Tracheostomy care starts with one rule: know the airway in front of you.
A tracheostomy tube is not just a shorter endotracheal tube. The patient may be breathing spontaneously, receiving oxygen, using a ventilator, working toward speech, or moving through a decannulation plan. The hardware matters. The indication matters. The current plan matters.
Here is the bedside sequence for an RT student or new grad who wants a clean, repeatable assessment.
Identify the Airway
Before touching the circuit, identify the tracheostomy tube brand, labeled size, cuff status, inner cannula design, connected equipment, and reason the tube is still in place. Confirm the documented plan and any procedure specific precautions.
Then check the backup setup required by your institution. Spare tube sizes, obturator, suction equipment, oxygen equipment, bag mask device, and emergency signage should match local policy. Do not assume the cart in the hallway contains the right gear. Hallways are optimistic like that.
Tube change timing, emergency equipment, cuff targets, and decannulation authority vary by patient, device, service, and institution. Use the current order, approved protocol, and manufacturer instructions.
Run the Safety Sweep
Start with the patient, not the plastic. Assess work of breathing, chest movement, oxygen saturation trend, breath sounds, cough, secretion burden, comfort, and mental status. If the patient is ventilated, include the current settings, delivered volumes, pressures, alarms, and waveforms.
Inspect the tube position, flange, ties or holder, surrounding skin, dressing, and connected tubing. The 2024 American Association for Respiratory Care patient and ventilator assessment guideline recommends evaluating the skin around artificial airways, the dressing, adequate humidification, proper airway placement and securement, and cuff pressure with a manometer.
That last point matters. The pilot balloon is a clue, not a calibrated instrument. Measure cuff pressure with the approved device and use the ordered or institutional target. If the reading, leak, ventilation, or patient response does not fit the picture, reassess the entire system.
Respect Humidification
The upper airway normally warms, filters, and humidifies inspired gas. A tracheostomy bypasses part of that system. Thickening secretions, repeated mucus plugging, and a dry airway should trigger a review of humidification, hydration orders, secretion management, and equipment function.
The correct humidification device is not universal. It depends on whether the patient is ventilated, oxygen dependent, spontaneously breathing, producing heavy secretions, or using another airway device. Check the ordered setup, device instructions, and institutional policy instead of treating every tracheostomy collar like the same mission.
Suction for a Finding
Suctioning needs an indication. The 2022 AARC artificial airway suctioning guideline identifies findings such as visible secretions, relevant breath sounds, and a sawtooth ventilator waveform in pediatric and adult patients. Look for a change in airway resistance, delivered volume, oxygenation, cough effectiveness, or patient distress as part of the full assessment.
Preoxygenate adult and pediatric patients before artificial airway suctioning according to the patient plan and approved method. Use sterile technique for open suction. Avoid routine saline instillation. Keep suction application brief, no longer than 15 seconds, and use deep suction only when shallow suctioning is ineffective.
For catheter sizing, pressure limits, and the full sequence, use the Endotracheal Suctioning field guide. The principles transfer, but the patient's tracheostomy tube, clinical condition, and local procedure still control the details.
Protect the Communication Plan
Speaking valves, capping trials, cuff deflation, swallowing assessment, and decannulation are coordinated clinical steps. Do not add or remove a communication device because the patient seems ready. Confirm cuff status, upper airway patency, secretion control, respiratory stability, the approved team plan, and the specific device instructions.
The 2021 AARC adult tracheostomy guideline supports multidisciplinary tracheostomy teams and protocol directed weaning and decannulation. Those systems are associated with better tracheostomy related outcomes, including shorter time to decannulation and greater speaking valve use.
Recognize the Bad Pattern Early
Escalate immediately for acute respiratory distress, sudden loss of delivered volume, rapidly changing cuff leak, fresh significant bleeding, suspected displacement, inability to pass the suction catheter, or evidence of obstruction. Follow the institution's tracheostomy emergency pathway. A calm first minute depends on knowing that pathway before the airway fails.
If rescue ventilation enters the plan, review the BVM Technique and Rates field guide. Airway rescue is not the time to search from zero.
The Field Rule
Identify the tube. Assess the patient. Verify securement, skin, humidification, cuff pressure, and secretion burden. Know the communication plan. Know the emergency pathway.
For the crews doing that work while the building sleeps, the NIGHT OPS tee is on the same watch.
Study reference, not medical advice. Follow the treating clinician's orders, laboratory guidance where applicable, your institution's protocols, and the device manufacturer's instructions.
Sources
Clinical claims were checked against the 2021 AARC adult tracheostomy management guideline, the 2022 AARC artificial airway suctioning guideline, and the 2024 AARC patient and ventilator assessment guideline.
More practical RT references are filed in FIELD NOTES.
