Introducing Intellicycle Pro: A Smarter Approach to Patient-Ventilator Synchrony

Patient-ventilator asynchrony (PVA) is a common challenge in both invasive and non-invasive mechanical ventilation, affecting up to 24% of ICU patients. This mismatch between patient respiratory efforts and ventilator support can lead to prolonged mechanical ventilation, difficult weaning, increased morbidity, and reduced patient comfort.

Traditional fixed trigger settings fail to adapt to constantly changing patient lung dynamics, often resulting in delayed triggering, missed inspiratory efforts, and ineffective cycling. Clinicians typically rely on manual waveform analysis to detect asynchrony, but this approach is limited as patient conditions change from breath to breath.

To address these challenges, Mindray developed Intellicycle Pro, a breakthrough closed-loop algorithm that enhances real-time patient-ventilator synchrony without manual intervention.

A Sneak Peek Into What’s Covered -?

• A deep dive into the causes and impact of patient-ventilator asynchrony.
• The limitations of conventional ventilation triggers.
• How Intellicycle Pro’s advanced algorithm transforms mechanical ventilation by automating synchrony adjustments in real-time.

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