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Transverse deficiency
no skeletal elements below level of normal development
resemble an amputation residual limb in which the limb has developed normally to a particular level beyond which no skeletal elements are present
Longitudinal deficiency
reduction or absence of elements is present within the long axis with normal skeletal elements distal to affected bone
5 Stages of Child Development
Newborn (0-3 months)
Infant (3-12 months)
Toddler (1-3 years)
Preschool age (3-4 years)
School age (4-5 years)
Staging of pediatric prostheses is based on a _ rather than _ alone
Staging of pediatric prostheses is based on a child’s developmental abilities rather than age alone
Limb deficiency affects how a child performs motor skills, not when those skills emerge, and the sequence of development remains predictable.
Gross motor milestones are therefore used to guide prosthetic treatment planning.
When staging a prosthesis, the prosthetist considers developmental level, amputation level and etiology, activity and participation goals, and cosmetic needs.
For children receiving a first prosthesis, readiness is determined by functional skills such as pulling to stand, cruising along furniture, standing with support, walking behind a push toy, or taking independent steps.
Age-Appropriate Communication and Appointment Considerations
Avoid white coats
Get on their level
Be honest
Use simple language. Use affirmative terms and avoid negative terms.
Allow child to control some choices
Appointment time
Pediatric Feet & Components
10cm – 22cm
SACH to Dynamic Response
Pylon = 22mm
Requires pediatric adapters: tube clamps, pyramids, etc.
Watch weight limit of components
Pediatrics Growth - Plan Ahead
Longitudinal Growth is faster than circumferential growth
Plan Ahead
Socket liners
Begin with socks and remove with growth
Flexible inner with frame
Distal end pads
How often do peds need now prosthesis (normally)
Preschool age: at least 12 months
Grade school age:12 – 18 months
Teenage:18 – 24 months
Osseous Overgrowth
Terminal bone spikes can cause pain, skin breakdown and difficulty wearing a prosthesis.
Osseous Overgrowth Etiology
Appositional growth at the cut bone end, rather than physeal growth. Exact pathogenesis remains uncertain.
Revision Peds Rates Incidence
by level
50% Metaphyseal
45% Diaphyseal
0% Disarticulation
by amputation cause
Traumatic 43%
congenital / intrauterine 30%
elective 20%
Other Peds Considerations
Parental and Family Adjustment
Grief, Loss, and Coping
Marital Adjustment
Psychological Adjustment