Principles of Capnography : Normal Physiology
Understand the pulmonary system to help properly interpret capnography waveforms and provide effective and timely interventions.
Other content in this Stream
3:18Learn the features and benefits of monitoring with Microstream™ capnography products.
3:22Code blue survivor Matt Whitman shares his emotional story. Matt, who was on a PCA pump, shares that capnography monitoring may have helped avoided his code blue. Learn more about how capnography mon
8:30Understand the importance of monitoring CO2 systems: metabolism, perfusion and ventilation.
19:17Learn how to identify, describe and distinguish between different CO2 capnography waveforms.
2:50Charise T. Petrovitch, MD discusses the importance of using capnography monitoring in off-site locations such as the gastrointestinal endoscopy suite and cardiac catheterization lab.
26:43Understand the risk factors associated with the development of respiratory compromise in the post-operative and general care setting, and the current monitoring technology that can be used to detect r
Review the sedation challenges specific to gastro-enterology and how Microstream™ Capnography can help overcome them.
3:54Karen Green, a radiology charge nurse, discusses her experience using capnography monitoring to aid in patient care.
4:10See the Capnostream™ 35 portable respiratory monitor in multiple patient care environments.
Read how the Capnostream™ 35 Portable Respiratory Monitor provides quick, easy, and reliable access to respiratory status.
Review the sedation challenges specific to interventional radiology and how Microstream™ Capnography can help overcome them.
Apnea-Sat Alert was developed to improve patient safety by simplifying identification of ventilation and oxygenation disorders without the need for additional equipment or changes to clinical workflow
