
Airway – Tracheostomy emergencies
Emergency procedure, instructions and discussion: Tracheostomy emergencies for patients in respiratory distress or following accidental decannulation

Emergency procedure, instructions and discussion: Tracheostomy emergencies for patients in respiratory distress or following accidental decannulation

This is the LITFL CCC master page for tracheostomy — follow the links for further discussion of the following:

Pitt Speaking Tube: the facilitation of speaking in the tracheostomized patient; non-fenestrated, cuff tube for continuous mechanical ventilation and airway protection with a port to direct airflow above the cuff to the larynx.

Passy-Muir Valve: facilitation of speech in the tracheostomized patient

Ventilation, summaries of key papers from the ventilation literature: NIV; ARDS; Tracheostomy; Weaning

Tracheostomy complications can be immediate, delayed or late

To perfrom a tracheostomy, knowledge of the following is required: surface anatomy, course of the trachea, structure of the tracheal rings, layers of dissection, components of the larynx and related structures

The presence of a tracheostomy tube can adversely effect swallowing: in patients who previously had no dysphagia; and further impair swallowing function in those who already have neurological or mechanical disorders of swallowing.

fenestrated tracheostomy tube. allows patient to breath normally with a tracheostomy in situ. patient can cough and speak through mouth. improves swallow function. acts a step prior to decannulation

Tracheostomy is performed in critically ill adults requiring prolonged invasive ventilation as a strategy to: — reduce respiratory tract injury — improve patient comfort, and/or — to facilitate weaning

Is this tracheostomy patient ready for decannulation? Hot Case

Tracheostomy, advantages and disadvantages. Pro: reduced sedation requirement (greater comfort than oro-tracheal intubation). Con: requirement for a surgical procedure with inherent risk of complications