Tracheostomy is a surgical or percutaneous airway through the anterior neck into the trachea, used for prolonged mechanical ventilation, upper airway obstruction, secretion management, and airway protection in neurologic disease. While most tracheostomies are temporary (decannulated within 6-12 months), many become long-term or permanent due to underlying disease (severe COPD, neuromuscular disease, head/neck cancer, anoxic brain injury). Long-term management is multidisciplinary involving pulmonary, ENT, speech-language pathology, respiratory therapy, nursing, and family caregivers, and requires structured education and protocols to prevent complications and optimize quality of life.
Daily care components: stoma care—gentle cleansing 2-3 times daily with normal saline, drying with sterile gauze, application of fenestrated dressing if oozing, monitoring for redness, granulation tissue, infection, skin breakdown; suctioning—performed only when indicated by clinical findings (visible secretions, oxygen desaturation, increased respiratory effort, audible secretions on auscultation), with sterile or clean technique depending on setting, appropriate catheter size (no more than half tracheostomy tube ID), suction pressure 80-150 mmHg, limited duration <10 seconds, hyperoxygenation for ventilated patients; humidification essential—heat and moisture exchanger (HME, also called Swedish nose) for ambulatory patients, heated humidification for ventilated patients, prevents thick secretions, mucus plugs, and tracheitis; cuff management—cuff inflation only when needed (mechanical ventilation, prevention of aspiration), cuff pressure 20-30 cmH2O monitored regularly to prevent tracheal mucosal injury, cuff deflation for speech and swallowing assessment, and as part of weaning when ventilator-independent.
Tube changes: routine schedule (every 1-3 months for established tract; cuffless tubes can extend longer), preferred elective changes during daytime with two providers; equipment readiness—new tube, suction, oxygen, ambubag, similar size and one smaller size, syringe for cuff testing; emergency tube changes for displacement (within 7 days post-operation high-risk for false passage), cuff failure, or obstruction. Speech and swallowing rehabilitation: speaking valve (Passy-Muir) one-way valve attached during cuff deflation allowing exhalation through upper airway with vocalization; speech-language pathologist evaluation includes vocal quality, candidacy assessment (cuff deflation tolerance, secretion management); swallowing assessment with FEES (fiberoptic endoscopic evaluation of swallowing) or MBS (modified barium swallow) to detect aspiration; therapy includes oral motor exercises, postural strategies, diet modifications. Decannulation: structured protocol when underlying condition resolves—cuff deflation, downsizing tube, capping trial 24-48 hours with monitoring (tolerates eating, speaking, oxygen saturation), removal with stoma dressing, healing 4-7 days; readiness criteria: stable respiratory status, effective cough, manageable secretions, adequate swallowing. Complications and troubleshooting: bleeding (granulation tissue most common; tracheo-innominate fistula 0.7%—life-threatening, urgent ENT/cardiothoracic—digital pressure inflation of cuff and immediate transport to OR); granulation tissue (silver nitrate cautery, topical steroids, surgical excision); tracheomalacia and tracheal stenosis (dilation, T-tube, tracheal resection); tracheoesophageal fistula (rare, requires surgical repair); accidental decannulation (early <7 days—false passage risk—reinsertion challenging, oral intubation often safer; established stoma—reinsertion typically straightforward, but sterile technique). Home care: structured family/caregiver education, written emergency action plan, equipment list, return demonstration competencies, 24/7 phone support, follow-up clinic visits, suctioning supplies, backup tubes.