Cervicogenic Dizziness/Concussion Flashcards

1
Q

Treatment for Cervicogenic dizziness

A
  • SNAGs and Maitland passive joint mobilizations are safe & effective manual therapy interventions
  • Both reduced intensity & frequency of dizziness, reductions were of similar magnitude
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2
Q

Tests for Cervicogenic dizziness

A
  • Canadian C-spine Rule
  • Alar ligament test
  • Sharp Purser test
  • CAD testing (cervical artery dysfunction)
  • Head impulse test (AKA head thrust test)
  • Head neck differentiation test
  • Cervical relocation test
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3
Q

Describe cervical joint position error

A
  • Test for Cervicogenic proprioception
  • Distance from center of the target to a 4.5º error depends on the distance the patient is from the target
  • If the pt is 90 cm from the target then a 7 cm error from the center of the target translates to a 4.5º error
  • Found the center, close your eyes, rotate head, then try to come back to the center still with eyes closed, open eyes to check if close to center
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4
Q

Cluster for Meneire’s

A
  • tinitus
  • attacks of vertigo that lasts for hours
  • feeling of fullness in the ears
  • hearing something***
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5
Q

Effects of SNAGs and/or passive joint mobilization

A
  • No conclusive effects on head repositioning and balance
  • SNAGs did improve cervical ROM and effects were maintained for 12 wks after treatment but PJMs had limited impact
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6
Q

Concussion management is symptom based True/False

A
  • True
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7
Q

Indicators for immediate emergency medical evaluation of a concussion

A
  • Declining level or loss of consciousness, cognition, or orientation (GCS score <13)
  • New onset of pupillary asymmetry, seizures, repeated vomiting, or other focal neurologic signs
  • Severe or rapidly worsening headache or neurologic deficits
  • S/S indicating undiagnosed skull Fx
  • Serious cervical spine Fx, dysfunction, or pathology
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8
Q

Concussion diagnostic criteria

A
  • A direct blow to the head, neck, or face followed by any of the following
  • Any period of decreased orientation or loss of consciousness
  • Posttraumatic amnesia
  • Any alteration in cognition pro mental state immediately related too the concussive event
  • Headache, dizziness, balance disorders, nausea and vomiting
  • Emotional/behavioral symptoms: depression, anxiety, agitation
  • Glasgow Coma Scale of 13-15
  • Brain imaging is normal
  • S/S not otherwise explained by drug, alcohol, or medication
  • Symptoms are present that cannot be explained by pre injury history of medical diagnosis
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9
Q

What is going to dictate/influence your evaluation

A
  • Type, severity, frequency, & irritability of concussion related symptoms
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10
Q

Individualized patient education for symptom management may emphasize reassurance that

A
  • (1) the symptoms experienced are common and to be expected following a concussive event,
  • (2) full recovery is expected in the majority of patients, and
  • (3) occasional mild to moderate exacerbation of symptoms is expected and does not indicate harm to the brain or other systems.
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11
Q

Describe the King-Devick Test

A
  • Developed to assess eye movement in children with reading difficulty, quantifies saccadic movements & has been proposed for both oculomotor assessment & acute diagnosis in pts with concussion
  • Due to variability in performance, pts require a baseline measurement for valid post-injury comparison
  • Inadequate sensitivity & specificity in concussion identification
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12
Q

Describe the VOMS Slide 41

A
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13
Q

Define habituation

A
  • Graded exposure to stimuli that causes symptoms
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14
Q

Descibre the Borg’s rating of perceived exertion (RPE) scale

A
  • Graded from 6-20 and no exertion to maximal exertion
  • The numbers are thought to correlate with the person’s HR
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15
Q

Describe the Buffalo concussion treadmill test (BCTT)

A
  • Set treadmill at a speed of 3.6mph for patients over 5’5”, and 3.2mph for those 5’5” and under.
  • Starting incline is 0 degrees
  • After one minute at this pace, treadmill incline is increased to 1 degree. Participant is asked to rate RPE and symptom severity.
  • This procedure is repeated each minute, with ratings and heart rate being recorded, and treadmill increasing in incline at a rate of 1 degree/minute.
  • Once treadmill reaches maximum incline (15 degrees or 12 degrees in modified test), speed is increased by 0.4mph each minute in lieu of increased incline.
  • Once test is terminated (see below), speed is reduced to 2.5mph and incline reduced safety back to 0 for a 2 minute cool-down (if participant is safe to continue)
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16
Q

The Buffalo concussion treadmill test (BCTT) continues until

A
  • Maximum exertion (RPE score of 19.5) is reported OR
  • Test is terminated by experimenter due to a symptom exacerbation that causes significant increase in pain or symptom severity (an increase of more than 3 points on the Likert scale from resting score, addition of several new symptoms, or marked increase in severity of symptoms resulting in difficulty continuing test) OR
  • Experimenter notes a rapid progression of complaints (ex. headache to searing focal pain) between symptom reports, patient appears faint or unsteady, or determines that continuing the test constitutes significant health risk for the participant, OR
  • Patient reports an inability to continue the test safely
17
Q

Describe the predictive capacity of the BCTT

A
  • ΔHR (HRt minus resting HR) correlated with duration of clinical recovery in participants who were prescribed relative rest or a placebo-stretching program but not for participants prescribed sub-threshold aerobic exercise.
  • A ΔHR of ≤50 bpm on the BCTT was 73% sensitive and 78% specific for predicting delayed recovery in concussed adolescents prescribed the current standard of care (i.e., cognitive and physical rest).
18
Q

Describe the importance of active recovery after concussion

A
  • Progressive sub-symptom threshold aerobic exercise within 1 week of concussion safely improved recovery from SRC in adolescents with concussion symptoms compared with a placebo-like stretching intervention
  • Recommend symptom limited activity is the new rest
19
Q

Indicators for self-management program/capabilities Slide 55

A
20
Q

Subsequent injury prevention & recovery optimization strategies Slide 55

A
21
Q

Break the pain catastraphizing scale cycle by

A
  • Reducing negative cognitions
  • Transforming negative emotions
  • Implementing healthier coping skills.
22
Q

Sandra pain catastrophizing scale cognitive behavioral therapy protocols typically include

A
  • Psychoeducation (e.g., reassurance, prognosis)
  • Affect education (e.g., learning the relationship between stress and physical symptoms)
  • Relaxation strategies
  • Mindfulness
  • Biofeedback
  • Imagery
  • Distraction strategies
  • Cognitive restructuring (e.g., reattribution of symptoms to benign causes, reducing catastrophic predictions)
  • “Pacing” for return to school and play
23
Q

Look through powerpoint again***

A