CE Webinar
September 26, 2023

Managing CO2 to Improve Outcomes in Chronic Respiratory Failure Patients

This webinar has ended – watch the recording


Philip Choi, MD

Medical Director of the Assisted Ventilation Clinic
Clinical Assistant Professor
University of Michigan Health – Ann Arbor

Elevated CO2 levels are associated with increased mortality and morbidity, especially for patients with chronic hypercapnia secondary to COPD, OHS, and NMD. Non-invasive ventilation (NIV) can offload respiratory muscles and increase alveolar ventilation to improve CO2 clearance and reduce excess total body CO2 stores. The ability to monitor changes in CO2 and having strategies in place to reduce baseline CO2 is critical to improve outcomes in patients with hypercapnic respiratory failure.

After this presentation, participants should be able to:

  • Recognize the harmful effects of elevated blood CO2

  • Explain the importance of reducing baseline CO2 in patients with hypercapnic respiratory failure

  • Differentiate the various strategies available to monitor blood CO2 in the outpatient setting

CE CREDIT IS NOT AVAILABLE FOR THE RECORDING OF THIS WEBINAR
This webinar has ended – watch the recording


Related Posts

  • Live

    TCM in the NICU: Practical Applications, Guidelines, and Considerations

    Join our live webinar on June 30 to explore practical applications of TCM in the NICU.

  • On-Demand

    Advancing Neonatal Care with Proactive tcCO₂ Monitoring

    Join Emma Coombe, Lead ANNP, for an in‑depth webinar on proactive transcutaneous CO₂ (tcCO₂) monitoring in the NICU. Learn how continuous, non‑invasive monitoring can support child‑centered care, reduce blood draws, and enhance clinical decision‑making while improving workflow efficiency.

  • On-Demand

    Clinical Applications of Transcutaneous CO₂ Monitoring in the Adult Sleep Lab

    Are you working in an adult sleep lab? Join an educational webinar on how transcutaneous CO₂ monitoring delivers insight beyond SpO₂ and supports improved detection of hypoventilation and chronic hypercapnia.