Ch5 Musculoskeletal System Structure, Function, Exam Prep - Effgen - Pediatric Physical Therapy 3e - Test Bank by Susan K. Effgen. DOCX document preview.
Chapter 5. Musculoskeletal System: Structure, Function, and Evaluation
Multiple Choice
Identify the choice that best completes the statement or answers the question.
____ 1. You are doing an orthopedic evaluation on a 13-month-old child. The parents are concerned that the child is not walking. Select the finding that is atypical in a 13-month-old child.
a. | The child has no visible longitudinal arch in standing (flat feet). |
b. | The child has a 3-degree hip flexion contracture. |
c. | The child has genu valgum. |
d. | The child has a straight lateral border of the foot. |
____ 2. Select the factor that contributes to neonatal hip instability.
a. | Synovial viscosity |
b. | High neck shaft angle of inclination |
c. | 30 degrees of retrotorsion |
d. | Spherical femoral head |
____ 3. When performing the hip prone extension test, you should:
a. | stabilize the pelvis before measuring. |
b. | allow the “nontesting” foot to rest gently on the floor. |
c. | position the child with one hip on the edge of the plinth and the other securely on the plinth. |
d. | test both sides at the same time. |
____ 4. A full-term, typically developing neonate will have which of the following limitations in range of motion?
a. | Limitations in hip flexion and elbow flexion, and excessive plantar flexion |
b. | Limitations in hip extension and elbow extension, and excessive plantar flexion |
c. | Limitations in plantar flexion, excessive hip flexion, and elbow extension |
d. | Limitations in hip extension and elbow extension and excessive dorsiflexion |
____ 5. Select the correct definition.
a. | Antetorsion is a posterior rotation through the long axis of the femur. |
b. | Retrotorsion results in a posterior rotation of the neck of the femur in relation to the acetabulum. |
c. | Anteversion refers to the position of the head of the femur relative to its position in the acetabulum. |
d. | Retroversion places the leg into external rotation. |
____ 6. Measuring a child’s thigh-foot angle gives you an indication of the amount of:
a. | twisting of the long axis of the tibia (version). |
b. | hamstring limitation. |
c. | genu valgum. |
d. | metatarsus adductus. |
____ 7. It is common to see the most significant genu valgum posture (knock-kneed) in children around __________ year(s) of age.
a. | 1 |
b. | 19 |
c. | 4 |
d. | 12 |
____ 8. After initial development, bone shape can be changed through a process called:
a. | metaphysis. |
b. | calcification. |
c. | ossification. |
d. | modeling. |
____ 9. Variability in joint angle or kinematic patterns during gait is most common in:
a. | young independent walkers. |
b. | toddlers. |
c. | adolescence. |
d. | running. |
____ 10. Cadence is:
a. | highest in adolescence. |
b. | very high in 1-year-old walkers. |
c. | highest in toddlers. |
d. | stable during maturation of gait. |
____ 11. The clavicle, mandible, and facial and cranial flat bones develop directly in vascularized mesenchyme through a process called:
a. | endochondral ossification. |
b. | mesodermal outgrowth. |
c. | differentiating chondroblasts. |
d. | intramembranous ossification. |
____ 12. The spine of a newborn infant is initially in a:
a. | scoliotic position. |
b. | kyphotic position. |
c. | straight position. |
d. | lordotic position. |
____ 13. The kinematics of a child’s gait are generally mature by which age?
a. | 2 years |
b. | 4 years |
c. | 7 years |
d. | 9 years |
____ 14. Reciprocal arm swing:
a. | starts to emerge at age 4 years. |
b. | is correlated with decreased base of support. |
c. | is common with hand high guard. |
d. | is common in early walkers. |
____ 15. You see an 8-year-old in the clinic who presents with an in-toeing gait and no history of atypical development or any neuromuscular disorder. When you observe her, bilaterally, her patellae seem to be pointing medially. Which of the following should you examine first?
a. | Her tibial axial rotation |
b. | Her forefoot varus |
c. | Her femoral torsion |
d. | Her hip abduction |
____ 16. Which of the following is one of the five indicators of mature gait?
a. | The hip flexion contracture decreases. |
b. | Velocity increases. |
c. | The child shows an arm swing. |
d. | The child’s joint kinematics are symmetrical. |
____ 17. You are performing a musculoskeletal examination with a 6-year-old boy who was brought into the clinic by his mother for a mild limp but no pain or other complaints. You observe him walking, favoring his left side. Which one of the following would be an appropriate screening maneuver to do with him?
a. | Block method |
b. | Craig’s test |
c. | Ober test |
d. | Galeazzi sign |
____ 18. The entire infant lower extremity is in a posture of external rotation at rest. The major reason for this is:
a. | hip flexion contracture. |
b. | higher femoral antetorsion than antetorsion coupled with external tibial torsion. |
c. | overall tibial varum. |
d. | maximal neonatal anteversion relative to the lower femoral antetorsion. |
____ 19. Infants at birth have increased hip lateral rotation. This decreases over time for primarily which reasons?
a. | Increasing hip extension and the standing position |
b. | The decreasing angle of inclination that happens over time |
c. | The Hueter-Volkmann principle |
d. | Increasing hip abduction |
True/False
Indicate whether the statement is true or false.
____ 20. A flexible flat foot in a typically developing 3½-year-old is a concerning finding and should be referred to an orthopedic physician for further evaluation.
____ 21. To estimate the amount of metatarsus adductus present, you should draw a line that bisects the child’s metatarsals and then draw a second line that is perpendicular to this line and bisects the calcaneus.
____ 22. A tape measure is a more accurate method to measure an actual leg length discrepancy than the block method.
____ 23. Cartilage provides the initial prenatal structure for the development of bone.
____ 24. It is typical for a 24-month-old to have a hip flexion contracture of about 10 degrees.
Chapter 05
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Effgen - Pediatric Physical Therapy 3e - Test Bank
By Susan K. Effgen
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