Peds Exam 2 Flashcards
distance b/w adult maxillary inter-canines
2.5-3 cm
Orofacial injuries
common in child abuse, up to 50% abused children
Fractures of high suspicion
Rib fx <1 YO Long bone fx in non-walking Sternum/scapular or spinal fx Multiple fx in various stages of healing Depressed skull fx
Two most common child abuse fractures
Metaphyseal lesions of long bone
Rib fracture
Seeking care after UNINTENTIONAL head injury
Localized swelling
Lethargy
Concern for children who were asymptomatic
Seeking care after CHILD ABUSE head trauma
Breathing diff
Apnea
Seizure
Lifelessness
Epidural hemorrhage
Accident
Subdural hemorrhage
Abuse or past abuse
Requires more force
Subarachnoid hemorrhage
All types
Retinal hemorrhage
If abuse: usually see MANY hemorrhages
Skull trauma
Suspect abuse if: fracture is more complex and depressed
Salicylate (ASA) overdose
Diffuse bruising Tachypnea Hyperthermia Tachycardia Hypotension Vomiting *CHECK plasma salicylate
Mongolion spot
African american, Asian, Hispanic
Lower back/buttocks
Abscence of swelling or tenderness
Fade over mo-yrs rather than days
Vasculitis
Purpuric rash;lesions d/t breakdown of vascular walls
HSP- usually LE, arthralgia, abd pain
Osteogenesis imperfecta
Genetic disorder resulting in brittle bones
prone to repeated fx
Phytophotodermatitis
Burn-like skin lesion when sun interacts w certain fruits/veggies (lemons, oranges, celery, figs)
Congenital pain insensitivity
child doesn’t feel pain and/or temperature
Injuries that are likely abuse
Bruise trunk, ear, neck Bruise in infants who are not cruising Long bone fx in non-walking Rib <1 YO Subdural hematoma <1YO Hollow viscous <4 YO
Lab studies to order in Child Abuse case
Coag CBC w/diff CMP Amylase UA Toxicology Stool gauc
Child abuse CTs
All are WITH contrast besides Skull
Osteog Imperfecta
“Brittle bone dz”
OI
A. Dominant
Type 1 collagen
OI
Type 1: mild, most common
Type 2: most severe (prenatal lethal)
Type 3-9: variable
OI clinical
excessive/atypical fractures BLUE SCLERAE short stature, bowlegs Scoliosis/kyphosis- breathing diff Hearing loss Opalescent teeth Ligament/skin laxity
OI dx
“Wormion bones”
“Codfish vertebrae “
fractures at various stages of healing
OI dx
Labs: Biochemic test: Type 1 collagen
Vit D, phosph, alk phos may be normal or elevated with recent fracture
OI dx
Hypercalcemia is common and relates to severity
Think of all the Calcium leaving the bones- into the blood
Meds for OI
Pamidronate(Biphosphonate)
IV infusion, extensive
Risk: hypoCa2+, necrosis of jaw, Nephrotoxic
Dx of OI can be with:
biochemical testing of collagen
Buzz words for OI
Blue sclera
Wormion bones
Codfish vertebrae
progressive hearing loss
Marfan synd
FBN1 mutation: connective tissue protein
A. Dominant
Marfan
tall, thin, inc arm span
Scoliosis
Arachnodactylyl*
Pectus deformity
Hypermobile joints with laxity
Two main clinical from Marfan
Arachnodactylyl
Hypermobile joints
Marfan synd
Cardiac:
*AORTIC RUPTURE risk
Mitral valve prolapse
Marfan synd
preD to spontaneous Pneumothorax
Marfan syn
Eye: myopia (nearsightedness), lens subluxation/ dislocation
Marfan synd dx
CVS or amniocentesis
DNA testing: defective gene
Marfan synd dx
Echo/ECG: routine eval and monitoring*
Marfan synd tx
Beta blockers**
FBN1 gene
Marfan synd
Key concerns for Marfan
Aortic diss
Pneumothorax
Ectopia lens
Prader Willi synd
Chromosome 15- long arm
absence of paternal gene expression
PWS
absence of Paternal gene expression
Hypoth or Pit dysfx- primary central Growth Hormone deficiency
PWS
occur spontaneously
most common syndromic form of obesity
PWS and genetic imprinting
expression of gene depends on gender of parent donating this gene
LOSS OF PATERNAL
PWS
Paternal deletion or Maternal disomy (more autistic behavior, less distinct features)
PWS
no father chromo information on chromo 15
PWS clinical
almond shaped eyes traingular mouth narrow forehead smaller hands and feet depigmentation (subtle)
PWS clinical
hypogonad
sterile
Intellectual disability
increased risk Osteoporosis
PWS
behavorial, intellectual
food seeking
developmental delay
PWS classic *****
Infants: profound hypotonia (LOW TONE)
Failure to thrive, feeding difficulty
Then in early childhood: Hypophagia (overeat) and weight gain, bing eating
PWS dx
Molecular genetic test (methylation analysis)
PWS tx limited
Replace HGH and testosterone/estrogen
+ other common sense
PWS complications
Diabetes, Heart dz, Stroke
Sleep apnea
Joint wear and tear
Pyschological
Fragile X
Most common inherited INTELLECTUAL disability
(Screen young M with intellectual concern)
More common/severe in Males
Fragile X
X linked recessive
Fragile X
INTELLECTUAL impairment Developmental delay Autistic behavior Inability to cope w transition Hyperactive Anxiety Behavior tantrum Seizure
Fragile X clinical
soft smooth skin Macrocephaly large ears long narrow face MSK: joint laxity hypotonia pes planus Strabismus or blue iris Mitral valve prolapse Macro-orchidism after puberty
Fragile X dx
CGG repeated in FMR1 gene
Pre-mutations: primary ovarian insuff (FXPOI)
Tremor/ataxia synd (FXTAS)
Fragile X tx
Multidisc Echocardiogram MRI - seizures GERD- meds and therapy PT, OT, speech, Education (IEP) plan
DiGeorge synd
deletion on chromo 22
Autosomal Dominant
DiGeorge synd triad
Cardiac abnormality
Thymus- T cell deficiency
Low Ca2+
DiG synd partial vs complete
depends on how much thymus fx they have –> immunity
Cardiac effects of DiG
Severe: cyanosis, HF, failure to thrive, resp distress
Thyroid effects of DiG
thymus absent in complete
IMMUNODEFICIENT
Calcium of DiG
hypocalcemia d/t underdeveloped Parathyroid
DiG sx
Palatal defects-cleft * GU abn* Recurrent infection* Developmental/intellectual behavioral
DiG dx
Decreased CD3 T cells +
clinical findings
Initial eval of DiG
Urgent echo
Labs: CBC w/ diff showing Ca, Phosph, T, B cells
Renal US
CXR: “thymic shadow”
DiG tx
Cardiac possible surgery
Speech, behavior
CAUTION w LIVE VACCINES
Complete DiG
Life exp <1YO without treatment
Thymic transplant
HCT (stem cell transplant)
47XXY
Klinefelter
microorchidism
gynecomastia
mild language delay/ learning dis
Klinefelter
Testosterone low, FSH and LH high (d/t lack of neg fdbck)
infertility
Speech therapy and counseling
Turner synd
45 XO
higher risk of X linked recessive disorders
(like hemophilia)
Turner synd
short stature
Webbed neck
broad chest/shield chest
lymphedema on infants
Turner synd
Cardiac: COARCATATION OF AORTA
and bicuspid AV, HTN
Turner synd
Cubitus Valgus (wide carrying angle)
GU: streaked and underdeveloped
Amenorrhea
Renal: Horseshoe kidney
Turner synd tx
In vitro Fertilization IVF
Estrogen therapy
Monitor for gonadal malignancy (streaked gonads)
Tri 13: Patau
defect of Prechordial mesoderm
midline Craniofacial, eyes, forebrain
quite severe
Tri 13: P
Cleft lip
sloping forehead
MSK: hypotonia
“rocker bottom”
Majority die in utero
Tri 13:P
if survive birth, most die by 1 mo of age
aggressive surgery may get to 2 YO
Tri 18: Edwards
more common Female 3:1
low birth weight
HYPERTONIA, spasticity
Tri 18: Edwards
Majority die in utero, more likely to survive birth
50% die w/in 2 weeks
only 5% survive past 1 yr
Severe intellectual dis if make it to 5 YO
Tri 21
Most comm chromo abn
Cognitive imp and develop delay vary
Risk w advanced maternal age
Tri 21
Flat nasal bridge "Brushfield spots" large protruding tongue short neck narrow palate
Tri 21
Cataracts hearing imp abn teeth CHD: AVSD, VSD 50% of has CHD Pulm HTN sleep apnea GI: Hirchsprung, Celiac, chronic constipation
Tri 21
Hypotonia
Atlanto-axial instability
Short hands
Transverse Palmar crease- straight across hand
Tri 21
Behavioral: autistic, ADHD, agressive
Thyroid, dermatologic, obesity, Alzheimers, leukemia, seizures
Tri 21
Cardiac***
Hearing, vision, ortho, endocrine, GI
PT, OT, speech, feeding
All women should be offered Aneuploidy screening by
20 weeks gestation
Prenatal counseling
60-70% cases of Tri 21 diagnosed on prenatal
61-93% then terminated pregnancy following dx
Critical components of hx with Head Injury:
Witnessed fall Height of fall Immediate cry Consolable Vomiting Time since injury Arousable (nap time?) Size of mass Other injuries
Primary survey of Head Injury
ABCs (airway, breathing, circulation)
Neuro status (GCS)
-pupils, sucking, muscle tone
Vital signs
GCS= Glasgow Come Scale
3-5: poor prognosis
>8 pretty good/ full chance of recovery
in b/w that: iffy
Cushing’s triad of Vital signs
head injury
Wide pulse pressure
Bradycardia
Abnormal respirations
Secondary survey of Head Injury
Head/neck and
Rest of body
Primary survey 3 components
ABCs
Neuro status
Vital signs
Secondary survey of head injury: head/neck
C-spine alignment
Funduscopic (eye)
Hematomas, step offs, crepitus, lacerations, fontanels
Basilar skull fracture (battle sign, raccoon eyes, hemotympanum, ororrhea/rhinorrhea (CSF))
X Ray for Head injury?
Minimal value (no brain visualization)
Bony injury
Air fluid level in sinus
CT head injury?
High dose of radiation, therefore not indicated for low-risk pts
When to order CT?
GCS<15 or Acute AMS Sign of skull fracture Vomiting > 3x Seizure < 2 YO Non frontal scalp hematoma LOC >5 sec Severe mechanism Lethargic/not acting right
Subdural Hematoma (BAD)
B/w Dura and Arachnoid membrane
-diffuse, oozing blood
-tearing of bridging veins
Sx: LOC, irritable, lethargy, vomiting, bulging fontanelle
CT of Subdural Hematoma (BAD)
Crescent
Crosses suture lines
Epidural Hematoma (better prognosis)
B/w dura and skull
-rupture of arteries
Sx: brief LOC, lucid period, followed by DETERIORATION
CT of Epidural Hematoma (better prognosis)
Elliptical shape
Does NOT cross suture
Subarachnoid Hemorrhage (SAH)
Most common bleed
Inj to parenchymal and subarachnoid vessels
Sx: RANGE from normal –> LOC
CT of Subarachnoid Hemorrhage (SAH)
most common
“Slivers”
Blood is in cisterns, sulci, and fissures
Blood in CSF
May take time to show up on CT
Management if NO intracranial hemorrhage and NO skull fracture
Precautions
Monitor for: behavior change, vomiting, decreased arousability, seizure, irritability
Sleeping is OK
if concerned, wake up every 2-3 hrs
Management if + Intracranial hemorrhage (with or without skull fracture)
Neuro consult
Admit to PICU (evaluation and surgery) VS
Observation with repeat imaging
Concussion
Direct blunt force –> Stretching/shearing of axons
ACE:
regarding concussions
Acute Concussion Evaluation tool
Concussion tx
NO SAME DAY return to play
Must be completely sx free to return
NO SPORTS 1-2 wks
No screen time, get sleep, noise reduction for first 48 hours
Concussion progress
HA, foggy, other mild sx tend to resolve in 7-10 days
Post concussive synd: lasting 3 mo or longer
Emergent changes after a concussion is diagnosed
Severe, prolonged, or worsening HA, vomiting, or deterioration in mental status
2nd impact syndrome
2nd concussion w/in weeks –> brain swelling, herniation, death
*children at increased risk
Chronic Traumatic Encephalopathy
Multiple concussions
Permanent change in mood, behavior, pain
Cervical spine injuries
extremely rare in peds
Cervical spine injury <8YO
C2-C4
d/t falls
Cervical spine injury
>8YO
C5-C7
d/t sports
Teens more commonly have SCIWORA
Spinal cord injuries without radiographic abnormalities
Test of choice for spinal cord injury
MRI
Sx concerning for a spinal cord injury
Bilateral pain
Neuro def
Torticollis
Bony abnormality
Subdural (BAD)
Crescent shaped
Crosses suture line
Epidural (better prognosis)
Does not cross
Elliptical shape
(think elliptical machine is easy and nice on joints)
Fracture management
ALWAYS doc neurovascular status before and after manipulation/splinting/etc
Open fracture (Compound)
Splint/dress
Start IV Abx
Ortho consult
Open fracture (non-displaced) with overlying laceration
Start PO Abx
Repair lac
Splint
Outpatient ortho f/u
Open fracture (grossly deformed/displaced)
Will require open/closed reduction, possible fixation
Ortho consult in ED
Osteomyelitis
most often spread from blood, leading to bone destruction
Osteomyelitis is most common in
<5YO
Males
Long bones
Most common pathogens causing Osteomyelitis
Staph Aureus (possible MRSA)
Strep PNA
Strep Pyogenes
Osteomyelitis
obvious sx
focal tenderness
Dx: X Ray
Bone destruction with lytic lesions shows up 10-14 days later
Osteomyelitis best study for evaluation
MRI
marrow edema, abscesses
Labs to order to Osteomyelitis
CBC, CRP, ESR, Lactic acid, Wound culture, blood culture
Tx for Osteomyelitis
IV Empiric Abx
(Vanoc, Clinda, Rocephin)
Surgical drainage, debridgement, Hyperbaric oxyge therapy
Poision control #
1-800-222-1222
Meds that are deadly in a dose to Peds
ASA B-blocker CCB Camphor Chloroquine Clonidine Iron Lindane Methyl Salicylate Methadone Nicotine Oils Theophyline Tricyclic Antidep
Presentation of Anticholinergic poisoning (Antimuscarinic rhyme)
“hot as a hare, dry as a bone, red as a beet, blind as a bat”
Delirium Flushed skin Dilated pupils Urinary retention Dec bowel sounds Memory loss Seizure
Vital signs with Anticholinergic poision
Tachycardia
Hyperthermia
HTN
Everything HIGH
Examples of Anticholinergics
Antihistamine Scopolamine Jimson weed Angel trumpet Benztropine Tricylclic antidep Atropine
Cholinergic poisoning sx
Confusion weakness salivation lacrimation defecation emesis diaphoresis muscle twitch miosis seizures
OPP of Antimuscarinic
Cholinergic poisoning vitals
Brady cardia
Hypothermia
Tachypnea
LOW everything except fast breathing
Cholinergic poisoning examples
Organophosphates
Carbamates
Mushrooms
Hallucinogenic poison sx
Disorientation panic reaction moist skin hyperactive bowel seizure
Hallucinogen vital signs
Tachycardia
Tachyppnea
HTN
Everything HIGH
Hallucinogen examples
Amphetamines
Cannabinoids
Cocaine
PCP
Opiate/Narcotic poisoning sx
AMS
Unresponsive
Miosis
Shock
Opiate/Narcotic poison vital signs
Shallow respiration Slow resp rate Bradycardia Hypothermia Hypotension
Everything LOW
Opiate examples
Opiate
Propoxyphene
Dextromethorphan
Sedative/hypnotic poison sx
Coma stupor confusion sedation progressive CNS deterioration
Sedative/hypnotic vital signs
APnea
Sedative/Hypnotic examples
Barbiturates
Benzos
Ethanol
Anticonvulsants
Symphatomimetics (symp like sx) poisoning presentation
Delusion Paranoid diaphoresis Piloerection Dilated eyes Hyperreflexia Seizures Anxiety
Symphathomimetics Vitals
Tachycardia OR
Bradycardia (if pure a-agonist)
HTN
Symphathomimetics examples
Cocaine Amphetamine Phenylpropano Lamine Ephedrine Pseudoephedrine Albuterol Mahuang
Treatment of poisioning
ABC-DDD
ABC
Contact poison center
DDD- Disability, Drugs, Decontaminate
Acetaminophen antidote
Acetylcysteine
Anticholinergic antidode
Physostigmine
Benzo antidote
Flumazenil
Beta blocker antidote
Glucagon
Digoxin antidote
Digibind
Ca Channel blocker antidote
Ca
Heavy metal antidote
Chelating agent
Opoids (narcotics) antidote
Nalaxone (Narcan)
Where to start if you don’t know what is causing the poison
Acetaminophen level**
CMP, coag, ABCs
Cardiac monitor
Administer antidotes empirically
Where do things usually get stuck with FBI? narrow spaces
Cricopharyngeal narrowing- upper esoph sphincter
Tracheal bifurc
Aortic notch
Lower esoph sphincter
Once object passes Pylorus,
usually continues to Rectum without issues
FB lodged in esophagus
Concerns: Airway obstruction
Stricture
Perforation with resulting complications
Aspirated veggie matter
can –> intense Pneumonitis, often diff to remove
Presentation of Esoph FB
Refusing to eat Vomiting, choking, cough, stridor Neck/throat pain Unable to swallow Inc salivation FB sensation in chest
Phys Exam finding for FB in esophagus
Red throat Palatal abrasion Anxiety Wheezing Fever Peritoneal signs
FB workup
Patency of airway X Ray (negative does not r/o)
Tx for Removing FB
Esophagus- Endoscopy
Trachea- Bronchoscopy
When to consult for FB?
Sharp/elongated object Multiple FB (magnets) Button battery Perforation FB > 24 hrs Airway compromise Crico-pharyng level (depends where it is)
Above Crico-pharyng
ENT
Below Crico-pharyng
GI
Below esophageal sphincter?
leave it
Button battery
Esophageal Button Battery = TRUE EMERGENCY!!!
Extremely rapid action of Alkaline substance on mucose –> pressure necrosis –> residual charge
BURNS TO ESOPH in as little as 4 hours
perforation in 8 hours
Esoph BB
EMERGENCY bc
Burn: 4 hrs
Perforation: 8 hrs
Button battery
What type is worst?
LITHIUM
Mercuric oxide batteries
can fragment
If cell (battery?) is observed to split in GI tract,
Blood and urine mercury levels should be measured
Button ingestion, call
National Button Batter Ingestion Hotline
1-202-625-3333
Tx of Button Battery
Emergent removal required if in Esophagus
If passed esoph: no tx required if asymptomatic
UNLESS it has not passed pylorus in 24-48 hours
Most drowning victims aspirate only
<4 mL of liquid
Peak incidence for drowning
<4YO
OR
15-24 YO
2 primary concerns related to impaired ventilation (drowning)
Hypoxemia
Acidosis
CNS damage from hypoxemia (d/t drowning) can lead to:
Arrhythmia
Ongoing pulm injury
Reperfusion injury
Multi-organ dysfx
“Wet drowning”
Fresh OR salt water
More common
Aspiration of water into lungs
Dilution/washout of surfactant–> diminished gas exchange –> Atelectasis (lung collapse)–> V/q mismatch
“Dry drowning”
no fluid in lungs
Laryngospasm –> Hypoxia–> LOC
Near drowning
survival >24 hours post event
Severe brain damage in 10-30%
Near drowning sx at presentation
Alert or mildly obtunded
MAY exp full recovery
OR
Comatose, receiving CPR en route, fixed and dilated pupils and no spontaneous respirations
Near drowning,
comatose and no spontaneous respiratoisn
very poor prog
30-60% will die
60-100% exp long term neuro damage
Near drowning, consider child abuse if
<6 mo
Secondary drowning
Seizure Head/spine trauma Cardiac arrhyth Hypothermia Alc/drug ingestion Syncope Apnea Hyperventilation Hypoglycemia Suicide
Secondary drowning
Death up to 72 hours (3 days) after near drowning
Secondary drowning causes
Fresh water
Hemodilution primarily from ingested water
If large enough volume of water aspirated: Significant hemolysis
Cardiac arrhythmia
Tx of drowning
Pre hospital care is CRITICAL
ED: assisted O2 ventilation, mechanical vent, warm isotonic IV fluids and warming blankets, CXR (repeat in 6 hrs, admit
When to repeat CXR after initial one obtained after drowning
in 6 hours
Prognosis of drowning bad
Under water >5 mintues= MOST CRITICAL FACTOR
Prognosis of drowning bad
Time to effective BLS >10 minutes
Prognosis of drowning bad
Resusc duration >25 min
Prognosis of drowning bad
Age >14 YO
younger respond better
Prognosis of drowning bad
<5 (comatose)
Prognosis of drowning bad
Persisent apnea, require cardiopulm resusc in ED
Prognosis of drowning bad
Arterial blood pH <7.1 at presentaiton
Fever without source
Rectal temp >101
38.3 C
(typically 5-8 days)
Goal with fever of unknown origin
ID sketchy systemic bacterial infections: PNA UTI Bacteremia HHV 6 (roseola infantum) Meningitis
If no identifiable source through Hx and PE
Septic workup
Septic workup based on
Age <3 mo: neonate 3mo-3 yr: infant and young kid Appearance Risk factors (birth hx, travel, exposure, vaccination, immune status)
Infants <3 mo with fever of unknown origin
temp >38.3 C
Risk of incidence of serious bacterial infection
WORKUP REGARDLESS OF APPEARANCE
Group B strep is associated with Meningitis
5-10% of the time
Neonatal fever
<3mo
Full septic workup
CBC w/diff and smear ESR and CRP Blood culture CMP UA w CandS CXR Lumbar Puncture
Consider Empiric Abx
Trial of NSAIDs
Admission pending results
Fever in infants and young kids
3mo-3yr
If ill appearing:
Labs
UA w CandS
Culture: blood, urine, stool, and CSF if meningitis suspected
CXR (if tachypnea or Leukocytosis)
Parenteral abx
Admit
When to get CXR for ill appearing 3mo-3yo
If tachypnea or
Leukocytosis >20k
Management of Fever in 3mo-3yo in Well Appearing BUT not UTD on Immunizations
CBC w diff
Blood cultures (if WBC >15k)
UA
CXR (if leukocytosis >20k)
Management of Fever in 3mo-3yo if Well Appearing AND UTD on immunizations
UA and culture
If fever and abnormal UA, tx for UTI