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PEDS FINAL

Quiz yourself by thinking what should be in each of the black spaces below before clicking on it to display the answer.
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Question
Answer
why are kids susceptible to head injury?   large head size in comparison to body, gravity, incomplete myelination/greater plasticity, smaller subarachnoid space, softer/gelatinous brain, flexible skull  
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layers protecting brain   scalp, galea, subgaleal space, periosteum, skull, dura, arachnoid, pia, brain  
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epidural hematoma   collection of ARTERIAL blood between skull and dura. Arterial bleed causes brain compression, loss of O2 and increased ICP  
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epidural hematoma- manifestations   periods of lucidity intermixed with unconsciousness  
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how do kids get epidural hemorrhage? (what type of injury causes it?)   skull fractures- laceration of middle meningeal artery  
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subdural hemorrhage   bleeding between the dura and arachnoid membranes, VENOUS, slower onset, steady decline in LOC  
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signs and symptoms of subdural hematoma   irritability, vomiting, increased head circumference, bulging anterior fontanel, lethargy, coma, seizure, headache  
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intracerebral hemorrhage   bleeding of arteries that feed brain  
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diffuse axonal injury   damage to white matter tracts due to shearing of axons  
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cerebral edema   inflammatory response to an infection, trauma, ischemia, tumors. Fluid collects between and within neurons, and causes displacement of blood vessels and brain tissue (causes increased ICP)  
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increased intracranial pressure   increased pressure in cranium that is direct result of cerebral edema or space occupying lesion. Can lead to brain herniation syndrome  
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clinical manifestations of increased ICP in infants   irritability, poor feeding, high pitched cry, difficult to soothe, bulging/tense fontanels, separated cranial sutures, setting sun sign of eyes, distended scalp veins  
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early signs of increased ICP   headache, N/V, altered LOC, restlessness, lethargy, confusion  
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late signs of increased ICP   Cushing's triad (indicates herniation), characteristic posturing, unresponsive to painful stimuli, dilated/nonreactive pupils  
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Cushing's Triad   1) Decreased RR (respiratory depression) 2) Decreased HR (bradycardia) 3) Widening pulse pressure (HTN)  
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Decorticate Posturing   position of flexion- arms tight to body, flexed elbows/wrists/fingers, legs extended and internally rotated --> indicates dysfunction of cerebral cortex or lesions of corticospinal tracts above brainstem  
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Decerebrate Posturing   extension, pronation, flexed wrists/fingers, clenched jaw, extended neck, arched back --> dysfunction of midbrain or brainstem, poorer prognosis  
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nursing implications for increased ICP   vital signs to look for cushings triad, arterial line to measure CVP, foley, ICP monitoring, IV access, HOB 15-30 degrees, mannitol  
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mannitol   osmotic diuretic to decrease fluid volume, pulls water from CNS into intravascular space  
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side effects for mannitol   hypotension and dehydration  
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meningitis   acute inflammation of meninges  
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signs/symptoms of meningitis   abrupt onset of fever, chills, nuchal rigidity, opisthotnos (bak arched, neck forward), photophobia, HA, drowsiness, stupor, petechiae, purpuric rash  
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meningococcemia (waterhouse friderichsen syndrome)   major complication of meningococcal meningitis--> causes septic shock, DIC, purpura, mortality 90%  
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nursing implications of meningitis   isolation precautions (droplet), LP prep, IV insertion, antibiotic, comfort measures  
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Reye Syndrome   linked to post viral illness in conjunction with aspirin treatment, most commonly flu or varicella. Causes cerebral edema, fatty liver, fever, vomiting, altered LOC, increased ICP  
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myelodysplasia   malformation of the spinal canal and cord  
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spina bifida   midline defect involving failure of the osseous (bony) spine to close  
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spina bifida occulta   defect that is not visible externally (sometimes hair tuft, dimple, lipoma, nevi)  
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spina bifida cystica   visible defect with external saclike protrusion  
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meningocele   sac encases meninges and spinal fluid, but no neural elements  
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myelomeningocele   sac contaisn meninges, spinal fluid, spinal cord, and nerves. Most commonly occurs in lumbar or lumbosacral area  
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when/why does myelomeningocele develop?   develops during first 28 days of pregnancy due to neural tube defect (folic acid deficiency)  
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manifestations of myelomenigocele   sensory impairment, flaccid/partial paralysis (varies), foot weakness and deformity, bowel and bladder sphincter disturbance, hydrocephalus  
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nursing implications of myelomenigocle   care of sac preop (sterile moist dressing), prone position, hydrocephalus management, bowel and bladder management, latex allergy, parent support and education  
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hydrocephalus   imbalance between CSF production and resoprtion, results in enlarged head, distended scalp veins, full fontanel, sunsetting sign, thin scalp  
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treatment for hydrocephalus   VP shunt (ventriculoperitoneal shunt)  
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complications of VP shunt   malfunction (obstruction) and infection  
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signs/symptoms of VP shunt complication   fever, vomiting, acting funny--> get a CT  
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seizure   paraoxysmal electrical discharge from neurons in brain  
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aura   warning signal prior to seizure  
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postictal   period after seizure characterized by deep sleepiness, muscle aches, dreamy state, amnesia, nausea, or confusion  
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automatisms   lip smacking, picking at clothes, swallowing, sucking  
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febrile seizures   occur at 6 months- 5 years, self limiting, control fevers  
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partial seizures   one hemisphere is activated, may eventually generalize to both hemispheres  
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simple partial seizure   simple symptoms with no loss of consciousness  
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complex partial seizure   complex symptoms with loss of consciousness  
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simple-complex generalized seizure   evolve into tonic clonic due to spread to both hemispheres  
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generalized seizures   without focal specificity, bilateral hemisphere involvement  
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tonic clonic (grand mal)   preceded by aura, loss of consciousness and fall to ground, tonic followed by clonic muscle contractions, may have incontinence, 2-5 minutes long  
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absence seizures (petit mal)   sudden loss of consciousness with staring eye fluttering, occurs frequently throughout the day, no aura, incontinence or fall, automatisms may be present  
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status epilepticus   seizure lasting >30 minutes, no recovery of consciousness, emergency (cant breath) = cerebral hypoxia. Need oxygen, IV access, suction, ativan and fosphenytoin, cardiac monitor, vital signs  
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strain   stretch or tear of muscle/tendon  
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sprain   stretch or tear of ligament  
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grade 1 sprain   stretching nd tearing, no joint instability  
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grade 2 sprain   partial tear, some joint instability, limited ROM  
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grade 3 sprain   complete ligamentous tear, joint unstable, cannot bear weight  
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reasons to xray sprain/strain   pain near malleoli AND bone tenderness posterior edge of distal 6 cm or tip of malleolus OR unable to bear weight for 4 steps  
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treatment for strains and sprains   Protection, rest, ice, compression, elevation  
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complete fracture   all the way through  
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incomplete fracture   fragments remain attached  
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transverse fracture   crosswise, at right angle to the long axis of bone  
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oblique fracture   slanting but straight, between a horizontal and perpendicular direction  
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spiral fracture   slanting and circular, twisting around bone shaft  
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simple (closed) fracture   does not produce a break in the skin  
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compound (open) fracture   open wound through which bone protrudes (cover areas of exposed bone, control bleeding, consider contaminated, abx prophylactically)  
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greenstick fracture   bone is angulated beyond limits of bending, compressed side bends and tension side fails, which causes incomplete fracture  
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buckle fracture   compression of porous bone producing a buckle or torus fracture (occurs at metaphysis)  
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diaphyseal   central shaft of long bone  
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metaphyseal   widened end of long bone  
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epiphyseal   growth plate  
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salter harris fractures   involve growth plate at different levels, 5 types--> same, above, lower, through, ruined  
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acute fracture care   pain management (muscle spasms), immbolization, splinting, assess circulatory status  
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conscious sedation drugs   ketamine and atropine  
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cast care   dont get wet or put anything in it, elevation, circulatory status, pain management, follow up care  
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purposes of traction   decrease spasms, realignment, prevent contractures and deformities, immobilization, rest  
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3 fractures that need traction   supracondylar humeral, femoral shaft, subtrochanteric  
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buck's traction   applied with legs in extended position, short term mobilization for legg calve perthes and hip dislocation. Relieves back and leg spasms,  
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Russell's traction   skin traction on lower leg and a padded sling under knee, 2 lines of pull (one longitudinal,one perpendicular to leg), pulls contracted muscles, allows realignment of lower extremities, immbolizes hip and knee in flexed position, no turning/hip flexion  
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halo traction   head fixed in hyperextended position, nurse must prevent infection/skin breakdown --> pin care  
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complications of traction   skin breakdown, nerve compression, vascular compromise, damage from pins  
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compartment syndrome   high pressure within muscle compartment of extremity due to tight cast, dressings, trauma, surgery, burns. Can cause permanent damage within 4-6 hours, becomes necrotic in 24-48 hours. Causes burning, tinging, numbness, and pain. Treatment is fasciotomy  
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osteomyelitis   bacterial colonization on bone, usually staph aureus. Causes bone destruction, abscess sequestrations, joint involvement.  
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manifestations of osteomyelitis   pain, fever, irritability, possible inflammation  
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legg calve perthes (idopathic osteonecrosis)   avascular necrosis of femoral head epiphyses, sudden onset of painful limp, limited ROM  
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developmental dysplasia of the hip- signs   positive ortolani, barlow, galeazzi (asymmetric leg length), uneven gluteal folds, limping (late sign)  
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treatments for DDH   newborn-6 months= Pavlik harness infants 6 mo-18 mo= short leg hip spica cast children: unsuccessful  
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Club Foot   forefoot adduction, foot plantar flexion, curve of forefoot, inflexible  
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treatment of clubfoot   early- manipulation and casting ; 6-9 months surgical intervention  
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Metatarsus adductus   in-toeing- forefoot adducted only, full ROM; treated with forefoot stretching exercises  
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metatarsus varus   in-toeing- forefoot adducted and inverted, limited ROM; treated with serial casting/bracing until 3 yrs  
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cerebral palsy   group of disabilities caused by brain insult in utero or early infancy, not always accompanied by mental impairment  
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physical s/s cerebral palsy   poor head control after 3 months, stiff or rigid extremtiies, flaccidity, arching back, cant sit unsupported by 8 months, unilateral movements  
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QOL interventions for cerebral palsy   physical therapy, occupational therapy, speech/language therapy, special ed, surgery, meds  
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scoliosis   spinal deformity typically involving lateral curvature of the spine, spinal rotation, thoracic hypokyphosis  
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clinical manifestations of scoliosis   spinal curve, asymmetric scapula and extremities, inequality between arms and waist  
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treatment for scoliosis curves 25-40 degrees   4-6 year program, wear Milwaukee brace for 23 hours of day,  
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anatomy of pediatric airway that increases risk for obstruction, infection, and aspiration   nose breathers, smaller airways/inc resistance/in RR, right bronchus shorter and wider than left, trachea shorter and narrower, large tongue and head, weak neck muscles, short eustachian tubes, thin chest wall, elastic ribs, lungs developed by age 5-6  
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wheezes   air passes through narrow airway, continuous, inspiratory or expiratory --> asthma, foreign body  
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rhonchi   air passes through secretions, clears with cough, continuous, inspiratory or expiratory --> bronchitis  
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rales/crackles   air passes through fluid filled airways, persists with cough, intermittent, inspiratory --> pneumonia, heart failure  
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acute streptococcal pharyngitis   group A B-hemolytic streptococci infection, causes fever, headache, abdominal pain, cervical lymphadenopathy, exudate, strawberry tongue, rash  
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serious complications of acute strep pharyngitis   acute rheumatic fever, acute glomerulonephritis  
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treatment of acute strep pharyngitis   penicillin (oral, 10 days) or IM (better compliance), fluids, antipyretics, gargles, neck compresses  
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infectious mononucleosis   infection spread by oral transmission of epstein barr virus; causes malaise, fatigue, fever, sore throat, headache, lymphadenopathy, splenomegaly, skin rash  
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nursing care fo mono   antipyretics, analgesics, rest/fluids, gargle warm salt water, no sports 1 month (splenic rupture risk)  
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influenza   spread by direct contact with nasopharyngeal secretions, causes dry cough, hoarseness, sudden onset of fever/chills, body aches, joint pain, loss of appetite, nausea, vomiting, photophobia  
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croup syndromes   occur in late fall/early winter, ages 6 mo-3 yr, characteristic hoarse barking cough, inspiratory stridor, respiratory distress  
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acte epiglottis   inflammation of the epiglottis and supraglottic region with H influenza, occurs at age 2-6 yo  
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symptoms of acute epiglottis   abrupt onset, severe sore throat, pain with swallowing, drooling, muffled voice, high fever, inspiratory stridor, mild hypoxia, respiratory distress, barking cough; sit upright with chin out and mouth open  
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management of acute epiglottis   emergency!- monitor airway, prep for possible trach or intubation, DO NOT use tongue depressor, IV fluids, abx, racemic epinephrine, corticosteroids  
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prevention of acute epiglottis   Hib vaccine  
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pertussis   whooping cough, highly contagious; cough with or without whoop, apnea in infants  
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treatment of pertussis   antibiotics, support therapy (tylenol, motrin, albuterol, oxygen), prevent with dtap/tdap  
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pneumonia   infection of the lung parenchyma  
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s/s of pneumonia   tachypnea, fever, malaise, cough, rhonchi, crackles, retractions, nasal flaring, irritability, restlessness, lethargy, vomiting, diarrhea, referred abdominal pain  
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possible complications of pneumonia   pneumothorax, pleural effusion, respiratory distress syndrome  
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treatment of pneumonia   rest, increased PO fluids, antipyretics, antibiotics, bronchodilators, oxygen, CPT/postural drainage  
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asthma   chronic inflammatory condition of the airways (inflammation, bronchospasm, bronchoconstriction)  
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symptoms of asthma   dyspnea, wheezing, coughing (non-productive), worse at night  
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management of asthma   oral meds, nebulizers (MDI with spacer, bronchodilators ICS)  
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prevention of asthma attacks   avoiding triggers/allergens, medication compliance, regular visits to PCP  
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Peak expiratory flow meter   measured in am/pm, used as reference to personal best, can help guide treatments/interventions  
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Asthma action plan   green zone (80-100)= in control yellow zone (50-79)= add quick relief red zone (<50%)= seek help  
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cystic fibrosis   mechanical obstruction form increased viscosity of exocrine (mucous producing) gland secretions--> autosomal recessive disease  
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general symptoms of cystic fibrosis   increased viscosity of mucous gland secretion, elevation of sweat electrolytes, increased metabolic enzymes, abnormalities of autonomic nervous system  
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lung/respiratory s/s of CF   thick, sticky mucus buildup, bacterial infections frequently. Frequent sinusitis  
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skin s/s of CF   sweat gland production of salty sweat  
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liver/pancreas s/s of CF   blocked ducts  
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GI symptoms of CF   intestines cannot fully absorb nutrients, growth failure from malabsorption and anorexia, large bulky amounts of foul smelling stool  
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treatment of pulmonary symptoms of CF   prevent and minimize pulmonary complications, bronchodilators, mucolytics, daily CPT, vest, supplemental oxygen, antibiotics for infections  
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treatment of GI symptoms of CF   replacement of pancreatic/digestive enzymes (30 min before meals), adequate nutrition for growth (increased protein, calories, carbs), may need Ng or G tube for feeds, fat soluble vitamins and salt supplementation, prevent GERD/constipation  
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congenital heart disease   a defect that occurs during the development of the heart or blood vessels near the heart before birth  
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cardiac catheterization   catheter inserted through artery or vein in leg or neck, can be diagnostic of interventional  
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post catheterization care   monitor pulses and extremity perfusion, monitor insertion site and dressing, vitals q 15, flat in bed, affected leg straight for 4-6 hours  
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possible complications of cardiac catheterization   bleeding/hematoma, loss of puls ein affected extremity, arrythmias  
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acyanotic congenital heart diseases (left to right shunt)   patent ductus arteriosus (increased pulmonary blood flow), coarctation of the aorta (obstruction of flow)  
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congenital heart disease than causes increased pulmonary blood flow   patent ductus arteriosis  
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patent ductus arteriosis   communication between the pulmonary artery and aorta, normally closes 1-3 days after birth, but remains patent  
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PDA patho   blood shunts from high pressured aorta to lower pressured pulmonary artery (L->R shunt). Blood recirculated to lungs, returned to left atrium. Increases workload on left heart, pulmonary congestion/resistance, potentially increased RV pressure/hypertrophy  
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clinical manifestations of PDA   may be asymptomatic or show symptoms of heart failure, tachypnea, poor feeding, murmur  
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indomethacin   prostaglandin inhibitor can close PDA in newborns and infants, otherwise needs surgical ligation or coil  
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CHD that causes obstruction of blood flow   coarctation of the aorta  
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coarctation of the aorta   narrowing of aorta near insertion of ductus arteriosus  
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coarctation of the aorta patho   increased pressure proximal to the defect (upper extremities) and decreased pressure distal to it (lower extremities). The left heart must work harder.  
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clinical manifestations of coarctation of the aorta   high blood pressure and bounding pulses in upper extremities, weak/absent femoral pulses and cool lower extremities with lower blood pressure  
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surgical treatment of coarctation of aorta   resection of coarcted part with end to end anastamosis OR balloon dilitation/stent placement/grafts  
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cyanotic congenital heart defects (right to left shunt)   tetralogy of fallot (decreased pulmonary blood flow), hypoplastic left heart syndrome (mixed blood)  
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CHD that causes decreased pulmonary blood flow   tetralogy of fallot  
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tetralogy of fallot   4 defects: pulmonary stenosis, right ventricular hypertrophy, overriding aorta, ventricular septum defect  
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pathophysiology of tetralogy of fallot   pulmonary stenosis causes RV hypertrophy and blood flow to overriding aorta (deoxygenated blood goes to organs), the worse pulmonary stenosis is, the more right to left shunting and the less blood that gets oxygenated  
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manifestations of tetralogy of fallot   cyanosis, tachypnea, murmur, tet spells (sudden decrease in oxygen saturation)  
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knee-chest position   cuts off lower extremity circulation to increase pressure in left ventricle (increases afterload) --> causes blood to shunt left to right and go to lungs and causes oxygenated blood to go to aorta  
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treatment for tetralogy of fallot   surgery- complete repair (close VSd, fix pulmonic valve)  
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CHD that causes mixed blood flow   hypoplastic left heart syndrome  
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hypoplastic left heart syndrome   underdevelopment of the left side of the heart, resulting in a hypoplastic left ventricle and aortic atresia  
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patho of HLHS   oxygenated blood from left atrium flows across patent foramen ovale to right atrium, to the right ventricle and out pulmonary artery. Descending aorta receives blood from patent ductus arteriosis supplying systemic blood flow  
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symptoms of HLHS   cyanosis, heart failure, when PDA closes -> CV collapse and death if not treated  
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treatment of HLHS   norwood, glenn and fontan  
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norwood procedure   at birth- anastamosis of main pulmonary artery to aorta to create new aorta and a shunt to provide pulmonary blood flow  
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glenn shunt   4-8 months; superor vena cava attached to right pulmonary artery  
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fontan procedure   3-4 yrs old; inferior vena cava to right pulmonary artery (vena cava will bypass the right atrium and go straight to the lungs through the pulmonary artery. Blood will come back to left atrium, shunt through large atrial septum and out aorta)  
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heart failure   inability of the heart to pump enough blood to meet metabolic demands of the body/organs  
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right sided heart failure   inability of right heart to pump venous blood into the pulmonary circulation; results in back up of fluid in body = edema  
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s/s right heart failure   weight gain, ascites, edema, hepatomegaly  
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left sided heart failure   inability of left heart to pump into the systemic circulation, results in back up of fluid to lungs = pulmonary congestion  
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s/s left heart failure   tachypnea, retractions, cough, dyspnea  
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medical management of heart failure   digoxin, ACE inhibitors, diuretics, reduce stress/activity, supplemental oxygen  
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digoxin   decreases heart rate, improves contractility, can cause toxicity  
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digoxin toxicity (level >2.0)   bradycardia, prolonged PR interval, N/V, blurred vision  
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potassium levels and digoxin   low k+ enhances effects of digoxin and causes toxicity (keep K+ 3.5-5.0)  
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ACE inhibitor   decreases blood pressure, decreased afterload  
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diuretics   decrease pulmonary congestion, decreases preload  
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1st degree burn   superficial; pain, redness  
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2nd degree burn   partial thickness (epidermis and varying layers of dermis); painful, moist, red, blistered  
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3rd degree burn   full thickness (epidermis and dermis, subQ tissues); nerve endings, sweat glands, hair follicles destroyed  
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4th degree burn   full thickness and underlying tissues (muscle, fascia, bone)  
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emergency care priorities of burns   stop burning process, assess victims condition, cover burn to prevent contamination, transport child to appropriate level of care  
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first priority interventions when burn patient arrives   AIRWAY!!, fluid replacement, antibiotics, analgesics, anesthetics  
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care of major burns   primary excision, debridement, topical antibiotic agents, biologic skin coverings/grafts  
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care of minor burns   wound dressing, debridement, dressing  
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rehab after major burns   begins once wound coverage has been achieved, must prevent contractures to facilitate ROM, PT/OT  
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atopic dermatitis in infant (eczema)   inflammatory skin condition, red pruritic patches on face, postive family history of asthma and allergies, increased incidence in asians (occurs up to 3 yo)  
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atopic dermatitis in child   4-10 years old; dry, pruritic wrists, ankles, antecubital, popliteal areas, keratosis pilaris. Hx asthma and allergic rhinitis  
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treatment/rx for atopic dermatitis   avoid/reduce irritants, topical steroids (rotopic/elidel)  
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contact dermatitis   inflammatory reaction of skin to chemical, characteristic sharp delineation between inflamed and normal skin  
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diaper demratitis   friction, exposure to urine/feces, contact allergen, caregiver neglect  
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candida diaper dermatitis   bright, beefy red, confluent satellite lesions, thrush; treated with nystatin cream TID  
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stevens johnson syndrome   hypersensitivity reaction, usually to a drug (NSAIDs, sulfa, anticonvulsants).sudden onset pleomorphic rash, petechiae, vesicles, bullae (MM), increased temp, HA, malaise, arthralgias, conjunctivitis, cough, pericarditis, <10% epidermal sloughing  
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impetigo   honey colored crusted patches or bullae, staph aureus with or without group A strep, 2-7 yo.  
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tx impetigo   mupirocin for localized diseae, cephalexin, augmentin, dicloxacillin for widespread lesions  
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scabies   lesions for 4-6 weeks after contact with the mite sarcoptes scabie, mite burrows under skin and lays eggs--> severe pruritus  
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tx for scabies   5% permethrn cream (elmite) x 12 hrs +/- 2nd rx in 1-2 weeks, invermectin for deworming  
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scabies lesions in infants   palms, soles, head, moves head to toes  
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scabies lesions in older chldren   finger webs, wrists, axillae, waist, nipples, genitals  
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tinea corporis   ringworm; scaly, annular border, transmission from infected person or pets; tx with antifungal creme  
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