MT 1 Flashcards
In most cases, the management strategy in response to the 1st essential question of diagnosis could include all of the following except:
a. Further investigation
b. Advanced imaging
c. Exercise
d. Referral
Exercise
When your patient exhibits this sign/symptom, the recommended treatment of choice is end range loading maneuvers in the direction that reduces the patient’s pain response:
a. Neuro-dynamic signs
b. Centralization signs
c. Segmental pain
d. Dizziness
Centralization Signs
Spinal adjusting is a reasonable treatment of choice when your patient exhibits this sign/symptoms during examination:
a. Segmental pain
b. Radicular pain
c. Oculomotor dysfunction
d. Instability
Segmental Pain
Anti-inflammatory measures appear to be useful first line approach in the acute stages when your patient is exhibiting this sign/symptom
a. Dynamic instability
b. Neurodynamic signs
c. Centralization signs
d. Segmental pain
Neurodynamic signs
This treatment strategy appears appropriate for patients exhibiting chronic radicular pain but do not exhibit centralization signs
a. Exercise
b. Greaded exposure
c. Neural mobilization
d. Adjustments
Neural Mobilization
General fitness training and strength training are thought to be beneficial for patients exhibiting this perpetuating factor for spinal pain
a. Dynamic instability
b. Oculomotor dysfunction
c. Passive coping
d. Fear
Dynamic instability (floor exercises and medicine ball routines)
This perpetuating factor of spinal pain requires ongoing peripheral nociceptive input
a. Depression
b. Fear
c. Central pain hypersensitivity
d. Centralization signs
Central pain hypersensitivity
The perpetuating factors for spinal pain occurs particularly in patients with whiplash injury and tension type headaches
a. Dynamic instability
b. CPH
c. Occulomotor dysfunction
d. Passive coping
Occulomotor dysfunction
Categorizing patients into “specific” or “non-specific” spinal pain depends on the doctor’s ability to identify this
a. Pulse site
b. Pain generator
c. Pain location
d. Pain quality
Pain location
A patient reports to you that they have take daily walks for at least 2 miles every day, until they developed their current neck pain two weeks ago which gets worse when they walk. They have stopped taking walks. This patient is exhibiting:
a. Fear
b. Passive coping
c. Dynamic instability
d. Centralization sign
Fear
An important part of your management strategy to return this patient to their pre-injury status would be
a. Graded exposure
b. Strength training
c. Balance training
d. Stretching
Gradual (graded) exposure
In an attempt to explain the concept of validity, Dr. Owen’s referenced two research projects that were exploring the validity of a particular subluxation assessment method. What was the subluxation assessment method being explored?
a. Prone LLI
b. Mopal (end play)
c. Mopal (active)
d. Thermography
Mopal (end play)
According to Dr. Owen’s which of the following subluxation assessment methods showed evidence of having fair to moderate reliability and validity.
a. Prone LLI
b. Surface emg
c. SOT tests
d. Palpation (alignment)
Prone LLI
Several of the operational definitions described by Dr. Owens describe in detail how the nervous system is impacted by the subluxation
a. True
b. False
False
The more recent descriptions and explanations of the subluxation complex recognize the _______ nature of the lesion
a. Functional
b. Structural
c. Pathological
d. Elusive
Functional
The working dynamic model of the subluxation proposed by Slosberg suggests that ____ is the cause of subfailure injury in ligaments and joint capsules
a. Degeneration
b. Infection
c. Microtrauma
d. Pathologies
Microtrauma
De-afferation is thought to occur when these particular structures get damaged with the bonds in the surrounding connective tissue
a. Muscle fibers
b. Mechanoreceptors
c. Aeriolar cells
d. Ligaments
Ligaments