,
Side to Side C-Rot Difference > 10 degrees,
Pain with PA spring testing Mid C-Spine (C3-C7)

If 3/4= +LR 13.5
If 4/4 = Infinity

108
Q

WAD Prognosis CPR

A

Age > 35 years old
NDI > 40%
Hyperarousal symptoms > or = 6 on the PDS (Posttraumatic Stress Diagnostic Scale)

109
Q

Quebec Task Force WAD Grade 1

A

the patient complains of neck pain, stiffness, or tenderness with no positive findings on physical exam.

110
Q

Quebec Task Force WAD Grade 2

A

the patient exhibitsmusculoskeletal signs including decreased range of motion and point tenderness.

111
Q

Quebec Task Force WAD Grade 3

A

the patient also shows neurologic signs that may include sensory deficits, decreased deep tendon reflexes, muscle weakness.

112
Q

Quebec Task Force WAD Grade 4

A

the patient shows a fracture

113
Q

Craniocervical Flexion Test (CCFT)

A

Begin at 20mmHg, progress up by 2 mmHg, holding each for 10 seconds: 22-24-26-28…
Instruct to nod “yes”
Observe for over-activation of SCM or Anterior Scalene
Relax between each increment (30 Seconds)

114
Q

Deep Neck Flexor Endurance Test

A

Instructions: Tuck chin and lift head off table only one inch, hold

Norms:
Men 38.9 seconds ± 20.1
Women 29.4 seconds ± 13.7

115
Q

Pattern Assist

A

Defined as any technique to inhibit (unloaded) or facilitate (loaded) tone (muscle & connective tissue tension)

116
Q

What is the goal of activation?

A

“Hypo-active” muscles & Inhibit the Global muscles

117
Q

What is the goal of acquisition?

A

coordinate the use of the newly found muscle in a movement with other muscles as intended

118
Q

What is the goal of assimiliation?

A

integrate the refined movement into ADL’s & dynamic environments

119
Q

List common signs and symptoms of TMD.

A
  • Headaches (frontal, temporal, occipital)
  • Facial pain (masseter, temporalis, TMJ region, neuralgia)
  • Ear pain
  • Pain reported with eating and opening of mouth
  • Abnormal movement patterns of the mandible
  • Popping and clicking
120
Q

Fill in the blank: TMD usually coexists with _______ pain and other upper quarter dysfunction.

121
Q

Which muscles are involved in closing the jaw?

A

Masseter, temporalis, medial pterygoids

These muscles work together to elevate the mandible.

122
Q

What is the role of the superior lateral pterygoids in jaw movement?

A

Protrusion

The bilateral heads of the superior lateral pterygoids are primarily responsible for moving the jaw forward.

123
Q

Which muscle assists retrusion of the mandible?

A

Posterior temporalis, assisted by deep masseter

Retrusion is the movement of the jaw backward.

124
Q

What muscles are involved in lateral trusion/deviation of the mandible?

A

Contralateral contraction of medial pterygoid and lateral pterygoid, ipsilateral temporalis and masseter

This movement involves coordination between muscles on opposite sides of the jaw.

125
Q

True or False: The medial pterygoids are involved in both protrusion and lateral trusion of the mandible.

A

True

Medial pterygoids assist in multiple movements of the mandible.

126
Q

What occurs during the first portion of mandibular depression?

A

Opening-anterior rotation of condyle on lower disc surface (first 25mm of opening)

This initial movement is crucial for the beginning of jaw opening.

127
Q

What happens in the second portion of mandibular depression?

A

Anterior translation of disc/condyle along the fossa surface-further 25mm

This movement completes the normal opening process.

128
Q

What is the normal range of mandibular opening?

A

40-50mm

This range is considered typical for healthy jaw function.

129
Q

What is the normal range of motion (ROM) for lateral deviation?

A

8-10 mm

This movement allows for side-to-side motion of the jaw.

130
Q

TMJ S-Curve

A

anterior displacement of disc off condyle-anterior translation is blocked until disc reduces itself on condyle during depression, after reduction of disc then mandible returns to midline( usually associated with click or pop)

131
Q

TMJ C-Curve

A

Capsular pattern of restriction, usually no click or pop, mandible deviates towards restricted side

132
Q

TMJ Protrusion normal values

133
Q

TMJ Retrusion normal values

134
Q

TMJ Compression Bite Test

A

This test is comprised of forceful unilateral biting for 20s on a tongue depressor in the first molar region. Familiar pain on the contralateral side to the clenching side was considered a positive testfor joint pain and ipsilateral pain indicative of muscle disorder

135
Q

Disc Displacement without reduction

A

Disc remains displaced anteriorly blocking anterior rotation and translation for full opening motion- restricts movement to approximately 25mm

No click as disc is stuck in anterior position

136
Q

Postural Syndrome

A

Intermittent pain brought on only by prolonged static position. Pain is localized. No pain with movement and no ROM deficits. Posture correction abolishes symptoms

137
Q

Dysfunction in relation to MDT

A

Pain caused by mechanical deformation of structurally impaired soft tissue. Intermittent Pain that ONLY occurs at end range of the Restricted movement. Gradual onset due to lack of use or 6-8 weeks post trauma. Pain is localized (except in case of adherent nerve root). Symptoms do not persist after repeated movement testing

138
Q

Management of Dysfunction

A

Perform the restricted movement 10-15 reps every 2-3 hours.
Exercise must produce their pain every repetition.
Pain should subside following exercise within 10 minutes.
If pain persists, overstretching has occurred or maybe you have exposed an underlying derangement.

139
Q

Describe Derangement Classification

A

Onset can be gradual or sudden, symptoms are variable and inconsistent. Pain can change sides, wry neck or kyphosis may be present

140
Q

What are the 5 Hallmarks of Derangement?

A

Centralization
Peripheralization
RAPID CHANGE
VARIABLE SYMPTOMS
Mechanically Determined Directional Preference

141
Q

Red light during MDT

A

Lasting peripheralization of pain, pain worse, unable to change the location of pain. Stop what you are doing, may need force change, direction change, etc

142
Q

Yellow (amber) Light for MDT

A

Pain is not getting significantly better. You are getting positive effects in the clinic but no lasting change.This may require more or less force or frequency. A change in the way it is delivered or a direction change once force is fully explored.

143
Q

Green light for MDT

A

Patient is centralizing, pain is decreasing, mechanical changes are favorable, etc. A positive response to treatment. Keep going.

144
Q

What are some exam findings for Cervicogenic headache?

A

Cervical Flexion Rotation Test
HA reproduced by provocation of upper C-Spine segments (i.e. joint mobs)
limited upper CS joint mobility
HA from neck motions

145
Q

What are some exam findings for movement coordination?

A

Cranial Cervical Flexion Test (uses the stabilizer)

Deep neck flexor endurance test (timed isometric hold)

Positive pressure algometry (AKA Pain pressure thresholds); sensory-motor changes

Symptoms: Dizziness & N, Concussive signs, Hypersensitivity to odors, light, sound