How to Handle an Unstable Patient in an Otolaryngology Oral Board Case
A time-critical framework for showing that diagnosis and technical knowledge translate into immediate safe action.
Key takeaways
- Say that the patient is unstable and identify the dominant threat before ordering a broad workup.
- Prioritize oxygenation, ventilation, hemorrhage control, perfusion, and source control while mobilizing definitive resources.
- State a primary plan and a rescue plan for the airway; “call anesthesia” is not an airway strategy.
- Reassess physiology and destination after every major intervention.
Use the RESCUE sequence
- 01
R — Recognize and announce
State the instability and the immediate threat: airway obstruction, exsanguination, sepsis, neurologic compromise, or combined physiology.
- 02
E — Engage help and equipment
Activate anesthesia, operating room, blood bank, ICU, interventional radiology, or specialty support while assigning roles.
- 03
S — Stabilize ABCs
Oxygenate, ventilate, control external bleeding, obtain access, resuscitate, reverse anticoagulation when appropriate, and protect the cervical spine or neurologic status.
- 04
C — Control the source
Open the neck wound, pack, cauterize, ligate, drain, decompress, remove the obstructing object, or proceed to definitive endovascular or operative control.
- 05
U — Update diagnosis and plan
Use focused examination, endoscopy, imaging, labs, and operative findings only when they do not delay lifesaving control.
- 06
E — Evaluate response and disposition
Repeat vitals and examination, confirm airway and hemostasis, document communication, and choose ICU, operating room, or other monitored destination.
Unstable airway patterns
| Scenario | Immediate priority | Definitive pathway |
|---|---|---|
| Expanding postoperative neck hematoma | Open the incision when necessary, call for help, oxygenate, and prepare for a difficult airway. | Operating-room exploration and hemostasis after immediate decompression and airway rescue. |
| Obstructing upper-airway tumor | Maintain spontaneous ventilation when appropriate and avoid a plan that can convert partial obstruction to complete obstruction. | Awake airway, controlled endoscopic assessment, or surgical airway with explicit backup. |
| Pediatric foreign body | Prevent agitation and loss of the remaining airway; mobilize pediatric anesthesia and rigid bronchoscopy resources. | Controlled rigid bronchoscopy with rescue access and postoperative assessment. |
| Bilateral vocal-fold dysfunction | Support oxygenation and define severity; do not delay rescue for exhaustive testing. | Intubation, tracheostomy, or other airway procedure based on physiology and expected course. |
| Deep-neck infection with distortion | Treat sepsis and anticipate difficult airway anatomy. | Awake or controlled airway followed by drainage and antimicrobial source control. |
Hemorrhage patterns
Post-tonsillectomy hemorrhage
Position for suction, obtain IV or IO access, resuscitate, check hemoglobin and coagulation without delaying control, mobilize anesthesia and OR, and anticipate aspiration and difficult induction.
Carotid blowout
Apply direct pressure or packing, activate massive transfusion, secure a coordinated airway strategy, and obtain immediate endovascular and surgical control resources.
Severe epistaxis
Assess shock and anticoagulation, suction and topical control, identify anterior versus posterior source, choose packing or cautery, and escalate to arterial control with monitored disposition.
Intraoperative vascular injury
Control with pressure and visualization, avoid blind clamping, obtain proximal and distal control, call appropriate help, and convert or stage if anatomy is unsafe.
Neurologic, orbital, and septic deterioration
Orbital compartment syndrome
Treat visual decline, proptosis, ophthalmoplegia, or afferent defect as time critical; decompress and control the source rather than waiting for routine progression.
CSF leak with meningitis
Stabilize, obtain cultures when feasible, start urgent antimicrobial therapy, evaluate intracranial complication, and plan definitive leak control.
Skull-base vascular or cranial-nerve injury
Stop unsafe dissection, control bleeding, define neurologic status, obtain vascular or neurosurgical support, and state the surveillance and repair plan.
Necrotizing or rapidly progressive infection
Resuscitate, start broad therapy, obtain source control, debride nonviable tissue, and plan serial reassessment rather than a single limited drainage.
What a strong unstable-patient answer sounds like
“This patient is unstable from an expanding neck hematoma with impending airway compromise. I am calling anesthesia and the operating room now, applying oxygen and suction, opening the incision at the bedside if needed to relieve pressure, obtaining large-bore access and blood, and preparing both an awake/intubation strategy and immediate surgical airway backup. Once oxygenation is secured, I will proceed to operative exploration and definitive hemostasis, then monitor in the ICU.”
Put the framework under pressure
Practice the answer out loud—not only on paper.
Voice-first cases, adaptive examiner follow-up, imaging, complications, and structured educational feedback for otolaryngology (ent).
Questions candidates ask
Frequently asked questions
Does the current ABOHNS Oral Exam use cases from the candidate’s own practice?
Yes. ABOHNS states that beginning with the September 2025 Oral Exam, candidates are examined on cases from their practice. A nine-month case collection log and peer review are required for application and eligibility.
How many cases are discussed in the redesigned oral format?
ABOHNS transition materials describe ten cases selected in advance, divided into two sessions of five cases. Because the Board calls the redesign an evolving process, candidates should confirm their current portal instructions.
Should I obtain imaging before treating an unstable ENT patient?
Only when the patient is sufficiently stable and imaging will change immediate management. Do not delay airway decompression, hemorrhage control, or source control for routine imaging.
What must every airway answer include?
A primary oxygenation and ventilation plan, the personnel and equipment required, the trigger for abandoning that plan, and a specific rescue airway.
How should I structure a carotid blowout answer?
State immediate pressure or packing, airway coordination, massive transfusion, rapid vascular/endovascular help, definitive control, and postoperative neurologic and critical-care management.
Source transparency
Official references
Board requirements, dates, and candidate instructions can change. Confirm current details directly with ABOHNS and the Board’s candidate portal.
Continue preparing