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SurgSpace

03 / Otolaryngology, Head & Neck · open

Surgical tracheostomy

A controlled front door into the trachea below an obstruction the mouth cannot bypass, or for the ventilated patient whose tube has outstayed the larynx's welcome.

Indication: Upper airway obstruction, prolonged ventilation, airway protection; elective and controlled wherever possible.

Part of Otolaryngology, Head & Neck →4 stages2 complications to knowopen
A surgical airway: the tube entering the trachea below the larynx
Illu01_head_neck.jpg: Arcadian derivative work: Tedburke · Public domain

Read the imaging first

Practice before you scrub

The airway reads first

Three days of sore throat, now fever, trismus and a muffled voice. CT neck with contrast. (Fictional educational case.)

  • Deep neck sepsis is drained in theatre with the airway secured first: the drainage is the easy half of the operation.
  • Stridor, voice change and trismus grade the threat better than the scan alone: trajectory, not appearance, sets the tempo.
Practice this image View the anatomy

On the tray for this operation

Test yourself on the tray

Stage

1 / 4

Position and landmarks

Neck extended, and the midline landmarks are drawn: thyroid notch, cricoid, sternal notch; the incision sits between cricoid and sternal notch.

🔧 Scalpel

Watch for: Working off midline toward the carotid sheath

Why are we operating?

Tracheostomy secures the airway below the level of the problem: a window in the anterior trachea, entered between the second and fourth rings, bypasses upper-airway obstruction, replaces prolonged trans-laryngeal intubation, and gives long-term ventilation and secretion management a stable front door. Done electively it is calm and anatomical; its whole design exists so the emergency version is never improvised.

Pulls toward surgery

Upper-airway obstruction actual or anticipatedProlonged ventilation weaning from trans-laryngeal tubesSecretion management and airway protection failuresHead and neck surgery whose swelling is predictable

Gives the team pause

High tracheostomy's price: the first ring and subglottic stenosisThe short, thick or irradiated neck distorting every landmarkA ward unprepared for the tube it is about to receive

Shared foundations

The threatened airway

The specialty's shared emergency method: recognising the failing upper airway and securing it without burning bridges. Every ENT emergency page assumes it, and every covering doctor needs its first half.

Understand it once, in the specialty hub

The nerves of the neck

The specialty's operations are mapped around nerves whose injuries are the famous complications: one module, so every operation page can point here instead of re-explaining.

Understand it once, in the specialty hub

What the surgeon is thinking

  • Position and landmarks

    Why does neck extension matter so much?

    Extension delivers the trachea up out of the mediastinum and stretches it against the skin: rings that were retrosternal become palpable, and the midline structures line up. The landmarks (cricoid, sternal notch, midline) are marked because the neck's midline is the operation's whole navigation system, and veering off it finds the great vessels.

  • Dissection and the thyroid isthmus

    What does the thyroid isthmus have to do with an airway operation?

    It lies directly across the second and third rings, exactly where the window wants to be: it is retracted or divided between ties, deliberately, because the alternative, tearing through it in haste, bleeds into the freshly opened airway. The strap muscles part in the midline raphe before it, bloodlessly, as the anatomy intends.

  • The tracheal window

    Why between the second and fourth rings, and never the first?

    The first ring and cricoid are the subglottis's scaffolding: a window there heals as subglottic stenosis, a ruinous complication. Lower than the fourth ring approaches the innominate artery's crossing, trading one disaster for another. The window's address is the operation's most consequential measurement.

  • Tube insertion and confirmation

    What are stay sutures for, and who are they written to?

    The lateral tracheal stay sutures are a letter to the future: if the tube dislodges before the tract matures (the first week), pulling them reopens and delivers the trachea to the surface for recannulation. They are labelled and taped to the chest because their reader will be a stranger at 3 a.m.

Decision points

  • Surgical or percutaneous dilatational tracheostomy for the ICU patient?

    • Percutaneous at the bedside

      The ICU default for favourable necks: bronchoscopy-guided dilation, no transfer, comparable outcomes in selected patients.

    • Surgical in theatre

      The distorted, obese, coagulopathic or previously operated neck, and any anticipated difficulty: anatomy seen beats anatomy presumed.

    Selection is the skill: percutaneous technique moved the operation to the bedside for easy necks, and the complications cluster where the selection failed. The question 'what would we do if this went wrong here?' is part of the choice.

  • The stridulous patient needs an airway now, and intubation has failed. Tracheostomy?

    • Cricothyroidotomy

      The emergency front-of-neck airway: the cricothyroid membrane is subcutaneous, avascular and fast, and the emergency algorithm's answer.

    • Emergency tracheostomy

      Slower, deeper, bloodier: reserved for teams and settings where it is genuinely the practised route, or where the cricothyroid route is destroyed.

    The emergency answer is the cricothyroidotomy; the tracheostomy is its calm, planned cousin, often done later to convert the emergency airway. Confusing the two costs minutes the brain does not have.

Leaving the OR

The handoff

Procedure
Surgical tracheostomy, window at rings 2-3, isthmus divided and ligated
Tube
Cuffed size 8 with inner cannula; position confirmed with capnography
Stay sutures
Bilateral, labelled left and right, taped to chest
Watch for
First tube change deferred until tract matures; bedside box and blocked-tube drill poster in place; humidification running

A fictional educational patient, handed over the way real ones are.

The postoperative course

  1. Day 0-1Humidified air, suction and cuff pressure checks: the new tube's care is a nursing protocol, and the covering doctor knows the blocked-tube drill by heart.
  2. Days 2-7The immature-tract week: dislodgement now is the feared event, managed with the stay sutures and the drill, never blind reinsertion by force.
  3. Week 1+First planned tube change once the tract is established; speaking-valve and swallowing assessments begin the rehabilitation half of the story.
  4. DecannulationWhen the upper airway is patent and secretions managed: capping trials, then removal, with the stoma healing itself in days: the operation reversed by dressing.

Watch it done

Find Surgical tracheostomy videos on YouTube

What can go wrong

Postoperative bleedingSurgical-site infection
Live this operation as a case →OR Prep this operationReview the instruments