FINAL 1 Flashcards

1
Q

Which of the following is true of the transversospinalis group, which includes Multifidus?

A. Type I muscle fibres and made for movement production
B. Type II muscle fibres and made for stabilization and proprioception
C. Responsible for segmental deceleration of flexion and rotation during functional movement
D. Two of the above

A

C. Responsible for segmental deceleration of flexion and rotation during functional movement

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2
Q

Your patient demonstrates a positive prone active SLR with force closure dysfunction. Which of the following myofascial stabilizing systems is likely involved?

A. Posterior oblique system
B. Anterior oblique system
C. Lateral oblique system
D. None of the above

A

A. Posterior oblique system

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3
Q

During cranio-cervical flexion test, the patient attempts to nod head to increase pressure in the pressure biofeedback unit by 2mmHg and hold this for 6-1.0 sec. A positive test is noted if the patient has an inability to achieve the desired pressure change. This indicates:

A. Decrease activation of deep segmental cervical stabilizing musculature
B. Hyperactivation of longus captious and longus collie
C. Decrease activation of SCM and Suboccipitals
D. Increase activation of Masticatories with inhibition of Digastrics

A

Decrease activation of deep segmental cervical stabilizing musculature

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4
Q

The goals of the corrective phase of spinal stabilization training include all of the following EXCEPT:

A. Focus on postural control, muscle balance, pain reduction/centralization
B. Train coordination and endurance with safe, low-load exercises
C. Progression to complex activities and functional exercises once the patient learns to move and position the spine in fundamental ways
D. Training with movements that replicate the patient’s sport and recreation activities

A

D. Training with movements that replicate the patient’s sport and recreation activities

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5
Q

Which of the following would not work toward enhancing the patient’s motivation to resume activity?

A. Establish that there will be no set backs or flare ups
B. Collaboratively establish functional goals
C. Create simple home exercises that does not require significant equipment
D. Educate that gradual reactivation will enhance recovery where as rest will interfere with recovery

A

A. Establish that there will be no set backs or flare ups

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6
Q

Your patient exhibits increased muscle tone in the cervico-thoracic solder area. He states he is under a lot of stress at work. What is the most likely cause of the muscle tightness according to Janda?

A. Fascial adhesions
B. Limbic system dysfunction
C. Reflex spasm
D. Interneuron dysfunction

A

B. Limbic system dysfunction

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7
Q

Which of the following is true concerning abdominal bracing (AB)?

A. The AB is something a person or athlete should consciously think about when performing their tasks.
B. It is performed by drawing the navel inward toward the spine.
C. It involves having the patient stiffen the trunk and hold the breath during maximum exertions
D. Once the patient has the kinaesthetic awareness of performing the AB, it can be challenging by adding resistance to external perturbations in different planes

A

D. Once the patient has the kinaesthetic awareness of performing the AB, it can be challenged by adding resistance to external perturbations in different planes

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8
Q

When is it appropriate to progress a patient’s spinal stabilization program to include complex activities and functional exercises?

A. Once the patient is able to hold side bridges for 30 seconds
B. Once the patient learns to move and position the spine in fundamental ways
C. Once the patient demonstrates appropriate strength in the lumbar extensor muscles
D. Once the patient has been performing the program for 3 weeks

A

B. Once the patient learns to move and position the spine in fundamental ways

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9
Q

As discussed in class, a decrease in closed kinetic chain dorsiflexion is a predictor of what condition?

A. Sacroiliac inflammation
B. Lumbalgia
C. ipsilateral glenohumeral dysfunction
D. All of the above

A

D. All of the above

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10
Q

Which of the following types of muscle hypertonicity is associated with acute muscle strain?

A. Limbic system dysfunction
B. Reflex spasm
C. Myofascial trigger point
D. Generalized muscle tightness

A

C. Myofascial trigger point

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11
Q

Which of the following is a mechanism of injury to the lumbar spine according to McGill?

A. Too many repetitions of force and motion and/or prolonged postures/loads
B. Cummulative loading in compression or shear
C. Axial torque with flexion
D. All of the above

A

D. All of the above

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12
Q

You have performed a muscle relaxation technique (MRT) on your patient’s right upper trapezius. The muscle does not spontaneously lengthen after the application. What is a likely reason?

A. The muscle tightness was probably a myofascial trigger point cause
B. The muscle tightness was probably secondary to an acute overload
C. The muscle tightness was probably a primary neuromuscular cause
D. The muscle tightness was probably a primary connective tissue cause

A

D. The muscle tightness was probably a primary connective tissue cause

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13
Q

You have performed a Lumbar Shear Stability Test & your patient has positive findings on this test. Which of the following is safe and effective exercises to train the lumbar erector spine?

A. Lumbar extensions on a Roman chair bench
B. Quadruped/ birddog
C. Superman
D. Supine bridge

A

B. Quadruped/ birddog

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14
Q

Your patient presents with radiating-type pain down the arm into the fingers. He states that he often assumes static postures for long periods of time while working on a computer. You have ruled out radicular involvement. What is the most likely cause according to Janda?

A. Limbic system dysfunction
B. Reflex spasm
C. Interneuron dysfunction
D. Myofasical trigger point

A

D. Myofascial trigger point

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15
Q

Which of the following best describes a NeuroDynamic Slider?

A. Can be thought of as a tensioner with one end put at slack
B. Is genetically predetermined and follows a predictable pattern
C. Increases tension on a neural structure and does not produce plastic deformation
D. All of the above

A

D. All of the above

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16
Q

Your patient is a sedentary office worker who has demonstrated a positive Supine ASLR with force closure dysfunction. What is an appropriate exercise?

A. Roman chair
B. Side bridges
C. Superman
D. Knee lifts with rotation

A

B. Side bridges

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17
Q

What is a characteristic of an ideal core exercise?

A. It strengthens the rectus abdomens and external obliques
B. It increases compression in the lumbar spine
C. It should challenge the muscles of the core while imposing minimal compressive load on the spine
D. It increases shear in the lumbar spine

A

C. It should challenge the muscles of the core while imposing minimal compressive load on the spine

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18
Q

According to McGill, core stabilization exercises (such as the prone plank) should be held for how long? Isometric holds longer than this stated time have been shown to cause rapid loss of available oxygen in the muscles.

A. Up to 60 seconds
B. No less than 30 seconds
C. As long as the patient can tolerate
D. Up to 8 seconds

A

D. Up to 8 seconds

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19
Q

Muscle hypertonicity secondary to acute overload:

A. Is associated aberrant afferent information sent by spinal or peripheral joint dysfunction
B. Is formed as a result of dysfunction such as being placed in a sustained shortened or lengthened position
C. Is associated with psychological stress
D. Is associated with a hyperirritable spot usually within taut band of skeletal muscle that refers pain in a characteristic pattern.

A

D. Is associated with a hyper irritable spot usually within taut band of skeletal muscle that refers pain in a characteristic pattern

20
Q

Which of the following describes the use of isometric contraction in performing muscle relaxation techniques?

A. Maximum contraction is necessary to break fascial adhesions
B. Gentler contraction is tried first in order to isolate the myofascial trigger point
C. Duration must be greater than 10 seconds in order to fatigue the muscle
D. It is only necessary if muscle tightness is a primary connective tissue cause

A

B. Gentler contraction is tried first in order to isolate the myofascial trigger point

21
Q

Your patient has initiated Level 1 sensorimotor training (Static Phase). Which of the following is most appropriate for him?

A. Static balance exercise on a stable surface progressing to a rocker board.
B. Shoulder flexion and extension movements in a single leg standing on a wobble board
C. High velocity movements to replicate activities of daily living (ADLs)
D. Single-leg squat and pull exercise with elastic tubing

A

A. Static balance exercise on a stable surface progressing to a rocker board

22
Q

Your new patient has never had a cervical spine adjustment using a supine full spine technique. She reports having some apprehension and an inability to relax her neck. How can using post-isometric relaxation (PIR) prior to the adjustment be assistive?

A. It can increase the stability of the segment
B. It can prevent the cavitation often associated with an adjustment
C. It can relax the cervical muscles prior to the administration of the adjustment
D. It can act as a splinting mechanism

A

C. It can relax the cervical muscles riot to the administration of the adjustment

23
Q

The second or “automatic” stage of motor learning requires

A. Cortical regulation of movement
B. Autonomic levels of processing
C. Concentration on the part of the patient
D. Constant feedback from both positive and negative experiences

A

B. Autonomic levels of processing

24
Q

According to Janda, sensory information coming into the CNS must be optimal at which of the following locations of the body?

A. Knee
B. Lumbar spine
C. Foot
D. Shoulder complex

A

C. Foot

25
Q

The small/short foot is described as:

A. An effort by the patient to shorten the foot by flexing the toes and lifting the arch
B. An effort by the patient to invert the foot in order to decrease hyperpronation
C. Increasing the medial longitudinal arch by using the foot’s intrinsic muscles
D. Increasing the medial longitudinal arch by using the long toe extensor muscle

A

C. Increasing the medial longitudinal arch by using the foot’s intrinsic muscles

26
Q

Your patient’s has muscle hypertonicity secondary to vertebral subluxation. Which of the following is the likely cause according to Janda?

A. Visoelastic dysfunction
B. Autogenic facilitation
C. Interneuron dysfunction
D. All of the above

A

C. Interneuron dysfunction

27
Q

Which of the following is TRUE concerning muscle co-contraction and spinal stability?

A. Spine stability is only marginally enhanced by co-contraction of antagonistic trunk muscles
B. Co-contractions increase spinal stability but they increase compressive load even more
C. Modest levels of co-activation are generally sufficient for spinal stability, but if a joint has lost it’s stiffness greater amounts of co-activation are needed
D. Without co-contractions, the spinal column is stable in the upright postures as long as external load is minimized

A

C. Modest levels of co-activation are generally sufficient for spinal stability, but if a joint has lost it’s stiffness greater amounts of co-activation are needed.

28
Q

Your 35 y/o female patient presents with dull nagging pain in the buttocks that seems to travel to the posterior thigh and mid-belly of the gastric. The aetiology is unknown although the patient does note that she had began attending a LA Fitness Cardio Kickboxing class 4-5 x/week, she is trying to get in shape for her upcoming wedding. SLR, Bowstring, Goldthwait, Bechterew, and Bonnet are all negative. MRI that was perform by her MD 10 days ago reveals mild disc degeneration at L4-S1, but otherwise remarkable. What might be in your differential diagnosis?

A. Lower crossed syndrome
B. Tight hamstrings
C. Gluteus minimus trigger point
D. Deep vein thrombophlebitis

A

C. Gluteus minimus trigger point

29
Q

Which of the following is an abnormal pattern of muscle activation in the Neck Flexion Test

A. Extension of Occiput on Atlas
B. Flexion of occiput on atlas
C. Preferential recruitment of Longus Capitus over SCM
D. Reciprocal Inhibition of RCPMinor

A

A. Extension of Occiput on atlas

30
Q

Sensorimotor training emphasizes

A. Postural control and progressive challenges to the sensorimotor system
B. Plyometric exercises to fatigue
C. Multi-joint weight lifting exercises
D. Developing explosive power with athletic movements

A

A. Postural control and progressive challenges to the sensorimotor system

31
Q

As a baby approaches 6 months of age, the diaphragm, as a muscle, begins to fulfill its dual function. What is the dual function as suggested by Frank, Kobesova, and Kolar?

A. Glenohumeral and scapular stability
B. Respiration and postural, spinal stability
C. Forced inhalation and passive remodelling into expiration
D. Gleno-humeral and femoral-acetabular joint centration

A

B. Respiration and postural, spinal stability

32
Q

What did Janda believe was the cause of movement impairments and altered motor programming within the CNS?

A. Alterations in proprioception caused by decreased electromechanical delay
B. Muscle hypertrophy as an adaptation to resistance training
C. Increased feedforward neuromuscular control
D. Muscle imbalances associated with tight postural and inhibited phasic muscles

A

D. Muscle imbalances associated with tight postural and inhibited phasic muscles

33
Q

Level 2 sensorimotor training (Dynamic Phase) involves:

A. Static balance exercise on progressively less stable surfaces
B. Incorporating arm and leg movements to balance exercises
C. High velocity movements to replicate activities of daily living (ADLs)
D. Single-leg squat and pull exercises with elastic tubing

A

B. Incorporating arm and leg movements to balance exercises

34
Q

Shrier, in the British Journal of Sports Medicine 2004 and Hurley 1999 suggested he evidence shown in clinical literature supports that _____ is the most modifiable mediating factor for primary osteoarthritis.

A. Joint proprioception
B. Proprioception
C. Interneuron Communication
D. Muscle dysfunction

A

B. Proprioception

35
Q

Which of the following is TRUE concerning spinal (core) stabilization training?

A. It should include motor control exercise that emphasize increasing a patient’s functional capacity to exclipse the demands of their activities.
B. It should identify a successful self-management routine, which allows for resumption of social activities with a pre-episode activity tolerance
C. The ultimate goal of care is to restore optimal function to enhance participation without limitations in ADLs
D. All of the above

A

D. All of the above

36
Q

With regards to the philosophy of exercise design, which of the following does not ensure progressive positive slope?

A. Adding or removing exercises based on a positive slope
B. Removal of exercises which the patient finds boring or too easy
C. Adding new exercises one at a time after a positive slope has been established
D. Initiation of reconditioning with a limited number of exercises

A

B. Removal of exercises which the patient finds borings or too easy

37
Q

Contraction of the ___ muscle precedes activation of other abdominal musculature regardless of direction of reactive forces

A. Rectus abdominus
B. Transverse abdominus
C. Gluteus medius
D. Splenius capitus

A

B. Transverse abdominus

38
Q

When performing the Slump Test, the patient should be in the following position to put the sciatic nerve at tension?

A. Pt. seated, thoracic spine extended, hip flexed, knee extended, great toe dorsiflexion
B. Pt. supine with hip flexed to 90 degrees and knee extended to 60 degrees
C. Pt. Seated, arms internally rotated and slightly extended, slumped in the thoracic and lumbar spine, cervical spine flexion, knee extension and plantar flexed
D. Pt. seated, arms internally rotated and slightly extended, slumped in the thoracic and lumbar spine, cervical spine flexion, knee extension and foot dorsiflexion

A

D. Pt. seated, arms internally rotated and slightly extended, slumped in the thoracic and lumbar spine, cervical spine flexion, knee extension and foot dorsiflexion

39
Q

Your patient has recently taken on a new project with Time Warner and is spending 70+ hours at a computer. He is having right posterior forearm pain and after a thorough history, you believe he is having posterior interosseous nerve compression (aka Radial Tunnel Syndrome). What nerve slider position would you treat in?

A. GH jt ABduction to 90 degrees, elbow extension, dorsiflexion of the wrist, and lateral cervical flexion to the right
B. GH jt ABduction to 90 degrees, elbow extension, dorsiflexion of the wrist, and lateral cervical flexion to the left
C. GH jt ABduction to 90 degrees, elbow extension, pronation at the radio-ulnar joint, with wrist flexion and lateral cervical flexion right
D. GH jt ABduction to 90 degrees, elbow extension, pronation at the radio-ulnar jt. with wrist flexion and lateral cervical flexion left.

A

D. GH jt ABduction to 90 degrees, elbow extension, pronation at the radio-ulnar jt. with wrist flexion and lateral cervical flexion left.

40
Q

MATCHING

Area which includes the ipsilateral mastoid, interarticular regions of the frontal and/or maxilla

A. Suboccipital
B. Iliopsoas
C. Deep Quadratus
D. Scalene
E. SCM
A

E. SCM

41
Q

MATCHING

Ipsilateral sacro-iliac joint and Gluteal fold

A. Suboccipital
B. Iliopsoas
C. Deep Quadratus
D. Scalene
E. SCM
A

C. Deep Quadratus

42
Q

MATCHING

Anterior thigh, ipsilateral paraspinal region as well as superior sacroiliac joint

A. Suboccipital
B. Iliopsoas
C. Deep Quadratus
D. Scalene
E. SCM
A

B. Iliopsoas

43
Q

MATCHING

Ipsilateral pec area, medial scapula, area similar to C5 dermatome, dorsal 1st, 2nd, 3rd digits

A. Suboccipital
B. Iliopsoas
C. Deep Quadratus
D. Scalene
E. SCM
A

D. Scalene

44
Q

MATCHING

Hat Band distribution

A. Suboccipital
B. Iliopsoas
C. Deep Quadratus
D. Scalene
E. SCM
A

A. Suboccipital

45
Q

Your patient is having chronic low back pain, slight medial knee pain, you note a positive modified thomas test (tight iliopsoas). You also suspect decreased activation of the posterior oblique force closure system. What exercise might you suggest for your patient?

A. Oblique curl up
B. Sphinx with Chin Tuck
C. Bridge
D. Push up plus on a ball

A

C. Bridge