Case 25: 2mo - child abuse Flashcards
describe what is involved in cardiopulmonary resuscitation
C == chest compressions
A
B
Assess = RR, WOB, pulse Ox, HR, perfusion, strength of pulses
Causes of apnea in infants (based on system)
CNS
- Seizures ==> hemorrhage, meningitis/encephalitis, structural abn, metabolic or electrolyte d/o, genetic d/o, epilepsy
- Breath-holding spells == in kids 6mo-6yo; halting breath during expiration (reflexive d/t injury or anger) - pallid / cyanotic –> LOC +/- seizure, asystole
- Increased ICP ==> bleed, trauma, tumor, infection
- non-accidnetal closed head injury
CARDIAC
- congenital heart block; long-QT syndrome, arrythmia==> bradycardia + apnea
- congenital heart disease (esp. ductal-dependent lesions - Tetralogy of Fallot) –> acute decompensation in first few weeks of life assoc. with decreased pulmonary BF
PULMONARY
- RSV infection == esp. premature infants and kids <2yo
- pertussis
- other lower respiratory infections = viral/bacterial pneumonias
GI
- swallowing abnormalities
- transesophageal fistula = chronic
+/- reflux ==> choking, gagging, color changes, laryngospasm
SYSTEMIC
- systemic sepsis (in infants <1mo) == apnea, pallor, tachycardia, tachypnea, fever/hypothermia, decreased feeding, change in tone (==> Group B Strep,E. coli, Listeria(–>meningitis), HSV (–>encephalitis))
- botulinum toxin (soil, raw honey) (in infants <1yo) == hypotonia, constipation, paralysis, resrpiatory failure
- metabolic disorders == esp. apnea and AMS
- meds/toxins == respiratory depression, cardiac arrhythmias, seizures
- environmental exposures (carbon monoxide) == AMS, hypoxia, respiratory distress
common cause of arrhythmia in infants
- which cause apnea?
- SVT
- congenital heart block; long-QT syndrome ==> APNEA
most common cause of apnea in infant?
who is at greatest risk for this?
RSV
–> premature infants and kids <2yo
does GERD cause apnea in infants?
NO
APNEA –> hypoxia == relaxation of the LES –> reflux
Brief Resolved Unexplained Event (BRUE)
- define:
- sxs
DIAGNOSIS OF EXCLUSION
- define: event occuring in infant <1yo when observer reports a sudden, brief, now resolved (back to baseline) including >/= 1:
1) cyanosis, pallor
2) absent/ decreased/ irregular breathing
3) marked change in tone (hyper/hypo)
4) altered level of responsiveness
== no underlying etiology
emergency measures in infant with head trauma and deteriorating neurologically. multiple correct answers
Which of the following would be the next best steps?
Multiple Choice Answer:
A Notify your attending and call for a rapid response team
B Get prepared for CPR
C Obtain IV access
D Do a head CT
E Call the critical care unit to admit the baby
F Consult neurology
A, B, C
calling critical care to admit, consulting neurology, and head CT are needed, but LATER
CALL RAPID RESPONSE –> b/c can stop breathing / seize
1) CPR ready
2) IV access (2 large bore IVs)
normal neurological findings in 2mo
NEURO
- fix and follow easily with eyes
- exhibit meaningful smile in response to voices
- strong suck reflex
- beginning to coo
GROSS MOTOR
- lie flexed at hips with good tone; move all 4 extremities well
- can raise heads from side to side (180deg)
- CANNOT hold head up well, roll over
abusive head trauma
- mortality rate:
- mechanism:
- sxs:
- mortality rate: 25%
- mechanism: violent shaking and throwing (==> hemorrhage, diffuse axonal injury)
- sxs (morbidity 20-40%): neurological sequelae, no other signs of physical abuse
causes of subdural hematoma
==> head trauma
1) intentional trauma = violent shaking ==> retinal hemorrhages
2) accidental trauma (MVA)
3) delivery - esp. with vacuum / foreceps == resolve within 4-6w
4)
shaken baby syndrome
- sxs:
- mechanism
- CT findings
- prognosis:
- sxs: lethargy, retinal hemorrhage (found in 65-95%), subdural hematoma, full fontanelle, tachypnea
+/- seizure
+/- old healing fractures (rib fractures, spiral tibial fractures in non-walking infants, Metaphyseal fractures in nonactive kids d/t torsional force on joint) - mechanism: shaking/throwing ==> extreme rotational cranial acceleration force to brain + diffuse axonal injury to neurons ==> tearing of bridging vessels
- CT: Acute subdural hematoma [acute bleeding is white in color] in the right frontal area with prominent extra-axial cerebral spinal fluid [darker color] in the bifrontal subarachnoid spaces and the left Sylvian fissure.
- prognosis: long-term developmental delays, seizures, and/or difficulty with vision
can subdural hematomas result from CPR/seizures/short falls
how about retinal hemorrhages?
NO
NO
== these are very indicative of child abuse (esp if the story doesn’t make sense)
in cases of suspected child abuse, who are the medical professionals
neurologist == assess extent of injury, recommend tx, f/up monitoring
child advocacy doctor (pediatrician) == for specific skeletal studies, coag studies (r/out bleeding diathesis for continued bleeding) additional consulations
ophthalmology == eye exam for retinal hemorrhage
social worker
skeletal survey findings that raise suspicion for abuse
- fractures / injuries that are inconsistent with reported mechanism of injury and/or developmental abilities of child
- multiple fractures or injuries at different stages of healing
- fracture of femur or tibia in non-walking child
- posterior rib fractures ==> d/t squeezing of thorax perpetrator’s hands during shaking
- skull fracture in infant (if the story doesn’t fit)
define toddler’s fracture
- is this a sign of abuse?
- define: common injury to the tibia in young, walking children
NOT a sign of abuse
interpret these abnormalities of vital signs in a 2mo infant
- rectal temp <96.5 or >100.4F
- tachycardia
- decreased respiratory rate
- increased respiratory rate
- elevated BP
- rectal temp <96.5 or >100.4F == hypo/hyperthermia
- tachycardia ==> deteriorated CV status d/t sepsis, shock
- bradycardia==> increased ICP
- decreased respiratory rate==> CNS depression
- increased respiratory rate ==> sepsis, respiratory infection
- elevated BP==> compensatory response to CV system == pain, compensated shock, increased ICP
define: cushing’s triad
==> increased ICP
- Hypertension (progressively increasing systolic blood pressure)
- Bradycardia
- Widening pulse pressure (
infant colic
- define:
- etiology
- progression
- sxs
==> syndrome of crying several hours a day (usually PM) >5 nights/week; where baby is inconsolable
- etiology: unknown
- progression: starts after 2wo –> peak @ 6w –> resolves after 3-4mo
- sxs: otherwise normal; just causing a lot of anxiety and frustration with caregivers
In a 2mo, Which of the following best describes these vital signs (whether they are high, low or normal)? (Select the ONE best answer.)
Multiple Choice Answer:
A Temp: 96F normal; HR: 180 normal; RR: 16 normal; 110/68 normal
B Temp: 96F low; HR: 180 low; RR: 16 low; BP: 110/68 low
C Temp: 96F high; HR 180 high; RR: 16 high; BP: 110/68 high
D Temp: 96F low; HR: 180 high; RR: 16 low; BP: 110/68 high
E Temp: 96F low; HR: 180 normal; RR: 16 normal; BP: 110/68 normal
D
Jeremy is hypothermic. He is tachycardic and has an elevated blood pressure. His respirations are decreased.
Congenital dermal melanocytoses (Mongolian Spots)
- define:
- more common in whom?
- location:
- time of onset/duration:
- define: FLAT birthmarks similar to ecchymoses
- more common in: babies with darker skin pigmentation (10% of Caucasians)
- location: sacral/buttocks areas + arms, legs, back, flanks
- time of onset/duration: SOON after birth. Would not be acute onset. will NOT change in appearance over a short period of time.
Jeremy has a poor suck, a tense full anterior fontanel, an intermittent irritable cry, and decreased tone in his arms and legs. He will open his eyes only to pain, and when his eyes are open he does not fix on or follow examiner’s face. Responds to pain with movement, but does not move spontaneously.
Assign the glasgow coma scale
= 10 (moderately depressed neurological status)
EYE
to pain == 2/4
MOTOR
no spontaneous movement, decreased tone =4/6
VERBAL
intermittent irritable cry = 4/5
explain how glasgow coma scale works in terms of determining treatment in an infant
<8 ==> severe neurological compromise + coma
8-13 ==> moderate neurological compromise
>13 ==> mild/no neurological compromise
An 18-year-old mother with her 3-month-old son arrives at urgent care clinic with a chief complaint of “my baby stopped breathing!” She and her baby are rushed into a triage room, where her son is noted to be very lethargic with increased work of breathing. As vital signs are being obtained, the mother reports “my baby stopped breathing in the car coming here, and didn’t start again until I reached over and jostled his car seat!” Mom then shared that “my boyfriend said he rolled off the couch last night. Could it be related?” Mom also stated that her son hasn’t been as active as usual, and has been vomiting occasionally. Physical exam is notable for a respiratory rate of 70 bpm with intercostal retractions and crackles in the right lower lung fields posteriorly. You admit this patient with the diagnosis of pneumonia for empiric antibiotics and support, pending additional evaluation. CXR subsequently demonstrates a RLL infiltrate and faint, vertical lines on several posterior ribs bilaterally. What is the best next step in management?
Single Choice Answer: Please select one answer. A Obtain a PTH level B Sweat chloride testing C Skeletal survey (more x-rays) D Anticipatory guidance about appropriate car seat usage E Head ultrasound
C.
lethargic
tachypnea + intercostal retractions, RLL crackles (pneumonia)
“rolled off the couch”
3 months old == can’t roll yet
+ less active, vomiting
= likely child abuse - “faint, vertical lines on several posterior ribs bilaterally”
In this case a skeletal survey is essential. Posterior rib fractures are always concerning findings. While treatment of the patient’s pneumonia has been initiated, a complete skeletal survey will screen for other worrisome findings, including multiple fractures in different stages of healing, fracture of the femur or tibia in a non-walking child, and skull fractures.
Although head trauma (from falling from the couch) could result in an intracranial bleed and lethargy, the best test for such a bleed and/or skull fracture would be a CT scan, not an ultrasound.
A 2-month-old male is brought to the ED after his mother found him in his crib not breathing. She says he had no color and was still when she found him, but quickly regained his color. While you are examining him he starts having a tonic-clonic seizure and subsequently is found to have a temperature of 96 F, HR 200 bpm, and RR 18 bpm. On exam he cries intermittently, does not track you with his eyes, has a tense, full fontanelle, and decreased tone throughout. You also notice a healing bruise on his left arm. After assessing circulation, airway, and breathing you obtain IV access. What is the next step in your diagnostic workup?
Single Choice Answer: Please select one answer. A Skeletal survey B Lumbar puncture C Head CT D Head MRI E Social work consult
C
apneic spell
+ seizure
hypothermic, tachycardic, hypochypnic
Motor 4/6
Verbal 4/5
Eyes 2/4
= 10
tense, full fontanelle
for head trauma
head CT is highly sensitive for an intracranial bleed, such as a subdural hematoma, can be quickly carried out in the emergency setting, and may require urgent intervention.