a. Sternocleidomastoid
b. Deltoids
c. Upper trapezius
d. Scalenus anticus
a. Sternocleidomastoid
a. 1-6
b. 9-24
c. 12-18
d. 3-12
d. 3-12
a. Flexion
b. Extension
c. Adduction
d. plantarflexion
c. Adduction
a. Fracture of the ulna with ulnar subluxation
b. Fracture of the ulnar with radial head subluxation
c. Fracture of the radius with radial head subluxation
d. Fracture of the radius with subluxation of the ulna
b. Fracture of the ulnar with radial head subluxation
a. Compound
b. Greenstick
c. Impacted
d. Avulsion
c. Impacted
6.What are the principles of fixation in fracture healing? These are the following EXCEPT
a. A small amount of movement at a fracture site may actually encourage fracture healing
b. Rigid fixation may lessen the stimulus for callus formation
c. Adequate fixation prevents impairment of the blood supply necessary for fracture healing
d. Any amount of movement is not allowed to maintain fracture fixation
e. Scapular fracture
d. Any amount of movement is not allowed to maintain fracture fixation
a. Inversion and eversion
b. Abduction and adduction
c. Dorsiflexion and plantarflexion
d. Pronation and supination
a. Inversion and eversion
a. Iliopsoas
b. Vastus medialis
c. Tensor fascia lata
d. Rectus femoris
d. Rectus Femoris
a. Bankart
b. Galeazzi
c. Monteggia
d. Hutchinson
c. Monteggia
a. None of the answers
b. Malunion
c. Non-union
d. delayed union
b. Malunion
Remember: Mali- union
a. Wrist dorsi and palmar flexion
b. Flexion and extension
c. Pronation and supination
d. Wrist radial and ulnar deviation
c. Pronation and supination
c. Result from repeated stresses associated with walking
a. Poor blood supply in the area
b. Presence of infection
c. Use of internal fixation
d. Bone gap is too wide
e. All of the answers are correct
e. All of the answers are correct
a. Avascular necrosis
b. Malunion
c. Osteomyelitis
d. Delayed union
a. Avascular necrosis
a. All of the answers are correct
b. Volkmann’s contracture
c. Myositis ossificans
d. Cubitus valgus
a. All of the answers are correct
a. Internal fixator
b. External fixator
c. Either
d. Neither
b. External fixator
a. Presence of fracture
b. Dowager’s hump posteriorly
c. Codfish vertebra in radiographs
d. Rib hump anteriorly
d. Rib hump anteriorly
a. Scurvy
b. Beri-Beri
c. Ricket’s disease
d. B and C
c. Ricket’s disease
a. Gustillo Anderson
b. Salter Haris
c. Garden
d. Le Fort
c. Garden
a. Osteopoikilosis
b. Osteogenesis imperfecta
c. Osteopetrosis
d. None of these
a. Osteopoikilosis
a. Delayed union
b. Nonunion
c. Malunion
d. none of these
a. Delayed union
a. lamellae
b. lacunae
c. Volkman’s canal
d. All of these
c. Volkman’s canal
a. Results from crushing of part of the growth plate
b. Involves the plate and a small portion of the metaphysis
c. Stage where there is growth arrest
d. Traverses the bony epiphysis and involves the cartilage plate
e. None of these
b. Involves the plate and a small portion of the metaphysis
a. Vertebral body of C1
b. Vertebral body of C2
c. Neural arch of C2
d. All of these
e. None of these
e. None of these