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Positional plagiocephaly is caused by what
prolonged pressure on one side of skull (kid lying on bed)
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What causes microcephaly
failure of brain development
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Issues with kid with Crouzon
anterior fontanel completely closed, bluging eyes, wide-set eyes, underdeveloped jaw, cleft lip/palate
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Ages of head growth
8 weeks-posterior fontanel closed; 6 months-fibrous union of suture lines and interlocking of serrated edges; 18 months-anterior fontanel closed; after 12 years-sutures unable to be separated by increased ICP
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When is greatest risk for shunt with hydrocephalus
1-2 months after placement
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Problems with shunt
only last 2 years, infection, developmental delays, vision impairment, vomiting, setting-sun sign, enlarged head, dilated scalp veins
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Hydrocephalus
caused by imbalance of production and absorption of CSF in the ventricular system; when production is greater than absorption, CSF accumulates within the ventricular system usually under increased pressure which produces passive dilation of the ventricles
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Clinical manifestations of hydrocephalus infant early
abnormal head growth, bulging fontanels, dilated scalp veins, separated sutures, macewens sign (cracked pot sound on percussion), thinning of skull sbones
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Clinical manifestations of hydrocephalus infant later
depressed eyes, sclera above iris, sluggish pupils with unequal response to light, frontal enlargement (bossing)
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Clinical manifestations of hydrocephalus infancy general
irritability, lethargy, cries when picked up, quiet when left still, change is LOC, vomiting, lower extremity spasicity, difficulty in suckling and feeding, shrill cry, cardiopulmonary embarrassment
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Clinical manifestations of hydrocephalus in childhood
headache on awakening, (improvement after emesis or upright), papilledema, strabismus, EPS, irritability, lethargy, apathy, confusion, incoherence, vomiting
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Complications of VP shunt
malfunction and infection; great risk 1-2 months after placement
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Nursing care of hydrocephalus
look for increased ICP, do not place IV lines in scalp vein; dont arbitrarily pump shunt; post op keep child flat; pain relief with acetaminophen w or w out codeine or opioids for severe pain
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If increased ICP, position will be
elevation of HOB
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Priority nursing dx for SB
potential for infection
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Issues with SB
ruptured myelo, meningitis, risk for infection, needs braces and walker, PT/OT
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Meningocele
encases meninges and spinal fluid but no nerve elements
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Myelomeningocle
contains meninges, spinal fluid and nerves
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Etiology of SB
may have genetic component
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SB kinds might have
urinary dysfunction, may have to cath, fecal incontinence
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In SB patients it is important to observe childs behavior in conjunction with the stimulus because limb movements can be induced in response to spinal cord reflex activity that has no connection with higher centers
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In SB patients monitor urinary output
especially if diaper remains dry may indicate urinary retention; ABD assessment revealing bladder distention even with wet diaper may indicate urinary overflow in retentive bladder; head circumference is monitored daily
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Dressing changes of SB patient
sterile normal saline, changed frequently (2-4 hours) and sac is closely inspected for leaks, abraisons, irritation and any signs of infection
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Positioning before surgery with SB patient
prone, abduction, head turned to one side for feeding, CIC is used for urinary retention, no cuddling, caress or stroke ; prone, side lying or partial side lying
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Breastfeeding in SB
keep mother pumping until infant is stable to try breastfeeding
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Facioscapulohumeral MD
autosomal dominant disorder with onset in early adolescence; difficulty in raising the arms over the head, lack of facial mobility and forward slope of shoulders; slow progression and normal lifespan
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Limb-girdle MD
heterogenous group of disorders with autosomal dominant and recessive inheritance whose manifestations often appear in later childhood, adolescence or early adulthood with variable but usually slow progression; weakness of proximal muscles of pelvis and shoulder girdle
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Duchenne MD
most severe, most common, X-linked recessive trait, single gene defect on short arm of X chromosome; dystrophin is absent
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Characteristics of duchennes
early onset (37- years old); progressive muscular weakness, wasting and contractures, calf muscle hypertrophy; loss of independent ambulation by 9-12 years old; slow progression; gowers sign (walk hands up body to get up)
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Nursing DX for duchennes
impaired physical mobility related to muscle destruction
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Common complication of duchennes
obesity; mild to moderate cognitive impairment
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Clinical manifestations of duchennes
relentless progression of muscle weakness; waddling gait; lordosis, frequent falls, enlarged muslces, mental deficiency; complications-contractures of hips, ankles and knew, cardiomyopathy, obesity/undernutrition, respiratory compromise and cardiac failure
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Clinical classification of CP
motor abnormalities, associated impairments, anatomic and radiologic findings, causation and timing
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Four types of CP
spastic, dyskinetic, ataxic and mixed
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Spastic CP
70-80% of all CP, persistent primitive reflexes, positive Babinski sign, ankle clonus, exaggerated stretch reflexes, impairment of fine and gross motor skills
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Dyskinetic CP
jerking movements characterized by dlow, wormlike movements, dystonic-slow twisting of trunk, drooling, dysarthria
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Ataxic CP
wide based gait, rapid repetitive movements performed poorly
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Clinical manifestations of CP
delayed gross motor development, abnormal motor performance, alterations of muscle tone, abnormal posture, reflex abnormalities, associated disabilities (seizures, sensory impairment), crouched gait, intoeing, late crawling, late sitting up, arched back, stiff posture, knee contractures, hip dislocation
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Should CP kids use walkers?
NO
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Nursing DX for CP
impaired physical mobility, risk for injury, pain
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