Pediatrics Flashcards
Perinatal Mortality
Fetal Death between 20 weeks EGA to the 28th day post-delivery
Prematurity (Pre-term Infant)
< 38 weeks
Low Birth Weight (LBW)
< 2500gm ( Prematurity # 1 cause)
Very Low birth weight (VLBW)
< 1500gm
Risks for Low Birth Weight (LBW)
Maternal Age < 16 or >35 y/o
Low economic status
TOB/ETOH/Drugs/Rx
Unmarried, African American, Low Education
APGAR test predicts long term outcomes and it is performed at what times
1 (Birth Toleration) and 5 minutes (Adapting to envir.)
Every 5 min. if score < 8
APGAR stands for
- Appearance *Pulse
- Grimace *Activity
- Respiration
Neonates respond to hypoxia w _____ rather than tachypnea
Apnea
IV fluid bolus indicated for hypotension in Neonatal Resuscitation
10ml/kg NS or LR
When is Narcan not given
If mother is narcotic or drug abuser or addict–> neonatal seizures
When is fetal hemoglobin replaced by adult HGB
3-6 months
Ductus arteriosus closes typically within ___ days
1 Day
Ductus Arteriosus shunts blood from
Pulmonary Artery trunk to the aorta
Foramen Ovale shunts blood from
R Atrium to Left Atrium Closes up 1st fetal breath
Initial neonatal Nursing care
Erythromycin, Vitamin K, Hearing screen, and HEP-B
Vitamin K in the neonate prevents
Hemorrhagic disease of the newborn MC breast fed pts
Iron supplementation for breast fed infants begins at
4 Months of age ( 1mg/ kg/day)
start vitamin D 400 IU/day to prevent
Rickets
Changes seen in Vitamin D deficiencies infants
Craniotabes- Thinning of outer table of skull (feels like a ping pong ball to touch)
Thickening of wrists and ankles, Rachitic Rosary (Costochondral Junction Enlargement), Enlarged Ant. Fontanelle–> delayed closure
Bowlegs or knock knees
<10% weight for age
Small Gestational Age (SGA)
> 90% weight for age Associated w maternal Diabetes
BG< 45 mg/dL, jitteriness, seizures, lethargy, poor feed
Large Gestational Age (LGA)
Large Gestational Age (LGA) Tx:
Oral feeding or IV D10W
Score to ID abnormal growth patterns and predict neonatal complications
Ballard Score
Enlarged anterior fontanelle/ sutures > 5 cm suggests
hypothyroidism
Term for closed fontanelles/sutures
Craniocynostosis
Leukokoria or white reflex can include which DO
Cataract, ocular tumor, chorioretinitis, retinopathy
Cyst or bulge at ant. Sternocleidomastoid muscle
Branchial cleft cyst
Cyst or bulge at Post. Sternocleidomastoid muscle
Cystic Hygroma
Cyst or Bulge anterior midline of neck
Thyroid d/o
Neonatal Exam
- Head fontanelle/suture *Eyes * Neck
- Clavicle Fx *Heart/Lungs * Pulses *Abdomen
- Umbilical cord * Hips * Penis/Vagina * UE/LE
Abnormalities of the Fontanelles/ sutures
- Closed sutures *Overriding sutures
- Caput Succedaneum * Cephalohematoma
Subgaleal hemorrhage
Less common newborn head deformity that does not cross the suture lines and resolves in weeks-months
Increases in size after birth 12-24 hrs. Can lead to jaundice from Inc. RBC breakdown
Cephalohematoma
Common newborn head deformity that crosses suture lines. Boggy edematous swelling of fetal scalp
Resolves in days. Disappears without treatment
Caput succedaneum
Rare newborn head deformity that crosses suture lines, beneath epicranial aponeurosis, extends to orbits
Pushes ears anteriorly. May have crepitus or fluid waves. Progressive may be massive
Subgaleal Hemorrhage
Subgaleal Hemorrhage Tx
Compression and resuscitate as needed
Neonatal Strabismus should resolve by what age
X 4 months
improper alignment appearance due to Epicanthal folds
Pseudostrabismus
A scaphoid Abdomen (sunken) in a newborn =______ until proven otherwise
Diaphragmatic Hernia
Umbilical cord inspection includes ____ artery____ vein
2 arteries (Deoxygenated) 1 vein (oxygenated)
Falls off 3-4 weeks
Examiner adducts while applying post. pressure on knee. Test will dislocate hip.
Barlow
Examiner abducts the hip while applying ant. force on the femur, reduces the hip
Ortolani
Ligamentous laxity that can –> spontaneous dislocation and reduction of femoral head.
Left hip is affected 3x more than the right.
Joint capsule tightening, muscle contractures dec. motion, and flattening acetabulum. F:M 9:1
Congenital Hip dysplasia
Congenital Hip dysplasia Evaluation initial study
Ultrasound obtained after 6 weeks of age w laxity at birth
Congenital Hip dysplasia Tx
Refer to Peds/Ortho
- Pavlik Harness (Effective up to 6 mth age)
- Abduction Orthosis or Closed redux with spica cast
Newborn exam of the back for
Spine symmetry, Lumbosacral hair tuft (spina Bifida), Gluteal fold for dimples (malformation of spine)
Nodules resemble emerging teeth. on gum or palate. Harmless and resolve w/I few weeks of life
Epstein Pearls/ Bohn Pearls
occurs 24-48 hrs where infant skin sloths off (Normal)
Infant Desquamation
Chalky-white to gray mixture of shed epithelial cells, sebum, Keratin, and sometimes hair. common in preterms
Funx Unknown thought to protect and lubricate in womb
Vernix Caseosa
White, smooth papules (up to 2mm) on face and scalp. caused by epidermal pore occlusion w trapped keratin
Self limited within few weeks of life
Milia
Common in overheated/ febrile infants head, neck trunk, scalp. “Heat rash” correct overheating
Milia Rubra
Transient blue black pigmented macules. Lower back and buttocks. African American/Asians/ Indian
Fades over 1st several years of life
Mongolian Spots
Light-Dark brown sharply defined oval macules on any skin surface. > 6 macules > 5mm
Café-Au-Lait Macules
Café-Au-Lait Macules should lead you to evaluate further for what d/o?
Neurofibromatosis
Stork Bite (Nape of neck) or Angel Kiss (Forehead eyelids) Transient and benign.
Nevus Simples (Salmon Patch)
Caused by malformation of capillary bed. Persists throughout the patient’s life
AKA “Port Wine Stain”
Nevus Flameus
Nevus Flameus present should lead provider to evaluate further for
Sturge Weber Sydnrome ( Trigeminal Distribution)
Pustules w erythematous base appearing 24-48 hrs post birth. Resolves in 14 days. On trunk or back.
Microscopic evaluation reveals esoinophils
Erythema Toxycum Neonaturum
Due to exposure of maternal estrogen. Appears 1st weeks of life or birth. Cheeks and scalp.
Self-limited
Neonatal Acne
Very common physiologic response to cold. Resolves w warmth. decreases w aging
Cutis Marmorata (Mottling)
Persistent Cutis Marmorata (Mottling) may indicate____
Hypothyroidism or vascular malformations
Seborrheic dermatitis or may be the 1st sign of Atopic Dermatitis
Cradle Cap
Medial deviations of the mid and forefoot
Metatarsus Adductus
Mid heel bisector line should go between toes ____ and ____
Should not gap at _______ MT with V finger test
Toes 2 and 3 Not Gap at base of 5th MT
Tx- Serial Castings
Inversion, adduction and plantar flexion of foot. Bilat 50% of cases.
Extrinsic-able to reduce on exam (Supple)
Intrinsic- Unable to reduce on exam (rigid)
Clubfoot (Talipes Equinovarus)
Occurs from incomplete development of the brain spinal cord or meninges
diagnosed during pregnancy 2nd trimester US or Maternal alpha fetal protein
Spina Bifida
Minor defect where hair tuft is present no neuro S/S. Check for connecting sinus or Inc. risk for meningitis
Spina Bifida Oculta
meninges herniates through neural arch.
Meningocele
Meninges and cord herniate through neural arch
Meningomyelocele
Open skin and spinal cord exposed
Myeloschisis
Spina Bifida is defined as
Meningocele, Meningomyelocele, Myeloschisis.
Any exposure besides hair tuft
Spina Bifida S/S and Tx.
Learning/ Mental disability, Paralysis, sphincter laxity, hydrocephalus.
Tx : Neurosurgery (Prevention = Folate)
A result of forceps used in delivery
Facial Nerve paralysis (Transient Drooping)
Associated w phrenic nerve lesion. Lesion C5-C6
Grasp present, Bicep flex absent. (Waiter tip Palsy)
Shoulder Dystocia typically resolves w PT and Observe
Erb-Duchenne’s Palsy (Brachial Plexus Lesion)
Assoc. w Ipsilateral Horner’s Syndrome (Symp. nerve injured). C8-T1 Lesion Grasp Absent, Bicep flex Pres.
“claw hand” (Rare Lesion)
Klumpke’s (Brachial Plexus Lesion)
Increased volume in the CSF due to a communicating or Non-comm. w subarachnoid
Macrocephaly, vomiting, anorexia, irritable, papilledema bulging fontanel, Setting sun Gaze
Hydrocephalus
Hydrocephalus Tx
Ventriculoperitoneal shunt (Enlarged ventricle to Stomach)
Risk factors for neonatal sepsis
Prematurity
> 24hrs Ruptured membranes (Prolonged)
Group B Strep Colonization * Maternal fever
Amnionitis
Most common bacterias in Early onset neonatal sepsis
(0-7 days old) Fast onset progresses quickly
GBS #1 E. Coli #2
Klebsiella Listeria
Most common bacterias in Late onset neonatal sepsis
(8-28 days old) Insidious onset Assoc w Meningitis
H. Influenzae Staphylococcus
HSV CMV
Neonatal sepsis treatment
Ampicillin + Gentamycin (Or Cefotaxime)
Sepsis confirmed = 14 days tx Meningitis=21 days
(Negative culture = 48-72 hrs)
Add vancomycin if late onset or meningitis
caused by insufficient surfactant production by type II pneumatocytes. common < 34 EGA –> end respiration atelectasis.
Bilateral Ground-glass appearance
Respiratory Distress Syndrome
Respiratory Distress Syndrome preventive tx prior to delivery 32-34 wks
Maternal steroids
Post birth Tx intubationand Artificial surfactant via ET
caused by acute and chronic effects of O2 toxicity on developing retinal blood vessels
–> retinal detachment, neovascularization, fibrous prolif behind lens
Retinopathy of prematurity
Medulla and pons do not stimulate phrenic nerve
Tx:
Apnea of prematurity
Tx O2, Stimulant (Caffeine/theophylline),Tx anemia
High pitch or rattling/ noisy breath sounds. worsens w crying, coughing or feeding
If mild, Tx?
Tracheomalacia (Floppiness of cartilage wall)
Tx monitor
retained amniotic fluid causing mild hypoxia post-birth that resolves in 24 hrs. CXR shows fluid in fissures
MC LGA infants and C-section (No Pelvic squeeze)
Transient tachypnea of newborne
MC cause of hemolytic dz/ Neonatal anemia in newborns.
ABO Incompatibility #1 Rh Incompatibility #2
hyperbilirubinemia is defined as Bilirubin..? and MC cause
Bilirubin > 5mg/dL MC cause Hemolytic Dz
Jaundice from supply issue due to insufficient milk production or intake during 1st week of life
Breastfeeding Jaundice
Unknown beast milk factor inhibits Bilirubin conjugation or breast mil enzyme enhances bili absorption.
After 1st week of life. Infant must be healthy. Dx of exclusion
Breast milk jaundice
Physical evidence of jaundice begins at _____mg/dL
5-10 mg/dL
Term infant Bili Generally
< or = 12 on day 3
< or = 15 on day 5
< or = 13mg/dL in term infants Rise (.5/hr or >5mg/day)
Always pathological jaundice
Jaundice on 1st day of life (Hemolysis ABO/Rh) unconjugated
Conjugated= Hypothyroidism, Gilbert’s or Crigler-Najjar, cholestasis, hepatitis, Cystic Fibrosis
Neonate physical exam for juandice
Prior siblings, Under tongue 1st to show then sclera
Progresses from head-toe
Lipid-soluble, unconjugated indirect Bilirubin is toxic to developing CNS, deposited in brain cells. disrupts neuronal metabolism and fx
Not common in term infants in Bili of <20-25 mg/dL
Kernicterus (Bilirubin Encephalopathy)
Kernicterus (Bilirubin Encephalopathy) S/S and Tx
Lethargy, hypotonia, poor feeding, poor Moro, emesis Bulging fontanel, fever, paralysis, upward gaze, seizures
noticed after day 4 of life.
Kernicterus (Bilirubin Encephalopathy) Tx
Mild- Improve/ increase feeding. Exposure to sunlight
Mod- Phototherapy (Unconjugated only)
Severe- Exchange transfusion
HOV immunization indications
2-3 shot series given prior to exposure target age 11 as early as 9 (for 90% of Genital Warts)
Car seat rules for pediatrics
rear facing until the age of 2
Front facing booster car seat starting at age 2 until 4ft 9in ot 8-12 years of age.
< 13 y/o kids should be restrained in backseats.
unexpected death of an infant under 1 year of age that remains unexplained.
MC 2-4 mos Rare before weeks or after 6 mos
Sudden Infant Syndrome (SIDS)
Cause due to limited front leaning. First born and prematurity. Improves in 2-3 mos
No improvement by 4-6 months refer to craniofacial specialist.
Plagiocephaly
Premature closure of 1 or more cranial sutures.
Type of cranio deformity- Elective Sx @ 6 mos
Craniosynostosis
Feeding recommendations
0-6 mos solely breast or formula.
6 mos- start solids; Milk no earlier than 1 year o/a 2%
18-30 oz/day- No Honey or canned goods (Botulism)