Why tracheostomy may be recommended
Indications include prolonged mechanical ventilation, structural airway obstruction, neuromuscular weakness, severe neurologic injury, and recurrent infection with poor secretion clearance. The procedure does not cure the underlying disease, but it can provide a safer and more stable airway. Shared decision-making should address prognosis, quality of life, caregiver burden, and family resources.
The operation and tube selection
Under anesthesia, an opening is created in the cervical trachea and a tube is inserted. Pediatric airways are small, so early fixation, humidification, suction, and monitoring are critical. Tube size, length, cuff, and inner-cannula design are individualized; families should never substitute a different tube without guidance.
Humidification, suction, and skin care
Bypassing the nose reduces natural warming and humidification, making secretions thicker. Suction should be based on clinical need and performed with the correct depth, pressure, and duration. Excessive suction can cause hypoxemia and bleeding.
Daily care includes inspection for redness, pressure injury, granulation tissue, odor, and secure but not overly tight ties. Emergency supplies include a same-size and one-size-smaller tube, suction equipment, bag-mask ventilation equipment, and emergency contacts.
Speech and feeding
Speech depends on upper-airway patency, tube size, ventilation, and suitability for a one-way speaking valve. Speaking valves require professional assessment. Feeding is possible for many children, but swallowing safety should be evaluated when aspiration, recurrent pneumonia, weak cough, or oxygen desaturation is present.
Home training and decannulation
Before discharge, caregivers need hands-on training in routine care, suction, humidification, emergency tube change, ventilation, equipment failure, and emergency activation. High-risk children require an awake trained caregiver.
Decannulation requires resolution of the original indication, adequate upper-airway patency, manageable secretions, effective cough, and stable sleep breathing. Airway endoscopy and, in selected children, sleep testing are recommended before removal.
Emergency signs
Common complications and prevention
Common problems include mucus plugging, accidental decannulation, pressure injury, granulation tissue, infection, bleeding, and poor tube fit. Prevention relies on standardized humidification, need-based suction, daily skin checks, consistent ties, secure tubing, and scheduled tube changes.
Small blood streaks can follow suction trauma, but increasing bright-red bleeding or respiratory instability is an emergency. Long-term care should also address oral health, nutrition, hearing, communication, and development.
Family life and caregiver burden
Home care often requires around-the-clock staffing, equipment management, and emergency readiness. Discharge planning should include backup caregivers, respite resources, supplies, power-failure plans, transportation, and the nearest emergency-capable hospital.
Children still need play, education, rehabilitation, and peers. Outdoor activity requires protection from water, dust, and small particles. Equipment should be secured during transport and the emergency kit kept with the child.
Frequently asked questions
Does a tracheostomy mean it can never be removed?
No. Removal depends on the underlying disease, airway, breathing, swallowing, and cough.
Can a child with a tracheostomy attend school?
Yes, with an individualized plan, trained staff, and emergency equipment.
Should routine surveillance cultures be sent?
Cultures are generally most useful during acute respiratory illness rather than as frequent routine surveillance.
References and professional guidance
- ATS Clinical Practice Guideline: Care of Infants and Children with Tracheostomies
- AARC Guideline: Management of Pediatric Patients With Tracheostomy
This original patient-education article was rewritten from clinical teaching themes and professional guidance. It cannot replace an examination.
Pediatric surgeon, trauma surgeon, and hyperbaric medicine specialist. Last updated: July 27, 2026.