MS 2 Flashcards

1
Q

medical management of DDH

A
  • Treatment varies depending on the severity of the symptoms, the extent of the dysplasia, and the infant’s age.
  • Greater chance a normal hip will develop if dislocation is corrected during the first days of life
  • During neonatal period, a corrective device is placed to maintain the hip in flexion and abduction
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2
Q

most common treatment of DDH

A
  • Traction is used followed by casting/immobilization between the ages 6 to 18 months
  • Older child – operative reduction
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3
Q

describe scoliosis

A
  • Lateral curvature of the spine of more than 10 degrees
  • Can occur anywhere along the spine – thoracic area is the most common
  • Most common spinal deformity
  • Can be congenital, develop during infancy or childhood, but most commonly seen in early adolescence – called idiopathic scoliosis*
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4
Q

scoliosis diagnostics

A

Forward bending test – screening test

X-ray of the spine – anterioposterior and lateral

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5
Q

medical management of scoliosis

A
  • Monitored closely every 3 to 12 months is curve is less than 20 degrees
  • If curvature 20 to 40 degrees, bracing is usually considered along with exercise
  • Surgery may be considered for severe cases
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6
Q

if bone is every disturbed…

A

(ie/ surgery or compound fracture), at risk for bone infection (ex/ osteomyelitis requires antibiotics)

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7
Q

mild and severe treatment of scoliosis

A
  • If curvature is not too bad, just try to attempt good posture to strengthen back muscles to prevent further complications or back discomfort/pain
  • May continue to worsen, may need brace or surgery if brace doesn’t work (put rods in bone)
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8
Q

describe osteomyelitis

A
  • Infectious process of the bone
  • May be acute or chronic
  • Can occur at any age. Most commonly between 1 to 12 years
  • Most commonly seen in boys – two to three times as often as girls
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9
Q

clinical manifestations of osteomyelitis

A

-Fever
-Abrupt pain – point tenderness above the bone and swelling and warmth over the bone
-Unwillingness to bear weight or to move limb
Irritability
-Possible dehydration/poor appetite

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10
Q

medical management of osteomyelitis

A
  • IV antibiotics usually for 4 to 6 weeks
  • Bed rest
  • Affected limb may be immobilized in a cast or splint
  • Surgery may be performed
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11
Q

A group of muscle disorders that cause the gradual wasting of symmetrical groups of skeletal muscles.
Most common group of muscle disorders in childhood

A

Muscular Dystrophies

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12
Q

is the most common and serious type of muscular dystrophies

A

Duchenne’s

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13
Q

describe Duchenne’s

A

This is an X-linked disorder; it is seen only in males
Onset: within first 3-4 years of life
*Sometimes children are perfectly normal in development until ages 3 or 4 and start having muscle wasting

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14
Q

describe the development of Duchenne’s

A
  • Muscle weakness begins in the lower extremities in early childhood
  • As the disease progresses scoliosis, other musculoskeletal conditions, cardiomyopathy, and respiratory difficulty occur
  • *Progressive weakness and muscle deformity leads to chronic disability
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15
Q

treatment of muscular dystrophies

A
  • No effective treatment for childhood muscular dystrophy

- Treatment goal is to provide support and prevent complications such as infection or spinal deformities

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16
Q

MD diagnostics

A

Serum enzyme assay, muscle biopsy, and electromyography confirm diagnosis

17
Q

what is a fracture and how are they classified

A
  • Break in bone associated with a fall or other trauma

- Classified according to the type of fracture line & tissue injury (simple-closed or compound-open)

18
Q

greenstick vs complete fracture

A
  • Greenstick most common type in under age 3 year

- Complete – divides bone fragments; Incomplete – fragments remain attached

19
Q

treatment of fractures

A

casting, traction, surgery

20
Q

common fracture sites

A

forearm, clavicle, femur, tibia, fibula

21
Q

emergency treatment for fractures

A
  • Immobilize
  • Elevate extremity
  • Apply cold pack: Generalized swelling from muscles contracting & physiologically splinting the injured area
  • Cover open wounds
  • Assess neuro vascular (NV) status
22
Q

diagonal or slanting break that occurs between the horizontal and perpendicular planes of the bone

A

oblique fracture

23
Q

break of fracture line occurs at right angles to the long axis of the bone

A

transverse fracture

24
Q

bone is splintered into pieces

rare in children

A

comminuted

25
twisted or circular break that affects the length rather than the width **frequent in child abuse
spiral
26
describe compartment syndrome
* *Most serious complication - Condition of increased pressure in a limited space such as the soft tissue of an extremity, which compromises circulation and nervous innervation
27
s/s of compartment syndrome
``` Paresthesia Pain Pressure Pallor Paralysis Pulselessness **Remember to always monitor neurovascular status of affected area ```
28
why do we call these neuro assessments if unlike normal neural checks
***neurovascular because looking at color and feeling, not cranial
29
process of bone healing
Bone Injury Fibrocartilaginous Callus Formation Bone Remodeling Bony Callus Formation
30
children typically recover ____ from bone injury
*quickly | Can go in and look at potentially child abuse (look at x rays and see it did not form straight)
31
what are the purposes of traction
1) To fatigue the involved muscle & reduce muscle spasm so bones can be realigned 2) To position the distal & proximal bone ends in desired realignment to promote satisfactory bone healing (reduction) 3) To immobilize the fracture site until realignment & healing to permit casting or splinting
32
is produced by attaching weight to the distal bone fragment balanced by the backward force of the muscle pull (counter traction) & force between the patient & bed (friction)
forward force (traction)
33
to adjust counter traction...
increase/decrease foot of bed
34
applied to the body part by hand & placed distally to the fracture site; often performed during cast application **most common type
manual traction
35
pull is applied directly to the skin surface & indirectly to the skeletal structures; pulling mechanism is attached to skin with adhesive material or an elastic bandage
skin traction
36
pull is applied directly to the skeletal structure by a pin, wire, or tongs inserted into or through the diameter of the bone distal to the fracture
skeletal traction
37
is traction still used
yes, but less common (surgery used more)
38
when is traction still used
- typically if very traumatic event (ie/ neck injury) - bones are very compacted * **need weights on one side, hanging freely (not sitting on the floor)
39
complications of traction
``` Decreased muscle strength, tone, & endurance Disuse atrophy Loss of joint mobility Weak back & abdominal muscles Bone demineralization Decreased metabolic rate Venous status & thrombus formation Dependent edema Loss of respiratory muscle strength Anorexia, abdominal distention, & constipation Skin breakdown Urinary retention ```