Exam Details
Subject | orthotics science | |
Paper | paper 7 | |
Exam / Course | bachelor of prosthetics and orthotics (bpo) | |
Department | ||
Organization | Dr.M.G.R. Medical University | |
Position | ||
Exam Date | August, 2018 | |
City, State | tamil nadu, chennai |
Question Paper
AUGUST 2018 Sub. Code: 2417
BACHELOR IN PROSTHETICS ORTHOTICS
SECOND YEAR
PAPER VII ORTHOTICS SCIENCE II
Q.P. Code: 802417
Time: Three Hours Maximum 100 Marks
Answer All questions
I. Elaborate on: x 10 30)
1. Explain with examples of different types of knee orthosis.
2. Define "Cerebral palsy" and discuss the orthotic management of Spastic
diplegic cerebral palsy child.
3. Discuss the orthotic management in congenital dislocation of hip.
II. Write notes on: x 5 40)
1. Write a note on design, indication and mechanism of Knee orthosis with
dial lock knee joint.
2. Write the design indications and biomechanics of offset axis orthotic
knee joint.
3. Write the biomechanics of FRO in Cerebral palsy children.
4. Explain about trilateral hip abduction orthosis and its biomechanics.
5. Explain the biomechanics of knee orthosis in correcting genu varum and
valgum deformity.
6. How will you differentiate a KAFO for PPRP patient and meningomyelocele
patient?
7. Write the orthotic management of spina bifida.
8. Differentiate conventional KAFO and thermoplastic KAFO. Explain the
Biomechanics of thermoplastic KAFO.
III. Short answers on: (10 x 3 30)
1. Write a note on gait activated KAFO.
2. Write a note on weight relieving KAFO.
3. What is spinal cord injury and its types? Write the function of orthosis in
spinal cord injury patient.
4. Write the role of knee orthosis in the osteoarthritis of knee joint.
5. What is limb length discrepancy, its types and how to measure it?
6. What is pattern bottom brace?
7. Explain Charcot Restraint Orthotic Walker (CROW).
8. Explain about parapodium.
9. Write the advantages of standing frames in spinal cord injury patient.
10. Define Swedish knee cage and write its indications
BACHELOR IN PROSTHETICS ORTHOTICS
SECOND YEAR
PAPER VII ORTHOTICS SCIENCE II
Q.P. Code: 802417
Time: Three Hours Maximum 100 Marks
Answer All questions
I. Elaborate on: x 10 30)
1. Explain with examples of different types of knee orthosis.
2. Define "Cerebral palsy" and discuss the orthotic management of Spastic
diplegic cerebral palsy child.
3. Discuss the orthotic management in congenital dislocation of hip.
II. Write notes on: x 5 40)
1. Write a note on design, indication and mechanism of Knee orthosis with
dial lock knee joint.
2. Write the design indications and biomechanics of offset axis orthotic
knee joint.
3. Write the biomechanics of FRO in Cerebral palsy children.
4. Explain about trilateral hip abduction orthosis and its biomechanics.
5. Explain the biomechanics of knee orthosis in correcting genu varum and
valgum deformity.
6. How will you differentiate a KAFO for PPRP patient and meningomyelocele
patient?
7. Write the orthotic management of spina bifida.
8. Differentiate conventional KAFO and thermoplastic KAFO. Explain the
Biomechanics of thermoplastic KAFO.
III. Short answers on: (10 x 3 30)
1. Write a note on gait activated KAFO.
2. Write a note on weight relieving KAFO.
3. What is spinal cord injury and its types? Write the function of orthosis in
spinal cord injury patient.
4. Write the role of knee orthosis in the osteoarthritis of knee joint.
5. What is limb length discrepancy, its types and how to measure it?
6. What is pattern bottom brace?
7. Explain Charcot Restraint Orthotic Walker (CROW).
8. Explain about parapodium.
9. Write the advantages of standing frames in spinal cord injury patient.
10. Define Swedish knee cage and write its indications
Other Question Papers
Subjects
- anatomy
- applied mechanics & strength of materials
- bio – mechanics
- biomechanics
- computer science
- fundamentals of electricity & electronics
- material and workshop technology
- mobility and rehabilitation aids
- orthopaedics & amputation surgery
- orthotics
- orthotics science
- p and o workshop management
- pathology
- physical medicine & rehabilitation
- physiology
- prosthetics
- prosthetics science
- research methodology/project development