Airway · Trachea · Surgical case report with operative video

Segmental Tracheal Resection and End-to-End Anastomosis for Grade III Post-tracheostomy Tracheal Stenosis

Tracheal resection and primary anastomosis after failed decannulation. Intended audience: ENT residents, airway, head and neck and thoracic surgeons.

Santosh Advance ENT Healthcare, HisarPublished 08 November 2026
De-identifiedPatient consent obtainedReferencedFor surgical education
Tracheal resection and primary anastomosis after failed decannulation
Diagnosis
Post-tracheostomy tracheal stenosis, Myer–Cotton grade III
Procedure
Segmental tracheal resection with end-to-end anastomosis
Airway history
Tracheostomy for 2.5 years; four failed decannulation attempts
Outcome shown
Extubated at the end of surgery; decannulated airway
Video
3 min · 12 operative steps

Operative video with step captions and geometric orientation markings. Summary video.

Abstract

A 19-year-old who had been tracheostomised for 2.5 years during management of Japanese encephalitis presented after four unsuccessful attempts at decannulation. Laryngobronchoscopy showed extensive stomal granulation and more than 70% luminal occlusion about 2.5 cm below the vocal cords (Myer–Cotton grade III); CT showed the stenotic segment beginning above the stoma and extending over two-thirds of the tracheal lumen. Through a horizontal neck-crease incision including the stoma, the stenotic segment was resected en bloc with the stoma and granulation tissue, and airway continuity was restored by primary end-to-end anastomosis with interrupted 2-0 polyglactin sutures. A mentosternal suture was placed and the patient was extubated at the end of surgery. The operative sequence is presented step by step with geometric orientation.

Keywords: tracheal stenosis; post-tracheostomy stenosis; tracheal resection; end-to-end anastomosis; failed decannulation; Myer-Cotton grading; airway reconstruction

Introduction

Tracheal stenosis is a recognised complication of prolonged intubation and tracheostomy, arising from mucosal ischaemia, stomal granulation and cartilage collapse at the stoma or cuff site. Endoscopic grading by the Myer–Cotton system (percentage of luminal obstruction) guides management [1]. Mature, circumferential stenosis of grade III or more seldom responds durably to dilatation, and segmental resection with primary end-to-end anastomosis remains the definitive treatment, with high success rates in experienced series [2].

Case presentation

A 19-year-old had undergone tracheostomy 2.5 years earlier during management of Japanese encephalitis. Four attempts at decannulation elsewhere had failed. Laryngobronchoscopy showed extensive granulation at the stoma and more than 70% occlusion of the lumen about 2.5 cm below the vocal cords (Myer–Cotton grade III). CT of the neck showed the stenotic segment beginning above the stoma and extending over two-thirds of the tracheal lumen. Segmental tracheal resection with end-to-end anastomosis was planned. Written informed consent for surgery and for de-identified educational use of images and video was obtained.

CT of the neck: stenotic segment beginning above the stoma (identifying text removed).
CT of the neck: stenotic segment beginning above the stoma (identifying text removed).
Pre-operative laryngobronchoscopy: grade III stenosis with more than 70% occlusion.
Pre-operative laryngobronchoscopy: grade III stenosis with more than 70% occlusion.

Surgical technique

  1. Pre-operative laryngobronchoscopy

    Grade III stenosis with more than 70% occlusion about 2.5 cm below the vocal cords; the length and level are confirmed.

    Pre-operative laryngobronchoscopy
    Pre-operative laryngobronchoscopy
  2. Skin marking

    A horizontal neck-crease incision is marked to include the stoma and the surrounding granulation.

    Skin marking
    Skin marking
  3. Incision and subplatysmal flaps

    Superior and inferior subplatysmal flaps are elevated.

    Incision and subplatysmal flaps
    Incision and subplatysmal flaps
  4. Stomal granulation excised

    Granulation tissue at the stoma is dissected out.

    Stomal granulation excised
    Stomal granulation excised
  5. Exposure of the airway

    Strap muscles are separated in the midline; the trachea and laryngeal framework are skeletonised.

    Exposure of the airway
    Exposure of the airway
  6. Resection of the stenotic segment

    The trachea is divided through normal rings above and below the stenosis; the stoma and granulation are excised en bloc.

    Resection of the stenotic segment
    Resection of the stenotic segment
  7. Airway control

    Ventilation through the stoma is replaced by an orotracheal tube passed across the gap.

    Airway control
    Airway control
  8. Tracheal mobilisation

    The distal trachea is mobilised and the ends approximated without tension.

    Tracheal mobilisation
    Tracheal mobilisation
  9. Anastomosis sutures

    Interrupted 2-0 polyglactin (Vicryl) sutures are placed posterolaterally and anteriorly, all before tying.

    Anastomosis sutures
    Anastomosis sutures
  10. Sutures tied

    The tracheal ends are approximated and the anastomosis is confirmed airtight.

    Sutures tied
    Sutures tied
  11. Closure in layers

    A drain is placed; strap muscles, deep fascia and platysma are approximated.

    Closure in layers
    Closure in layers
  12. Mentosternal suture

    A chin-to-chest suture prevents neck extension and tension on the anastomosis; the patient is extubated at the end of surgery.

    Mentosternal suture
    Mentosternal suture

Postoperative management

  • Mentosternal suture maintained to keep the neck flexed.
  • Humidification, chest physiotherapy and early mobilisation.
  • Endoscopic review of the anastomosis before discharge and on follow-up.
  • Decannulated airway; surveillance for granulation or re-stenosis.

Discussion

Successful tracheal resection depends on accurate pre-operative definition of the stenosis — its grade, length and distance from the glottis — by endoscopy and cross-sectional imaging. Resection must extend to healthy rings and include the stoma and granulation tissue, since residual diseased cartilage predisposes to re-stenosis. Anastomotic tension is the principal cause of dehiscence and restenosis; it is minimised by limited circumferential mobilisation that preserves the lateral blood supply, by placing all sutures before tying, and by maintaining neck flexion in the early post-operative period [2,3]. Extubation at the end of the procedure avoids a tube across a fresh anastomosis.

Learning points

  • Grade the stenosis endoscopically and define its length on CT before planning.
  • Resect to healthy rings; include the stoma and granulation tissue.
  • Place all anastomotic sutures before tying and avoid tension: mobilisation and neck flexion.

References

  1. Myer CM 3rd, O'Connor DM, Cotton RT. Proposed grading system for subglottic stenosis based on endotracheal tube sizes. Ann Otol Rhinol Laryngol. 1994;103(4 Pt 1):319-323.
  2. Grillo HC, Donahue DM, Mathisen DJ, Wain JC, Wright CD. Postintubation tracheal stenosis. Treatment and results. J Thorac Cardiovasc Surg. 1995;109(3):486-492.
  3. Wright CD, Grillo HC, Wain JC, et al. Anastomotic complications after tracheal resection: prognostic factors and management. J Thorac Cardiovasc Surg. 2004;128(5):731-739.

Written informed consent was obtained for surgery and for de-identified use of clinical images and video for education. No identifying information is shown; eyes are blurred where visible. This report is for medical education and does not replace individual clinical advice.

Surgical team

Dr Bhushan Kathuria & Team, Santosh Advance ENT Healthcare, Hisar. Consultants: Dr Bhushan Kathuria, Dr Parmod Jangra, Dr Harshvardhan. Clinical fellows: Dr Ayush, Dr Iqrorjon. Team · Fellowship and previous fellows.

How to cite

Kathuria B, and Team. Segmental Tracheal Resection and End-to-End Anastomosis for Grade III Post-tracheostomy Tracheal Stenosis. Surgical Perspective · Surgical Case Reports. 2026. Available at: https://bhushankathuria.com/case-post-tracheostomy-tracheal-stenosis-resection-anastomosis.html

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