To improve function
increase or control range of motion
provide stability
To decrease pain
To protect for self harm
Orthotics
Is the limitation imposed by the orthotic more important than the strengthening of the immobilized muscle?
Cost Benefit
Cranial Remolding Orthoses
Infants between the ages of 3 and 18 months
Presenting with the following diagnoses:
Plagiocephaly (diagonal asymmetry of the skull)
Brachycephaly (a skull presentation with occipital flattening and wider and taller parietal areas)
Scaphocephaly (a skull presentation with an elongated anterior/posterior dimension and a flatter and taller parietal area)
custom-made orthoses that encourage symmetric growth to improve head shape as it grows
CROs
CROs
Cranial Remolding Orthoses
Infants between the ages of 3 and 18 months can get CRO’s. What are CRO’s ?
Cranial Remolding Orthoses
Plagiocephaly
diagonal asymmetry of the skull
Brachycephaly
a skull presentation with occipital flattening and wider and taller parietal areas
Scaphocephaly
a skull presentation with an elongated anterior/posterior dimension and a flatter and taller parietal area
a baby has plagiocephaly, brachycephaly, or scaphocephaly, and they are between 3 and 18 months…..
they can have a ….
CRO, cranial remolding orthoses
Discontinuation of the helmet, CRO, occurs when…
head shape has improved to parent and clinician satisfaction, the child is repositioning on their own, and torticollis is resolved.
how long is a CRO worn?
Worn for 3 to 5 months, 23 hours per day
Prior to CRO intervention,
head control is required, and 2 months of repositioning is recommended
Used in the management of scoliosis to stabilize curve progression, or reduce pain by controlling the spine or segments of the spine. (Worn for 23 hours per day)
Used to provide trunk support (positioning) for educational activities. (Worn during the school day)
Used to prevent spinal segmental movement with certain spinal conditions. (vertebral fractures)
The segment of the spine impacted will dictate the size of the orthosis required.
Spinal Orthoses
lower extremity, first thought should wear a good shoe
cuboid bones are not solidified yet
they have that fat pad still
to wrap them up in a brace is like wrapping up dice and fat
a good shoe
-heel counter (heel cup is firm to give support to calcaneus in neutral)
-arch support (longitudinal arch to stop excessive pronation with weight bearing)
-laces, give more mid foot stability
basic foot support for children involve
-heel counter (heel cup is firm to give support to calcaneus in neutral)
-arch support (longitudinal arch to stop excessive pronation with weight bearing)
-laces, give more mid foot stability
remember the cuboid bone prob not solidified yet
fat pad still on foot, making it look like flat feet
billy goat shoes
good for kids that have braces on ankles/orthotic
has a zipper on the side
foot orthotic
arch support and padding along calcaneus and heel
help to decrease foot pain, associated with walking later on in the day
increase endurance
if kid demos slight valgus and pronate but maintain a small arch but they do complain their feet hurt or want to be carried or do not want to walk because of it…. but not just kids
supra malleolar orthotic
a lot of
calcaneal valgus
midfoot pronation
slight eversion of foot
more stability around talocrural and subtalar joint
supports calcaneus and provides arch support
good for young children
Athletic Support Orthosis
foot pain or inversion sprains
cant tolerate material used in orthotics or too hot this can be better
Provides stability of the ankle joint and support of the arches of the foot using velcro laces and nylon material
Used for active children who are involved in higher level gross motor or sports activities.
night stretching splint
looks like an AFO
larger than an AFO though
has strap and pulls foot into DF
in order to elongate soft tissue, need to be on stretch for 6 hours
good for gastroc soleus tendon complex
can sleep in them
get kid used to it, then apply stretch
after 6 weeks put a little more DF
Worn until the child is done growing.
Solid ankle joint AFO
good for toe walkers
powerful spasticity , where they sit in Plantar flexion
supports knee joint control (midstance, trying to block that quick snap into knee hyperextension)
good for crouched gait too
Ankle foot orthotic
Prevents ankle joint plantarflexion
Promotes knee joint control (flexion and extension) during ambulation
Provides toe clearance during swing through
articulating AFO (less restrictive AFO)
allows for eccentric control of tibia moving forward or posteriorly over ankle joint
Prevents ankle joint plantarflexion
Allows ankle joint dorsiflexion and knee joint flexion
Ground Reaction AFO
crouched gait pattern but have the ROM but not the strength during weight bearing phase of gait, assist with that motion, but needs to have the ROM in the knee joint in order for this to work.
Also called Floor Reaction AFO
Encourages knee joint extension and less flexion during ambulation.