An Emergency Medicine Broadsheet
·Phoenix·
Est. MMXXVI
Blue Fish Med · Today's Topic
Temporomandibular Joint Disorders
Anterior mandibular dislocation is usually straightforward to reduce, but missed fracture, recurrent dislocation, or airway compromise changes the plan. Chronic temporomandibular disorders are common, yet excessive imaging and opioids often cause more harm than benefit.
Also known asTMJ disorder · TMJ syndrome · temporomandibular disorder · TMD
A 24-year-old woman arrives unable to close her mouth, saliva pooling beneath her chin and panic tightening her voice. She says the problem began after a wide yawn at work; her jaw is fixed forward, and both preauricular areas ache. She can speak, but only in short, muffled phrases. The next move has not yet been made.
— What’s your move? Read on.
Before you read
What findings make reduction unsafe without imaging?
Which analgesic or sedation strategy is appropriate for this patient?
When to Think of It
TMD: preauricular pain, clicking, tenderness, limited opening, pain with chewing, headache, or bruxism.
Anterior dislocation: locked open mouth, inability to close, prominent mandibular depression, drooling, and speech difficulty after yawning, eating, trauma, or seizure.
Fracture or posterior dislocation: malocclusion, focal bony tenderness, step-off, dental injury, significant trauma, or altered sensation.
Sick or Not Sick
The key call is simple dislocation versus fracture/unstable injury. Image before reduction when there is significant trauma, malocclusion not typical of dislocation, focal mandibular tenderness, deformity, neurologic deficit, or inability to confidently identify an uncomplicated anterior dislocation.
The First Fifteen Minutes
Assess airway, secretions, mental status, and ability to cooperate; suction if needed.
For uncomplicated painful TMD without dislocation: ibuprofen 600 mg PO once if no renal disease, ulcer, anticoagulation, or pregnancy concern, because prostaglandin inhibition reduces inflammatory pain; add acetaminophen 1,000 mg PO once because central analgesia is opioid-sparing.
For an obvious anterior dislocation: provide fentanyl 50–100 mcg IV/IM, titrated to pain, because analgesia reduces guarding; monitor ventilation.
If guarding prevents reduction: midazolam 1–2 mg IV, repeat cautiously every 2–5 minutes to a typical total of 2–5 mg, because anxiolysis relaxes masticatory muscles; have airway equipment ready.
If procedural sedation is required: propofol 0.5–1 mg/kg IV, then 0.25–0.5 mg/kg increments, because brief deep sedation facilitates muscle relaxation; use continuous capnography and a full sedation setup. Dose varies with age, frailty, and comorbidity—check institutional sedation protocol.
Reassess occlusion and facial nerve/sensation after reduction; do not force reduction against resistance when fracture is suspected.
Definitive Care & Disposition
After reduction, confirm normal occlusion and document pre/post neurovascular findings. Soft diet, avoidance of wide opening, and outpatient oral/maxillofacial or dental follow-up are appropriate for uncomplicated cases; a supporting bandage may be used briefly. Fracture, recurrent difficult dislocation, open injury, inability to reduce, airway concern, or significant comorbidity warrants specialist consultation and observation/admission as indicated. Chronic TMD generally receives conservative dental/primary-care management, physical therapy, behavioral modification, and bite-guard evaluation—not emergent surgery.
How This One Kills
The dangerous miss is reducing a mandibular fracture as if it were a simple dislocation, worsening displacement or bleeding. The common cognitive miss is labeling unilateral facial pain “TMD” while overlooking odontogenic infection, temporal arteritis, or cardiac/neuropathic referred pain.
The Differential — What Else Looks Like This
Mandibular fracture — malocclusion, step-off, focal tenderness, or trauma; blind reduction can worsen injury.
Deep neck/odontogenic infection — fever, toxic appearance, trismus, floor-of-mouth elevation; airway loss may follow delayed treatment.
Parotitis — parotid swelling and purulent duct drainage rather than a locked jaw; antibiotics/source control may be delayed.
Temporal arteritis — new headache, scalp tenderness, jaw claudication with chewing, and visual symptoms; missed treatment risks blindness.
The Second-Day Story
Older adults may report ear pain, temporal headache, or difficulty chewing rather than “jaw pain,” while a patient with chronic bruxism may have a normal-looking joint but severe muscle tenderness. A dislocation may be partially reduced before arrival, leaving only malocclusion and pain. Examine dental occlusion, palpate the joint and muscles during opening, inspect for infection or trauma, and ask specifically whether the jaw is mechanically locked open or merely painful.
Back to Our Patient
Back to our 24-year-old woman: the locked-open jaw, drooling, and onset after a wide yawn make an uncomplicated anterior TMJ dislocation most likely, with no trauma, focal bony tenderness, or malocclusion suggesting fracture. She receives fentanyl 50 mcg IV, followed by cautious midazolam 2 mg IV because anxiety and muscle spasm prevent cooperation; the jaw reduces smoothly, and normal occlusion returns. After reassessment and oral analgesia, she tolerates fluids, receives soft-diet and limited-opening instructions, and is discharged with dental/oral-maxillofacial follow-up.
Patient Presentation to Attending
How you’d present this patient on the floor — tight, pertinent positives and negatives, no rambling
“This is a 24-year-old woman with sudden inability to close her mouth after a wide yawn, with bilateral preauricular pain and drooling. She has no trauma, seizure, fever, dental pain, or neck swelling, and she can protect her airway. Her mouth is fixed open with anterior mandibular depression, but there is no facial deformity or focal mandibular tenderness. I think this is an uncomplicated anterior TMJ dislocation rather than fracture or infection. I plan IV fentanyl followed by cautious anxiolysis, then gentle reduction with post-reduction occlusion and neurovascular reassessment. If reduction is uncomplicated and she tolerates oral intake, she can discharge with a soft diet and specialist follow-up.”
Study Directive
Practice identifying anterior dislocation versus fracture on five clinical vignettes.
Review and rehearse one reduction technique on a simulator or with faculty.
Memorize the red flags requiring imaging and specialist consultation.
Write a discharge plan containing diet, opening restriction, analgesia, recurrence prevention, and follow-up.
Gottlieb M, Long B · Ann Emerg Med, 2022 · PMID 35842342 · cited 10×
Provides an ED-focused approach to diagnosing and reducing acute TMJ dislocation, including analgesia or sedation and post-reduction care.
More in Today's Issue
7 additional topics
2 of 8
Auricular Hematoma Management
Blood trapped between auricular cartilage and perichondrium can devascularize cartilage and produce permanent “cauliflower ear.” The procedure succeeds only...
Also known ascauliflower ear · ear hematoma · pinna hematoma
A 19-year-old wrestler sits beneath the fluorescent lights, pressing a towel against the left side of his head. The upper ear is swollen, fluctuant, and purple, with the normal ridges nearly erased. He says it started after practice yesterday and now feels tight beneath the skin. The decision about how to restore the ear’s shape has not yet been made.
Before You Read
When is needle aspiration inadequate?
What prevents reaccumulation after drainage?
Which patients need specialty involvement or antibiotics?
Why It Matters
Blood trapped between auricular cartilage and perichondrium can devascularize cartilage and produce permanent “cauliflower ear.” The procedure succeeds only when drainage is paired with sustained compression and follow-up.
When to Think of It
Recent blunt auricular trauma with a tender, fluctuant swelling—often on the anterior pinna, scaphoid fossa, or concha. Loss of normal cartilage contours, pressure, and bruising support the diagnosis. Firm swelling may represent organizing hematoma, edema, or cartilage injury.
Sick or Not Sick
The key call is simple, accessible hematoma versus complex injury requiring ENT/plastics consultation. Escalate for large, expanding, recurrent, infected, delayed/organized hematomas, significant laceration, exposed cartilage, avulsion, associated temporal bone injury, or inability to achieve compression.
The First Fifteen Minutes
Remove earrings, assess skin viability, inspect the canal and tympanic membrane, and document hearing and facial nerve function.
For pain: acetaminophen 1,000 mg PO if appropriate, because it provides non-platelet-inhibiting analgesia; avoid routine NSAIDs while active bleeding is evolving.
Infiltrate with 1% lidocaine, usually 3–10 mL locally, because anesthesia permits complete evacuation; maximum plain lidocaine is approximately 4.5 mg/kg, up to 300 mg. Check a local anesthetic reference if using large volumes or epinephrine.
Drain promptly by aspiration for a very small, acute collection or by incision-and-drainage for larger, tense, recurrent, or clotted collections; evacuate all clot and irrigate gently.
Apply a firm bilateral bolster or quilting dressing immediately; compression eliminates dead space and prevents reaccumulation.
Give Tdap 0.5 mL IM if indicated by wound history and immunization status; tetanus prophylaxis depends on vaccination and wound classification.
Routine antibiotics are not mandatory for every uncomplicated hematoma. If there is cartilage exposure, contamination, laceration, or infection risk, discuss ciprofloxacin 500 mg PO every 12 hours with ENT/your local protocol because antipseudomonal coverage may be needed; dosing and local resistance guidance vary, so check Lexicomp, UpToDate, or institutional protocol.
Definitive Care & Disposition
Leave the bolster in place generally 5–7 days, with recheck in 24–48 hours for reaccumulation, pressure injury, or infection. ENT or plastic surgery should manage large, delayed, recurrent, infected, or anatomically complex lesions. Discharge is reasonable after adequate drainage and secure compression when follow-up is reliable; admit or observe for systemic infection, extensive tissue injury, uncontrolled bleeding, or unreliable follow-up.
How This One Kills
The specific failure is evacuating the blood but failing to compress the dead space, allowing reaccumulation and cartilage necrosis. A second failure is treating an infected hematoma as a sterile injury, leading to perichondritis and deformity.
The Atypical Presentation
A delayed patient may have a firm, nonfluctuant mass after clot organization, and a patient with dark skin may show little visible erythema. Anticoagulation can produce a rapidly enlarging lesion with minimal trauma. Compare both ears, palpate for fluctuation, inspect the canal and tympanic membrane, and use ultrasound or specialist evaluation when the collection is uncertain.
Back to Our Patient
Back to the 19-year-old wrestler: the fluctuant swelling with erased cartilage contours after blunt trauma is an auricular hematoma, without signs of infection, laceration, or neurovascular compromise. He receives local 1% lidocaine, complete evacuation of the collection, and a firm bolster dressing; his tetanus status is reviewed. Because the hematoma is uncomplicated and he has reliable follow-up, he is discharged with the bolster in place, return precautions, and ENT/sports-medicine review within 24–48 hours.
Patient Presentation to Attending
“This is a 19-year-old wrestler with one day of progressive left auricular swelling after blunt trauma during practice. He has localized pressure and tenderness but no fever, laceration, hearing loss, facial weakness, or mastoid tenderness. The upper pinna is fluctuant with loss of the normal contours, consistent with an uncomplicated auricular hematoma. I plan local lidocaine, complete drainage, and immediate bilateral bolster compression, with tetanus update if indicated. I’ll arrange a 24–48-hour recheck and ENT follow-up, and discharge him if the dressing is secure and there is no tissue compromise.”
Study Directive
Draw the pinna layers and explain how hematoma separates cartilage from its blood supply.
Watch or perform a supervised drainage-and-bolster procedure.
Memorize tetanus wound rules and local antibiotic policy.
Create a follow-up checklist: reaccumulation, pressure necrosis, perichondritis, and dressing removal timing.
Key Medications
Acetaminophen: 1,000 mg PO every 6–8 hours, maximum 4,000 mg/day in healthy adults; reduce maximum with liver disease, alcohol use, or frailty.
Lidocaine 1% local infiltration: maximum approximately 4.5 mg/kg, up to 300 mg plain; maximum with epinephrine is often cited as 7 mg/kg, but check institutional policy.
Tdap: 0.5 mL IM when indicated.
Ciprofloxacin, when specialist/local protocol supports prophylaxis or treatment: 500 mg PO every 12 hours; check reference for renal adjustment, drug interactions, adverse-effect risks, and whether local practice favors another agent.
Pediatric patients require weight-based local-anesthetic and antibiotic dosing.
High-Yield Pearls
Drainage is not definitive treatment; compression is the deformity-prevention step.
A firm, delayed mass may be organized clot and needs specialist assessment rather than repeated blind aspiration.
Routine fluoroquinolone prophylaxis is not automatic; infection, cartilage exposure, and local protocol should drive antibiotic decisions.
The Mimics
Auricular cellulitis/perichondritis — diffuse erythema, warmth, and progressive pain rather than a discrete fluctuant pocket; drainage alone delays antibiotics.
Auricular laceration — visible skin disruption or cartilage exposure; missed repair can cause necrosis and deformity.
Edema/contusion — diffuse soft swelling without a fluctuant collection; unnecessary incision causes bleeding and scarring.
External auditory canal hematoma — swelling centered in the canal with conductive hearing loss; the treatment and specialist needs differ.
Board Question
What intervention most effectively prevents cauliflower-ear deformity after auricular hematoma evacuation?
APressure dressing or bolster maintained for several days
BTopical antibiotic ointment alone
CIce for 20 minutes without drainage
DImmediate systemic corticosteroids
Reveal answer
Correct: A
Sustained compression eliminates the dead space between perichondrium and cartilage and prevents recurrent blood accumulation. Drainage without compression has a high recurrence risk.
Provides an emergency-focused approach to timely drainage and compression of auricular hematomas to prevent reaccumulation, infection, and cauliflower-ear deformity.
3 of 8
Ear Foreign Bodies
Ear foreign bodies are usually minor, but repeated traumatic attempts can cause canal laceration, tympanic membrane perforation, ossicular injury, or...
Also known asforeign body in ear · aural foreign body · ear canal foreign body
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The Case
A 7-year-old boy sits rigidly in his mother’s lap, one hand cupped over his right ear. A small blue plastic bead is visible deep in the canal, and every attempt to touch it makes him cry. He has no fever, but the canal is already reddened and narrow. The question is how to remove it without turning a simple problem into a perforation.
Before You Read
Which objects must never be irrigated?
When should the first attempt be the last attempt?
What post-removal findings determine discharge versus consultation?
Why It Matters
Ear foreign bodies are usually minor, but repeated traumatic attempts can cause canal laceration, tympanic membrane perforation, ossicular injury, or aspiration of a struggling child. Button batteries and penetrating objects are time-sensitive emergencies.
When to Think of It
Visible object, unilateral discomfort, otalgia, hearing loss, bleeding, or a child suddenly refusing ear examination. Consider insects, beads, cotton, food, foam, and button batteries. Always inspect both the canal and tympanic membrane when possible.
Sick or Not Sick
The key call is safe first-pass removal versus high-risk object/location requiring ENT. High-risk features include a button battery, sharp or penetrating object, object tightly wedged against the tympanic membrane, canal edema/bleeding obscuring visualization, suspected perforation, uncooperative child, or failed first attempt.
The First Fifteen Minutes
Stabilize the child with caregiver support; provide analgesia with acetaminophen 15 mg/kg PO, maximum 1,000 mg per dose, because pain control improves cooperation.
For a live insect with an intact tympanic membrane visible or no perforation concern, instill 2–5 mL mineral oil or 2% lidocaine otic/topical solution to immobilize and kill it; avoid fluid if perforation is suspected.
Remove under direct visualization using the tool best suited to the object: forceps for graspable material, a curette for objects not wedged, or gentle suction when available.
Irrigate only when the object is nonexpanding, nonbattery, nonorganic, and the tympanic membrane is intact; use body-temperature water because cold or hot irrigation can provoke vertigo.
If canal abrasion or otorrhea follows removal and the tympanic membrane is intact: ofloxacin 0.3% otic, 5 drops in the affected ear twice daily for 7 days, because topical therapy treats contaminated canal injury. Avoid aminoglycoside drops if perforation is possible.
Do not repeatedly sedate or probe a child in the ED without a clear plan; procedural sedation medication dosing is patient- and institution-dependent—use the local pediatric sedation protocol.
Definitive Care & Disposition
Confirm complete removal, inspect the canal and tympanic membrane, and document hearing when feasible. ENT should remove batteries, sharp objects, deeply impacted objects, objects adjacent to the tympanic membrane, or retained fragments after failed attempts. Discharge is appropriate after atraumatic removal with a normal membrane and no significant injury; provide return precautions for pain, drainage, fever, vertigo, or hearing loss.
How This One Kills
The catastrophic procedural miss is irrigating a button battery or an expanding organic object, accelerating tissue injury or swelling. The common iatrogenic miss is continuing failed attempts until canal edema and bleeding make definitive removal harder.
The Atypical Presentation
Infants may present only with irritability, and adults may report unilateral fullness or conductive hearing loss without pain. A partially removed object can leave a small fragment hidden behind edema or blood. If the history and examination disagree, examine both ears, use magnification, reassess after analgesia, and obtain ENT help rather than assuming the canal is clear.
Back to Our Patient
Back to the 7-year-old boy: the visible plastic bead, stable vital signs, and absence of bleeding or perforation signs support a controlled first-pass removal rather than irrigation or repeated probing. After acetaminophen and caregiver-assisted stabilization, the bead is removed with direct visualization, and the canal and tympanic membrane are intact except for mild superficial erythema. No drops are needed; he is discharged with return precautions and instructions to avoid inserting objects into the ear.
Patient Presentation to Attending
“This is a 7-year-old boy with acute right ear discomfort after a blue plastic bead was placed in the canal. He has no fever, drainage, vertigo, or known trauma, and the bead is visible with mild surrounding canal erythema. The tympanic membrane is not yet fully visualized, but there is no battery, sharp edge, or active bleeding. I plan analgesia, caregiver-assisted immobilization, and one careful direct-visualization attempt with forceps, avoiding irrigation. If removal is atraumatic and the membrane is intact, I’ll discharge him; if the attempt fails or the object is wedged near the membrane, I’ll stop and consult ENT.”
Study Directive
Practice choosing forceps, curette, suction, or irrigation for five object types.
Memorize the “never irrigate” list: button battery, expanding organic material, sharp object, and uncertain membrane integrity.
Review pediatric analgesic doses and perform a supervised otoscopic extraction.
Build a discharge template documenting object, attempts, canal injury, tympanic membrane status, hearing, and follow-up.
Key Medications
Acetaminophen: 15 mg/kg PO, maximum 1,000 mg/dose; pediatric maximum generally 75 mg/kg/day, not exceeding 4,000 mg/day.
Ibuprofen, if age ≥6 months and no contraindication: 10 mg/kg PO, maximum 600 mg/dose.
Mineral oil: 2–5 mL topical in the canal for a live insect when perforation is not suspected.
Lidocaine 2% topical: 2–5 mL in the canal may immobilize an insect; avoid if tympanic membrane integrity is uncertain.
Ofloxacin 0.3% otic: 5 drops BID for 7 days for canal trauma/otorrhea when clinically indicated; dosing differs for some pediatric indications—check the product and local protocol.
Avoid neomycin/polymyxin B/hydrocortisone drops when perforation or tympanostomy tube is possible because aminoglycosides may be ototoxic.
High-Yield Pearls
One failed attempt is often the point to stop; edema and bleeding rapidly convert an easy extraction into an operative problem.
Irrigation requires both a safe object and a known intact tympanic membrane.
After removal, the procedure is not finished until the tympanic membrane and hearing are reassessed.
The Mimics
Otitis externa — diffuse canal tenderness with tragal/pinna pain and no object; repeated instrumentation worsens infection.
Cerumen impaction — soft or waxy material adherent to canal walls; forceful extraction can lacerate the canal.
Tympanic membrane perforation — otorrhea, sudden hearing loss, or vertigo without a retained object; irrigation or ototoxic drops may cause harm.
Insect bite or canal abrasion — persistent pain after object removal; failure to re-inspect leaves a fragment behind.
Board Question
A child has a visible button battery lodged in the external auditory canal. What is the best management?
AIrrigate with warm water
BApply mineral oil and discharge
CUrgent removal with ENT involvement if needed
DObserve for spontaneous extrusion
Reveal answer
Correct: C
Button batteries cause rapid liquefactive tissue injury and must be removed urgently. Irrigation can worsen the injury and should be avoided.
Provides a focused reference for selecting safe ear-canal extraction techniques and recognizing cases that warrant otolaryngology referral rather than repeated ED attempts.
4 of 8
Nasal Foreign Bodies
Most nasal foreign bodies can be removed quickly, but button batteries can cause septal necrosis and perforation within hours. Aspiration, posterior...
A 3-year-old girl breathes through her mouth while her father describes two days of foul-smelling drainage from the right nostril. She is afebrile but fights the examination, and a tiny dark object glints behind the swollen turbinate. Her left nostril is clear, and there is no facial swelling. The decision about whether this can be removed safely at the bedside remains open.
Before You Read
Which nasal foreign body is a true chemical emergency?
What is the safest first maneuver in a frightened child?
When should further attempts stop?
Why It Matters
Most nasal foreign bodies can be removed quickly, but button batteries can cause septal necrosis and perforation within hours. Aspiration, posterior displacement, and repeated traumatic attempts are preventable complications.
When to Think of It
Unilateral foul-smelling or bloody discharge, unilateral obstruction, epistaxis, halitosis, sneezing, or witnessed insertion. Common objects include beads, paper, food, foam, and batteries. Examine the nose with good lighting and suction available; inspect the oropharynx for posterior displacement.
Sick or Not Sick
The key call is visible, anterior, nonbattery object versus dangerous or inaccessible object. Urgent ENT involvement is needed for button batteries, sharp objects, magnets, posterior objects, significant bleeding, suspected aspiration, airway compromise, septal injury, or failed removal.
The First Fifteen Minutes
Position the child upright and suction secretions; have a caregiver restrain or comfort the child.
For pain or distress: acetaminophen 15 mg/kg PO, maximum 1,000 mg/dose, because comfort improves cooperation.
For mucosal decongestion before removal: oxymetazoline 0.05% nasal spray, 1–2 sprays in the affected nostril in adults and older children; pediatric concentrations and age limits vary, so check the product/institutional protocol. It reduces mucosal edema and bleeding through alpha-adrenergic vasoconstriction.
If needed for a cooperative patient: lidocaine 4% topical, approximately 0.5–1 mL applied to the affected nasal mucosa, staying within institutional maximum-dose limits, because topical anesthesia reduces pain and sneezing. Use lower doses in children and check a reference if uncertain.
Attempt the least traumatic technique appropriate to the object: positive-pressure “parent’s kiss” for a cooperative child, or direct extraction with a hook/curette/forceps when the object is visible and anterior.
Do not probe blindly, push posteriorly, or irrigate a suspected battery or expanding organic object. Do not delay battery removal for prolonged topical preparation.
Definitive Care & Disposition
After removal, inspect both nasal passages and the septum, assess for bleeding or perforation, and remove all fragments. Saline spray and avoidance of nose picking are usually sufficient for minor mucosal trauma; antibiotics are not routine. ENT consultation is appropriate for batteries, magnets, sharp objects, persistent bleeding, deep or posterior objects, septal necrosis, or failed attempts. Discharge is reasonable after complete atraumatic removal, controlled bleeding, normal breathing, and reliable follow-up.
How This One Kills
The feared miss is mistaking a button battery for an ordinary bead and leaving it in place while arranging routine follow-up; rapid alkaline injury can produce septal perforation. The procedural miss is using forceps from the front without a backstop and pushing the object into the nasopharynx or airway.
The Atypical Presentation
An older adult may present with chronic unilateral obstruction and foul odor from an overlooked object, while a child may deny insertion or have no witnessed event. Bleeding can obscure a battery or septal injury. Use unilateral comparison, gentle suction, careful anterior rhinoscopy, and a low threshold for ENT visualization when symptoms persist despite an apparently empty nostril.
Back to Our Patient
Back to the 3-year-old girl: unilateral foul drainage with a visible anterior object and no fever, facial swelling, or airway compromise indicates a nasal foreign body. After acetaminophen, caregiver-assisted positioning, and a small amount of age-appropriate topical decongestant, the object is removed with a single controlled maneuver; it is a plastic bead, not a battery. The septum is intact, bleeding is minimal, and breathing normalizes, so she is discharged with saline care, nose-picking precautions, and return instructions.
Patient Presentation to Attending
“This is a 3-year-old girl with two days of foul-smelling right-sided nasal drainage and a visible dark object behind the right turbinate. She is afebrile, breathing comfortably, has no facial swelling, significant epistaxis, or witnessed aspiration, and the left nostril is clear. The object appears anterior and nonsharp, with no obvious septal hematoma. I plan analgesia, brief topical decongestion, and one controlled extraction attempt with a caregiver assisting; I will avoid blind probing or irrigation. If the object is removed completely and the septum is intact, she can discharge; a battery, posterior displacement, or failed attempt would prompt urgent ENT consultation.”
Study Directive
Memorize the nasal foreign-body escalation criteria and battery emergency pathway.
Practice the parent’s-kiss maneuver and identify when it is inappropriate.
Review pediatric oxymetazoline and topical lidocaine limits using your institutional reference.
Perform a structured post-removal exam: both nares, septum, bleeding, airway, and retained fragments.
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Key Medications
Acetaminophen: 15 mg/kg PO, maximum 1,000 mg/dose; pediatric maximum generally 75 mg/kg/day.
Ibuprofen, if age ≥6 months: 10 mg/kg PO, maximum 600 mg/dose.
Oxymetazoline 0.05%: 1–2 sprays intranasally in adults/older children; pediatric age/concentration limits vary—check product labeling and institutional protocol.
Lidocaine 4% topical: approximately 0.5–1 mL to nasal mucosa; calculate total mg dose and use a pediatric/local-anesthetic reference if uncertain.
Topical phenylephrine is an alternative, but concentration and pediatric dosing vary; verify the preparation before use.
Antibiotics are not routinely indicated after uncomplicated removal; suspected infection or tissue necrosis requires specialist-directed therapy.
High-Yield Pearls
Unilateral purulent or foul drainage is a foreign body until proven otherwise, especially in a child.
A battery is a chemical burn, not merely an obstruction; do not irrigate or delay removal.
Positive pressure is safer than blind instrumentation when the object is small, anterior, and the child can cooperate.
The Mimics
Unilateral bacterial rhinitis/sinusitis — discharge without a visible object; repeated instrumentation causes mucosal trauma.
Nasal fracture with septal hematoma — recent trauma, septal bogginess, obstruction, or deformity; missed hematoma risks cartilage necrosis.
Intranasal polyp — pale, smooth, mobile tissue rather than a discrete object; biopsy or forceful removal can cause bleeding.
CSF rhinorrhea — clear unilateral drainage after trauma or surgery; manipulation can worsen a skull-base injury.
Board Question
A 3-year-old has a round metallic object visible in the anterior nasal cavity. Which feature most urgently changes management?
ATwo days of unilateral foul-smelling discharge
BMild mucosal edema
CAppearance consistent with a button battery
DFear of the nasal examination
Reveal answer
Correct: C
A button battery causes rapid alkaline tissue injury and requires urgent removal, usually with early ENT involvement if bedside extraction is not immediately safe. Delay risks septal necrosis and perforation.
Provides a practical reference for recognizing nasal foreign bodies, choosing safe removal techniques, and identifying objects such as button batteries that require urgent intervention.
Suspected or witnessed upper-airway foreign body causing partial obstruction, with the object visible and accessible under direct visualization.Emergent...
Also known asforeign body airway obstruction · choking · bronchoscopy · Heimlich maneuver
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Indications
Suspected or witnessed upper-airway foreign body causing partial obstruction, with the object visible and accessible under direct visualization.
Emergent removal when the patient has severe obstruction, cyanosis, worsening fatigue, or inability to ventilate.
Steps
Call for airway backup; provide high-flow oxygen and prepare suction, bag-mask ventilation, video/direct laryngoscopy, Magill forceps, and an advanced-airway plan.
If the patient can cough effectively, encourage coughing; avoid blind finger sweeps or instrumentation.
For a visible object in the oropharynx or hypopharynx, perform direct/video laryngoscopy while maintaining an appropriate rescue-airway posture.
Grasp the object with Magill forceps under continuous visualization; withdraw along the visualized path without pushing it distally.
If the object is not safely retrievable or the patient deteriorates, prioritize oxygenation and proceed to expert rigid bronchoscopy or surgical-airway rescue as indicated.
Confirmation & Success Criteria
Foreign body is removed intact and accounted for.
Immediate improvement in airflow, work of breathing, oxygenation, and voice; reassess for persistent unilateral findings or a second object.
Inspect the mouth and airway when feasible and obtain further evaluation if aspiration, mucosal injury, or retained fragments is suspected.
Complications & Rescue
Distal displacement or complete obstruction: stop attempts, provide age-appropriate choking/airway maneuvers, ventilate if possible, and activate definitive airway/bronchoscopy support.
Dental, pharyngeal, or laryngeal trauma: use controlled visualization and reassess for bleeding or edema.
Hypoxemia or bradycardia: pause, oxygenate/ventilate, and manage according to resuscitation protocols.
A normal initial examination does not exclude a distal bronchial foreign body; arrange bronchoscopy or specialty consultation when suspicion remains.
6 of 8 · Procedure Corner
Auricular Hematoma Incision and Drainage
Acute or persistent auricular hematoma with fluctuance, contour distortion, or reaccumulation.Drainage is generally time-sensitive to reduce the risk of...
Also known ascauliflower ear · ear hematoma · pinna hematoma
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Indications
Acute or persistent auricular hematoma with fluctuance, contour distortion, or reaccumulation.
Drainage is generally time-sensitive to reduce the risk of cartilage ischemia and cauliflower-ear deformity.
Steps
Position the patient with the affected ear accessible; provide analgesia and infiltrate local anesthetic around—not directly through—the hematoma when possible.
Prep and drape; make a small incision along the superior or inferior margin of the hematoma, preferably in a natural crease and parallel to the auricular contour.
Evacuate liquid and clot with gentle expression; irrigate until the space is clean, avoiding unnecessary cartilage disruption.
Apply firm, evenly distributed compression that eliminates dead space: quilting sutures, dental-roll bolsters, or a molded pressure dressing.
Protect the canal and verify that the pinna has restored its contour without residual fluctuance.
Confirmation & Success Criteria
Complete evacuation with reapproximation of the perichondrium and skin and no remaining pocket.
Hemostasis is achieved, the dressing provides uniform pressure, and the external auditory canal remains patent.
Arrange close reassessment, typically within 24–48 hours, because recurrence is common without sustained compression.
Complications & Rescue
Reaccumulation: reassess promptly, repeat drainage and compression, and involve otolaryngology.
Perichondritis or chondritis: monitor for increasing pain, erythema, drainage, fever, or deformity; obtain specialty evaluation and treat infection when clinically indicated.
Skin necrosis or pressure injury: use even, nonischemic compression and inspect the skin at follow-up.
Inadequate analgesia, bleeding, or cartilage injury: pause, improve anesthesia/hemostasis, and avoid repeated blind instrumentation.
7 of 8 · Procedure Corner
Nasal Foreign Body Extraction Using Balloon Catheter
A smooth, nonpenetrating nasal foreign body that is visible or strongly localized and cannot be removed safely with simple positive-pressure or direct...
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Indications
A smooth, nonpenetrating nasal foreign body that is visible or strongly localized and cannot be removed safely with simple positive-pressure or direct extraction techniques.
Particularly useful for posteriorly positioned objects in young children when grasping would push the object deeper.
Steps
Position the patient upright with suction available; provide topical vasoconstriction and anesthesia when appropriate, and visualize the object and nasal passage.
Pass a small balloon catheter beyond the foreign body while keeping the catheter under direct visualization; do not force it or advance toward the nasopharynx if resistance is encountered.
Inflate the balloon with the minimum volume needed for a secure purchase, following the catheter’s device instructions.
Apply slow, steady anterior traction while maintaining the catheter’s position and visualizing the object’s movement.
Deflate the balloon immediately after removal; inspect both nasal passages for mucosal injury, retained fragments, or a second foreign body.
Confirmation & Success Criteria
The foreign body is removed intact without posterior displacement or aspiration.
Nasal airflow and bleeding are reassessed, and the mucosa is inspected for laceration or septal injury.
Arrange specialty assessment for penetrating, button-battery, paired-magnet, deeply embedded, or unsuccessful cases.
Complications & Rescue
Posterior displacement or aspiration: stop further attempts, suction if accessible, assess the airway, and obtain urgent airway/otolaryngology support.
Epistaxis or mucosal trauma: apply topical vasoconstrictor and direct pressure; escalate for persistent bleeding.
Balloon rupture or loss of catheter control: remove the catheter and confirm that no fragment remains.
Avoid balloon extraction when the object is sharp, fragile, caustic, or tightly embedded; use direct visualization and specialty removal instead.
8 of 8 · Supplemental — Imaging
Decubitus Films for Suspected Airway Foreign Body
Use paired lateral-decubitus chest radiographs to recognize unilateral air trapping from a radiolucent bronchial foreign body while understanding when a...
Also known aslateral decubitus films · decubitus radiographs
0:00 / –:––AI‑generated audio
Learning Objective
Use paired lateral-decubitus chest radiographs to recognize unilateral air trapping from a radiolucent bronchial foreign body while understanding when a negative study cannot safely end the evaluation.
Core Concepts
Obtain right- and left-side-down decubitus views when possible, commonly with frontal chest radiographs; technique must be adapted to the child’s cooperation and local protocol.
The dependent lung normally becomes relatively less lucent and smaller on expiration, while the nondependent lung may remain more aerated.
An obstructed lung with a ball-valve foreign body may remain hyperlucent and expanded when it is positioned nondependently—compare sides and positions rather than relying on one absolute opacity.
Directly radiopaque objects may be seen, but many organic and plastic foreign bodies are radiolucent; indirect findings include unilateral hyperinflation, atelectasis, mediastinal shift, or focal pneumonia.
Poor inspiration, crying, rotation, incomplete expiration, or asymmetric positioning can mimic or obscure air trapping.
Normal radiographs do not exclude aspiration; persistent focal wheeze, asymmetric breath sounds, witnessed choking, or ongoing clinical concern warrants specialty consultation and consideration of bronchoscopy or advanced imaging.
Interpretation Checklist
Confirm patient identity, side markers, projection, positioning, and adequacy of inspiration/expiration.
Search systematically for a radiopaque foreign body along the airway and assess the hila, mediastinum, and lung fields.
Compare lung volumes and lucency on the right- and left-side-down images.
Ask whether either lung remains abnormally lucent or expanded when nondependent, or fails to deflate when dependent.
Look for secondary findings: atelectasis, focal infiltrate, mediastinal shift, pleural abnormality, or bilateral disease.
Integrate the films with the mechanism and examination; do not use a nondiagnostic or negative study to overrule a high clinical suspicion.
Retrieval Prompt
When a unilateral bronchial foreign body creates ball-valve obstruction, what should happen to the affected lung when it is positioned nondependently? → It may remain hyperinflated and relatively lucent because trapped air cannot adequately escape.
Yesterday’s Differential
The daily puzzle — from editions past
A quick test of recall from prior editions. Commit to an answer before you check.
From yesterday's edition
A comatose 55-year-old woman is wheeled in after a sudden collapse preceded by the worst headache of her life. She is unresponsive with a sluggish pupil, and the monitor shows a slow heart rate. What’s the diagnosis, and the first move?
Check your answer
Raised Intracranial Pressure (Cerebral T Waves). Redirect from a cardiac workup to emergent neuroimaging and management of raised ICP; recognize the bradycardia as impending herniation, protect the airway, and treat the intracranial catastrophe (the ECG changes reverse as ICP is controlled).
From the September 1 edition
Today, three days ago: Pralidoxime (2-PAM). What’s the adult ED dose, and the contraindication you’d most regret missing?
Check your answer
1–2 g IV over 15–30 min, then infusion commonly 500 mg/h or repeated dosing per toxicology/protocol. Pediatric dosing weight-based. No absolute contraindication in severe organophosphate poisoning.
From the August 25 edition
A 12-year-old liver-transplant recipient presents with fever, mild tachycardia, and new confusion. Blood pressure is 78/42 mm Hg after an initial 20 mL/kg balanced-crystalloid bolus. Which is the best next step?
AWait for tacrolimus and blood culture results
BGive ibuprofen and observe urine output
CStart a vasoactive infusion and broad-spectrum IV antibiotics while contacting the transplant center
DStop all immunosuppressants immediately
Reveal answer
Correct · C
Shock in an immunosuppressed transplant recipient requires immediate hemodynamic support and empiric antimicrobials; diagnostic results must not delay treatment. Immunosuppression changes should be directed by the transplant team because abrupt withdrawal can worsen rejection or precipitate complications.
Journal Watch
From the FOAMed wire
No new items in the last week. The wire resumes when sources update.
Podcast Picks
Two for the shift
Critical Care Perspectives in Emergency Medicine2026-09-01
Brain damage and death from ischemic encephalopathy is common after cardiac arrest. Animal studies and limited observational studies suggest that high oxygen exposure after ROSC may result in neuronal death. As such, it is hypothesized that limiting oxygen exposure (conservative oxygen) many attenuate reperfusion injury and improve outcomes. At present,...
Source
Critical Care Perspectives in Emergency Medicine
Published
2026-09-01
Host
Critical Care Perspectives in Emergency Medicine, Critical Care Perspectives in Emergency Medicine
Jenny Beck-Esmay and Matthew DeLaney step in for the main show this month, covering 20 papers in depth. Aaron Skolnik joins Jess Monas for the Ultra Summary. Ken and Swami look at an article by Chris Carpenter et al....
Annals Journal Watch
From the specialty flagship
One recent paper from Annals of Emergency Medicine worth knowing on shift, chosen for practice impact — independent of today’s topics.
A journal-club appraisal of whole blood versus component therapy for out-of-hospital traumatic hemorrhage addresses a high-stakes resuscitation choice with direct implications for survival, massive-transfusion workflows, and EMS–ED coordination. Residents should understand whether the supporting comparative evidence ju
Bottom line → For suspected hemorrhagic shock, activate your established prehospital/ED massive-transfusion pathway and confirm when your system recommends whole blood rather than choosing products ad hoc.
Pharmacology Corner
Two drugs for the shift
One antimicrobial and one other ED workhorse — selected daily, with sources and last-reviewed dates so every dose is cross-checkable.
Antimicrobial of the Day
Cefazolin
First-generation cephalosporin
Indication
MSSA and streptococcal skin/soft tissue infection, open fracture prophylaxis per trauma/orthopedic protocols, peri-procedural prophylaxis, and selected cellulitis cases without MRSA risk.
What’s your dose? — reveal dosing & cautions
ED Dose
2 g IV once/q8h; 3 g IV for patients ≥120 kg in many prophylaxis protocols. Open fracture prophylaxis commonly begins with 2 g IV as early as possible.
Renal Adjustment
Adjust interval after initial ED dose when CrCl < 50 mL/min; hemodialysis dosing depends on timing and local protocol.
Contraindications
Severe cephalosporin allergy; caution with immediate anaphylaxis history to beta-lactams.
Interactions
Warfarin effect may increase with prolonged therapy; probenecid increases beta-lactam levels.
Monitoring
Allergic reaction, renal function for repeat dosing, clinical response of cellulitis/wound infection.
ED Pearl
For clean open fractures, early cefazolin is more important than exotic coverage — give it quickly, document time, then tailor based on contamination pattern.
Reversal of opioid-induced respiratory depression; empiric use in undifferentiated coma with pinpoint pupils or hypoventilation.
What’s your dose? — reveal dosing & cautions
ED Dose
0.04–0.4 mg IV titrated to respiratory rate (start low to avoid precipitated withdrawal). 2 mg IN or IM (community dosing). Infusion: start at 2/3 of the effective bolus dose per hour.
Renal Adjustment
No adjustment for renal impairment.
Contraindications
Known hypersensitivity (rare).
Interactions
Can precipitate severe withdrawal and pulmonary edema in opioid-dependent patients. Reverses agonist effect of buprenorphine partially and unpredictably.
Monitoring
Continuous pulse oximetry and respiratory rate for at least 2 h after the last bolus, longer for long-acting opioid ingestions (methadone, buprenorphine, extended-release oxycodone).
ED Pearl
Aim for adequate ventilation, not full alertness — full reversal precipitates withdrawal and can mean a combative, vomiting patient with reaspiration risk. Start at 0.04–0.1 mg IV in dependent patients and titrate up.
For educational use only. Verify dosing against the FDA label and your institution’s pharmacy resources before administering.
ECG of the Day
Misc
Left Axis Deviation
A dominant R wave in lead I with dominant S waves in II, III, and aVF puts the QRS axis beyond -30 degrees — left axis deviation, and the question is always what's driving it.
The Tracing
A 68-year-old man presents for a routine pre-operative evaluation, asymptomatic. Vitals are unremarkable. On his 12-lead you run the quick axis check: lead I shows a clearly dominant, upright R wave, while leads II, III, and aVF each show a dominant downward S wave. Lead aVL, like lead I, is upright. Putting those together, the frontal-plane QRS axis sits more negative than -30 degrees. The QRS duration itself is normal and there are no acute ST-segment changes. You look back through the rest of the tracing for the features that would tell you which of several causes is responsible.
QRS axis more negative than -30 degrees (definition of left axis deviation)
Positive (dominant R wave) QRS in lead I
Negative (dominant S wave) QRS in leads II, III, and aVF
Lead aVL typically positive, as in the source's example
Normal axis for reference spans -30 to +90 degrees
Pearls
The three-lead check (positive I; negative II, III, aVF) is a fast bedside way to call LAD without a protractor — confirm lead II is net negative before committing, since that is the tipping point past -30 degrees.
LAD is a finding, not a diagnosis: left anterior fascicular block is a classic cause, but so are LBBB, LVH, inferior MI, ventricular ectopy, paced rhythms, and WPW — read it as a prompt to identify the driver.
Pairing the axis with the rest of the tracing sorts the benign from the meaningful — an old inferior MI, a pacemaker, or a delta wave each explains the axis and points management in a different direction.
Pitfalls
Calling LAD in isolation and stopping there misses the underlying cause — inferior MI and WPW are on the list and each carries very different implications.
Left axis deviation (down to -30) should not be confused with extreme/northwest axis (-90 to 180), which reflects a different set of pathologies.
Attributing the axis reflexively to left anterior fascicular block can overlook LVH, a paced rhythm, or ventricular ectopy producing the same shift.
At the Bedside
Treat left axis deviation as a trigger to hunt for its cause on the same tracing and the clinical context — look for left anterior fascicular block, LBBB, LVH, inferior MI, ventricular ectopy, a paced rhythm, or WPW — and let the identified driver, not the axis label itself, direct disposition and further workup.
For educational use only. Verify ECG interpretation against the LITFL entry and your institution’s practice before clinical decision-making.
Case of the Day
From the lead · Temporomandibular Joint Disorders
Self-Examination
Test Your Understanding
A 32-year-old patient presents after yawning with inability to close the mouth. There was no trauma, and examination shows an anteriorly displaced mandible without focal bony tenderness. Which is the best next step?
ACT before any analgesia or intervention
BGentle manual reduction with analgesia and, if needed, procedural sedation
CImmediate bilateral mandibular fixation
DBroad-spectrum antibiotics and hospital admission
Reveal answer
Correct answer · B
An uncomplicated anterior dislocation can be reduced clinically after analgesia and muscle relaxation. Imaging is indicated when fracture or another structural injury is suspected.
Study Pace4 topics today; Issue 52 of 94 — HEENT (Weeks 28 B-29)Deadline · June 1, 2026