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60 Cards in this Set

  • Front
  • Back
Developmental dysplasia of the hip
Abnormal development of one or all of the hip components
DDH dislocation
-Femoral head loses contact with the acetabulum
-Femoral head is displaced posterior and superior
Factors that increase DDH risk
-Oligohydraminos
-First born
-Female (r/t hormones)
-Breech
-White > black
-Multiple births
-Big baby
-Family history
-Cultures that tightly swaddle their babies (hips are adducted)
Clinical manifestations of DDH in the first 2 months of life
-Ortolani's sign: can reduce the femoral head via abduction
-Barlow's maneuver: can dislocate the femoral head via adduction
Clinical manifestations of DDH after 2 months of life
-Best indicator is incomplete abduction
-Shortening of the limb on the affected side
-Asymmetric gluteal and thigh folds
-Does not pull to standing by 11 to 12 mths
Clinical manifestations of DDH in childhood
-Positive Tredelenburg sign (hip on the affected side drops when standing on one foot)
-Waddling gait
Treatment of DDH in infancy
-Pavlik harness - worn 2 to 5 months and adjusted q 1 to 2 wks
-Possible Spica cast
-Do not double or triple diaper
Treatment of DDH as a toddler
-Bryant's traction
-Closed reduction
-Spica cast for 2 to 4 mths
-Possible open reduction
Treatment of DDH in the older child
Surgery is more difficult
Nursing priority of DDH: skin care
-Undershirt, knee socks, and diapering under the harness
-Check for reddened areas
-Massage
-Avoid lotions and powders
Nursing priority of DDH: cast care
-Pulse, color, cap refill, temp, sensation, motor
-Prevent soiling
-Turn frequently
Nursing priority of DDH: education
-Feeding: football hold to breastfeed, high chair
-Cast and/or harness care
-Caution about food and small objects
-Need for holding and touching
-Adapted car seat/stroller
-Development: they will make up for lost time within a year
Clubfoot (talipes equinovarus)
-Equinus: ankle is plantar flexed
-Forefoot is adducted
-Varus (suppination): midfoot, hindfoot
Clubfoot risk factors
-Males 2:1 to females
-Family history
-Increased risk of DDH
-Bilateral 50%
Clubfoot correction: casting
-Usually done ASAP after birth
-Short leg cast
-Serial casting: every few days for 1 to 2 wks, then every 1 to 2 wks
-Nursing considerations: cast care, development, education
Correction of clubfoot: surgery
-Done if casting fails
-Internal/external fixation
Immediate care after cast application
-No hot air drying
-Assess skin
-Check if it is too loose or too tight
-Minimal swelling is normal (elevate)
Traction
-Purpose is to fatigue the involuntary muscle and decrease spasm
-Types: manual, skin, skeletal
Internal fixation
-Screw and plate
-S & S of infection, neurovascular
Complications in orthopedic care
-Compartment syndrome
-Nerve compression (numbness/tingling)
-Circulation impairment
-Epiphyseal damage
-Non-union
-Mal-union
-Infection
-Kidney stones (calcium is released from broken bones)
-Pulmonary emboli
Compartment syndrome
-Redness, warmth
-Elevate limb
Nursing responsibilities in orthopedic care
-Maintain traction/alignment
-Check skin and pin sites frequently
-Prevent skin breakdown
-Assess for complications
-Comfort
Hydrocephalus
The flow of CSF is obstructed
Communicating hydrocephalus
CSF flows through the ventricular system but there is impaired absorption of CSF outside the ventricles such as in the arachnoid villi
Noncommunicating hydrocephalus
-Obstruction to the flow of CSF through the ventricular system
-Congenital disorders, brain tumors, bleeding
Tumor of the choroid plexus
Increased production of CSF
Clinical manifestations of hydrocephalus in the infant
-Head enlargement
-Behavioral changes
-Bulging, tense, nonpulsatile fontanels
-Dilated scalp veins
-Frontal enlargement (bossing): the forehead sticks out
-Setting sun sign: the sclera can be seen above the iris
-Pupil changes: anasarcoria (1 pupil is bigger than the other)
Clinical manifestations of hydrocephalus in the older child
-Behavioral changes
-Headache upon awakening
-Projectile emesis without nausea
-Strabismus (lazy eye)
-Ataxia (muscle incoordination)
Surgical repair of hydrocephalus
-Shunt drainage of CSF
-From ventricles to an extracranial compartment (ventriculoperitoneal, ventriculoatrial)
-Third ventriculostomy procedure (Stealth)
Ventriculoperitoneal (VP) shunt
-From the 3rd ventricle to the abdomen
-Has reservoir to give antibiotics, chemo, and draw CSF
-Extra tubing for growth
Ventriculoatrial (VA) shunt
-From the 3rd ventricle to the R atrium
-Older children
-Children with an abdominal pathology
Nursing priority for hydrocephalus: postop care
-Position: usually flat on back, NEVER on the side of the shunt
-Monitor for complications: headache, fever, vomiting, behavioral changes
-Assessments
Nursing priority for hydrocephalus: long term care
-Developmental deficits or delays: ADD/ADHD (happen in those who have a lot of infections)
-Education
-Optimize G & D
Spina Bifida Occulta
-Opening in the vertebral column with nothing coming out
-Dimple
-Lypomas
-Dark tuft of hair
-Tethered cord (cord twisting): loss of feeling, troubled gait
Spina Bifida Cystica
-Meningocele: meninges and spinal fluid is coming out
-Myelomeningocele: meninges, spinal fluid, and neural elements coming out
-Sac on back
Etiology of myelomeningocele
-Folic acid deficiency: recommended dose is .4 mg with no family history, 4.0 mg with family history
-Family history
-Heat (hot tubs, etc.)
-Teratogens (valproic acid)
Defects associated with myelomeningocele
-Hydrocephalus
-Chiari malformation
-Paralysis
-Clubfoot
-DDH
Immediate postnatal care of the myelomeningocele
-Assessment of the sac
-Protection of the sac
-Moist dressing
-Prone position
-Skin care
-Basic infant care: keeping warm, feeding (may breastfeed), tactile stimulation
Surgical repair of the myelomeningocele
-Done within 24 to 48 hrs
-Procedures vary and involve closure of the skin over the sac without disturbing the neural elements
Postop nursing care of the myelomeningocele
-Skin care
-Prone positioning
-Wound care
-Pain control
-Assess I&Os, VS
-Neurological assessments: hydrocephalus (head circ.), S & S of infection/meningitis
Motor impairments of the myelomeningocele
-Location of defect
-Assoc. musculoskeletal deformities
-Goals of management: prevent contractures (ROM), correct assoc. defects, prevent skin breakdown (frequent turning), optimize ambulation/mobility
Sensory impairments of the myelomeningocele
-Risk for injury
-Skin care
Genitourinary impairments of the myelomeningocele
-Neurogenic bladder: incontinence, problems with residual urine, increased bladder tone
-Complications: renal failure, skin breakdown, body image
-Goals: prevent infection, skin breakdown, and promote normal G & D
Nursing care of the myelomeningocele: genitourinary impairment
-Clean intermittent cath (may need to be done q 4 hrs...parents can be taught)
-Temporary urinary diversion
-Augmentation cystoplasty (stomach/intestine): put a wedge of the colon/stomach into the bladder
-Continent urinary diversion: appendix or colon makes a pathway from the bladder to the abdominal wall
-Medications: antispasmotics, alpha-sympathetic agonist
-Education
Nursing care of the myelomeningocele: bowel impairment
-Training
-Prevention of problems (constipation, impaction): keep hydrated
-Diet: fiber, weight issues
-Medications: laxatives, stool softeners
-Avoid rectal temps
-Latex allergy precautions r/t increased exposure
Myelomeningocele ongoing issues
-Nutrition
-Body image
-Grieving
-Child/family coping
Cleft lip/palate
-Lip defect occurs more often in males
-Palate defect occurs more often in females
-With the palate defect there is an increased risk for ear infections, speech problems, and orthodontic work
Feeding modifications with cleft lip/palate
-Nipple variation
-Cleft palate feeder: will swallow a lot of air so must be burped at least every 15 cc
-Syringe
-Breast feeding is difficult without pumping
-Upright positioning
-Flow of milk
-A lot of burping is necessary
Surgical correction of a cleft lip
-Done within the 1st week of life
-Z-plasty
Surgical correction of a cleft palate
-Usually done when the child begins talking
-Closure may require a pharyngeal flap or palate bone grafting
Postop nursing care of the cleft lip/palate
-Elbow or jacket restraint so they don't grab their sutures
-Position with head up on their backs
-Oral restriction
-Nutritional support
-Airway clearance with mild suctioning
-Pain control
-Wound care: cleanse the area with an antibiotic ointment
-D/C teaching about choking, food, and skin care: no forks, spoons, or cups
Long term care of the cleft lip/palate
-Speech therapy
-Body image
-Hearing assessments
-Dental correction
Tracheoesophageal fistula (TEF)
-Failure of the esophagus to develop as a continuous passage
-Failure of the esophagus and trachea to seperate into distinct structures
TEF presentation
-Frothy saliva, drooling
-Coughing, choking, cyanosis
-Unable to feed
-Cyanotic/apneic
-Abdominal distention
Goals of TEF care
-Maintain a patent airway (NPO until surgery)
-Prevent pneumonia
-Gastric decompression
-Supportive therapy
-Repair of the defect
Preop nursing priorities of TEF
-Airway clearance: assessments, NPO, position with head up to facilitate drainage, suction with a Reploge
-Hydration/nutrition
-Antibiotics
-Parent support
TEF surgical repair
-Ligation of the fistula
-Anastomosis of the upper and lower esophageal segments
-Esophagostomy with gastrostomy
-Colonic interposition with esophagostomy (part of the colon is used to hook esophagus to the stomach)
Postop complications of TEF repair
-Strictures
-Leaks
-Esophagus dysmotility
-GER
-Respiratory compromise
Postop nursing priorities of TEF repair
-Surgical site
-Gastrostomy tube
-Chest tube
-Nurtition: initally NPO with IVF, then GT, then oral feeding with sterile water, then small amounts of formula
-Non-nutritive sucking
Late complications of TEF
-Tracheomalacia (floppy airway)
-Recurrence of TEF
-Esophageal stricture
-GER
-Dysphagia
-Recurrent pneumonia
-Airway hyperreactivity and asthma