Exam 1 Flashcards
The preferred location for testing the S1 dermatome would be the
a. Lateral aspect of the foot.
b. Dorsum of the foot.
c. Medial aspect of the foot.
d. Anterior aspect of the lower leg.
answer a.
The resisted motion for testing the C5 myotome would be
a. Shoulder elevation/shrug.
b. Shoulder abduction.
c. Elbow flexion.
d. Elbow extension.
answer b.
The purpose of a scan exam is to determine:
a. The source of a patient’s symptoms.
b. The presence of red or yellow flags.
c. The location for an in-depth examination.
d. The need to refer to another practitioner.
e. All of the reasons listed above.
answer e.
A patient demonstrates increased reflex response on the right patellar tendon when compared to the normal reflex response on the left. This hyper-reflexia should be recorded in the note as a grade of
a. 0
b. 1+
c. 2+
d. 3+
e. 4+
answer d.
Your patient has a painful joint in her R LE. When she steps on that limb, she leans to the right. Your suspect that the involved joint is which of the following?
- Hip
- Knee
- Ankle
- Foot
answer 1.
The determinant of gait that results in management of the movement of the COG in the frontal plane is:
- Lateral pelvic tilt
- Knee flexion in stance
- Lateral displacement of the pelvis
- Transverse plane rotation of the pelvis
answer 3.
Your patient ambulates by externally rotating his left lower limb to 90 degrees as he tries to advance his limb at the initiation of swing phase. This movement method is a common substitution for weakness of which of the following muscle groups?
- Hip external rotators
- Knee extensors
- Ankle dorsiflexors
- Hip flexors
answer 4
A flat-back posture in standing and during ambulation is a result of tightness of which of the following structures?
- Ankle dorsiflexors
- Erector spinae muscles
- Hip extensors
- Knee extensors
answer 3
During a scan exam, the purpose of providing overpressure is to:
a. apply additional tissue stress to a joint that moved through a full ROM without pain
b. to determine neurological involvement
c. to determine the strength of a motion at the particular joint being tested
d. all of the above
answer a.
You notice that your patient shows significant hyperextension of one knee during the mid through late portions of the stance phase while walking. This gait deviation is most likely the result of which of the following impairments?
a. Weak ankle evertors
b. Tight hamstrings
c. Weak ankle plantarflexors
d. Tight gluteus maximus
answer c.
Moving the forefoot in a side to side manner while stabilizing the calcaneus is appropriate to test the movement of which joints?
- Subtalar joint
2. Midtarsal joint oblique axis
3. Midtarsal joint longitudinal axis
4. Intermetatarsal joints
answer 2.
Dorsal gliding of the proximal row of carpals at the radiocarpal joint will likely improve the osteokinematic motion of
- wrist flexion
- wrist extension
- forearm pronation
- forearm supination
answer 1.
Your patient lacks osteokinematic dorsiflexion in his foot. You would mobilize with which of the following techniques?
- lateral glide of calcaneus
2. posterior glide of talus
3. joint compression
4. anterior glide of talus
answer 2.
If your patient has lost shoulder abduction secondary to capsular restriction, which glide would be best to improve on this motion deficit?
- superior glide
2. anterior glide
3. inferior glide
4. posterior glide
answer 3
Which of the following best describes the open or loose-packed position of the glenohumeral joint?
- 55 degrees ABD with 30degrees Horizontal ADD
2. 90 degrees GH ABD with full ER
3. Full GH elevation
4. Anatomic position
answer 1.
Your patient has severe restrictions in wrist motion due to cast immobilization for 12 weeks. Of all the restrictions, ulnar deviation is the most pronounced. Which of the following glides would be best to utilize to improve ulnar deviation at the radiocarpal joint?
- Dorsal glide of proximal carpal row
2. Palmar glide of proximal carpal row
3. Medial glide of proximal carpal row
4. Lateral glide of proximal carpal row
answer 4.
A long section of bone is experiencing a 3 point bend, with the central force application on the superior surface, and the two lateral forces applied to the inferior surface. As a result of all forces applied, which of the following resultant forces will be occurring on the superior surface?
- Compression
2. Tension
3. Torsion
4. Shear
answer 1