Ventilator-Associated Events Prevention Bundle
Key Points
- VAE prevention requires a coordinated daily bundle rather than single isolated actions.
- Key bundle actions include sedation minimization with paired awakening-breathing trials, early mobility, and conservative fluid/transfusion strategies.
- Oral care with chlorhexidine and low tidal-volume ventilation are core supportive prevention elements.
Equipment
- Ventilator with low tidal-volume strategy capability
- Sedation and awakening-breathing trial protocol tools
- Mobility-assessment and early-mobility support resources
- Oral-care supplies including chlorhexidine products per protocol
Procedure Steps
- Confirm patient is receiving invasive ventilation and requires VAE risk-reduction bundle.
- Review sedation level and target lowest safe sedation exposure.
- Coordinate daily spontaneous awakening trial and spontaneous breathing trial when clinically appropriate.
- Implement early mobility plan at the highest safe activity level for current condition.
- Review fluid status and apply conservative fluid-management strategy with the care team.
- Support conservative transfusion thresholds per ordered critical-care plan.
- Perform oral care with chlorhexidine according to protocol.
- Maintain low tidal-volume ventilation strategy and reassess pressure-volume safety trends.
- Re-evaluate bundle adherence at each shift and handoff.
- Escalate any missed bundle elements or rising risk factors immediately.
Common Errors
- Running sedation deeper than necessary without daily reassessment → increased VAE risk and delayed liberation.
- Skipping awakening-breathing trial pairing → missed opportunity for earlier ventilator de-escalation.
- Inconsistent oral-care and mobility execution → preventable complication burden.
- Ignoring fluid/transfusion excess trends → higher risk of pulmonary deterioration.
Related
- ventilator-associated-events - Concept-level explanation of VAE burden, risk factors, and outcome impact.
- mechanical-ventilation-liberation - Successful liberation pathways reduce prolonged exposure to VAE risk.