paediatric orthopaedics Flashcards

(45 cards)

1
Q

talipes equino varus

A

clubfoot
foot points downards and inwards
can be corrected by splintage or is neurological or skeletal so cant
series of casts
percutaneous tenotomy of achilles tendon- 90% will need this

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2
Q

MSK issues that cause concern

A

in toed gait
bow legs
flat feet
curly toes
late walkers

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3
Q

how to check in toeing

A

gait angle
forefoot alignment
thigh foot angle (lies on front and look arial view when bent knee)
hip rotation
86% reassured at first visit, never operate before 10 years

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4
Q

internal tibial torsion

A

increased thigh foot angle
90% resolve
no role for splints or physio etc

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5
Q

metatarsus adductus

A

90% resolve by 1 year
5% persist to adulthood
toes point in

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6
Q

normal physiological shape of legs

A

babies start off varus legs
then straight
then valgus
then straight
people concerned but reassure normal

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7
Q

flat feet

A

normal at birth diminishes with age
jacks test lift toe up heel turns into varus
insoles no benefit

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8
Q

curly toes

A

strong fam history
tightness in flexor tendons
mostly cosmetic problem
if functional problem consider flexor tenotomy if over 6 years

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9
Q

walking age mean

A

12 months. 50% take longer than mean. beyond 18 months refer

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10
Q

developmental dysplasia of hip

A

structural abnormality in the hips caused by abnormal development of the fetal bones during pregnancy
instability in the hips and a tendency or potential for subluxation or dislocation
can persist into adulthood

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11
Q

the big 3

A

developmental dysplasia of hip DDH
slipped upper femoral epiphysis SUFE
perthes disease

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12
Q

DDH signs

A

picked up during the newborn examinations or later when the child presents with hip asymmetry
Ortolani test
Barlow test
clunking
reduced range of movement in the hip
limp.
short femur
hamstring test

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13
Q

DDH epidemiology

A

common in inuits
eastern europe
not african
commoner in girls
left hip commoner

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14
Q

risk factors DDh

A

first born
breech
family history
increased weight

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15
Q

DDH investiagtions

A

ultrasound gold standard
xrays also

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16
Q

management DDH

A

pavlik harness if less than 3 months. permanent for 6-8 weeks
surgery if fail or if post 3 months of age then hip spica cast to immobilise
over age 6 and bilateral leave alone.
over aged 10 and unilateral leave alone
older child the poorer the results

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17
Q

perthes disease

A

idiopathic disruption of blood flow to the femoral head, causing avascular necrosis of the bone. affects the epiphyses of the femur
children aged 4-12 years
more common in boys

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18
Q

presentation perthes disease

A

short stature
pain in hip or groin
limp (random and sudden)
knee pain on exercise (referred)
stiff hip joint
systemically well
no history of trauma
familial tendency

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19
Q

investigations

A

xray
blood tests normal
technitium bone scan

20
Q

prognosis perthes

A

younger do better
proportion of head involved- herring A B and C shows level of collapse, C being worst

21
Q

treatment perthes

A

maintain hip motion with physio
analgesia
restrict painful activities
regular x rays to assess
supervised neglect- improve in 2-3 years
osteotomy in selected groups of older children
if bilateral consider other conditions but 10% can be

22
Q

slipped upper femoral epiphysis

A

head of the femur is displaced (“slips”) along the growth plate
more common in boys
aged 8 – 15 years
more common in obese children.

23
Q

presentation SUFE

A

adolescent, obese male undergoing a growth spurt
may be a history of minor trauma trigger
pain disproportionate to the severity of the trauma
relieved on rest
painful to weight bear

vague symptoms- hip, groin, thigh, knee, painful limp, restricted movement in hip
hip in external rotation
reduced internal rotation esp in flexion painful to try
plain x rays- trethowans sign helps to show. ice cream falling off its cone

24
Q

classification of SUFE

A

acute- 3 weeks
chronic- beyond
magnitude of slip
stable v unstable - weight bearing

25
management in SUFE
surgery to return femoral head to correct position and fix it in place to prevent slipping further stable- usually pinned in situ unstable- open reduction but avascular necrosis risk
26
limping infant 1-3 years common causes
septic arthritis fracture DDH
27
limping child 4-10 years common causes
transient synovitis perthes JIA
28
limping child more than 10 common causes
SUFE spondylolisthesis overuse
29
gowers sign positive
check creatinine kinase as muscular dystrophy
30
infection- limp
SA wont walk OM can TS will walk pain in SA and OM recent URTI /ear infection- TS general malaise- OM SM
31
septic arthritis
>38degrees no weight bearing >12000/ml WBC >40mm/hr CRP >30 surgery is treatment empirical antibiotics
32
transient synovitis
diagnosis of exclusion spectrum of severity history of viral infection low CRP and normal WBC excludes sepsis not that unwell limping
33
complex exceptional needs defined
severe impairment in at least 4 categories with enteral or parenteral feeding or severe impairment in at least 2 categories and ventilation/CPAP AND sustained for more then 6 months and ongoing
34
examples of complex needs
spina bifida syndromes cerebral palsy muscular dystrophy neurofibromatosis
35
Cerebral palsy
permanent and non progressive motor disorder due to brain damage before birth or during first 2 years of life causes can be prenatal, perinatal or postnatal can be spastic, athetoid, ataxia, mixed
36
gross motor function classification system
1- walks without limits 2- walk with limits 3- walks using hand held mobility device 4- may use powered mobility themselves 5- transported in manual wheelchair
37
problems in CP
spasticity lack of voluntary limb control impaired senses weakness poor coordination hip displacement- early surgical intervention
38
orthopaedic priorities in CP
spine, hip, feet maintain sitting balance improve standing posture gait
39
management non surgical CP
diazepam, baclofen botulinum toxin, baclofen intra thecal pump antiepileptics glycopyronium bromide for excessive drooling physio OT SALT dieticians
40
surgeries CP
soft tissue release bony relaignment- osteotomy risks and benefits need to be weighed up
41
scoliosis
deviation in coronal plane >10 degree deviation is clinically significant non structural- due to extrinsic cause structural - abnormal rotation of vertebrae
42
high risk progression scoliosis
premenarchal <12yo at presentation size of curve at presentation neuromuscular causes eg CP and muscular dystrophy
43
types of scoliosis
congenital idiopathic (most common) neuromuscular
44
examination of scoliosis
inspect posterior torso in forward flexion abnormal neurology or pain should be noted as not normally a feature
45
investigations in scoliosis
AP erect whole spine MRI to show cause