Select a class below for a detailed description, curriculum and accreditation information
Single Classes
Class Author
HTRSD.ORG
HTRSD is a provider of continuing education training focused on human trafficking and other social disparities for health care providers, as well as courses that address nurses' health and well-being and under-served topics in advanced critical care.
Read HTRSD.ORG's Full Bio...
Class Accreditation
All states recognize our courses for accredited continuing nursing education, CNE, contact hours. This course is accredited by the following boards:
Provider approved by the California Board of Registered Nursing, Provider # CEP 15467.
Provider approved by the Arkansas, District of Columbia, Florida, Georgia, New Mexico, North Dakota, South Carolina, and West Virginia Boards of Nursing through CE Broker, CE Provider #: 50-13256.
What Others are Saying
| "Great review for IVP medications and administration. " |
| J.R. RN - Denver, CO |
| "Very thorough! Every nurse should take this course!" |
| S.S. RN – Waverly, NE |
| "Able to review as much as needed." |
| S.D. LVN - ADON Kenedy, Texas |
| "I loved learning about the basic steps of gut dysbiosis. This was incredibly useful.
" |
| M.G. - RN, CA |
| "I am most greatful for the fact that this class will be here for me for the rest of my life. I am sorry that I did not know about your class years before now." |
| E.B. LVN - Houston, Texas |
End-Tidal CO2 Monitoring & Interpretation
Contact Hours: 1
Cost: $10.00
This course is designed for nurse clinicians that care for ventilated patients in the ICU, emergency medicine, or post-anesthesia care unit setting. End-tidal CO2 monitoring is a method of measuring a patient’s ventilation and can also give cues into cardiac status. Although end-tidal C02 monitoring has long been used in the operating room for ventilated patients, it is quickly becoming a highly used monitor in intensive care unit, post-anesthesia care unit, and other nursing areas (Bauman & Cosgrove, 2012). Another name for end-tidal monitoring is waveform capnography. This e-learning course will examine the science behind ETCO2 monitoring, the types of devices used to monitor ETCO2 and how ETCO2 can guide a nurse’s assessments and decision-making. Through gaining a fuller understanding of ETCO2 monitoring, nursing can enhance patient safety (Bauman & Cosgrove, 2012).
The purpose of this course is to educate nurses on the use of end-tidal CO2 monitoring, interpretation, and application in real-world healthcare settings.
Objectives
Upon completion of this course participants will be able to:
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Describe why ETCO2 monitoring is a reflection of ventilation and perfusion.
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Explain the types of monitors available to measure ETCO2.
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List the uses for ETCO2 monitoring in the ventilated patient.
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State the uses of ETCO2 monitoring in the spontaneously breathing patient.
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Discuss the capnogram and what it means in each phase.
Curriculum
Chapter 1 - Outline and Introduction
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Overview of ETCO2 Monitoring
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The Science Behind ETCO2 Monitoring
Chapter 2 - Types of Monitors
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Sidestream
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Mainstream
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Microstream
Chapter 3 - Uses in the Ventilated Patient
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Endotracheal Tube Placement Verification
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Monitoring Endotracheal Tube Placement in Patient Transport
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Confirming CPR Effectiveness and ROSC
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Monitoring Intracranial Pressure in the Trauma Patient
Chapter 4 - Uses in the Non-Ventilated Patient
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Assessing the Respiratory and Perfusion Status of Critically Ill Patients
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Use During Procedural Sedation
Chapter 5 - Interpreting ETCO2 Waveforms
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Four Phases of a Capnogram
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Five-Step Waveform Interpretation
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Troubleshooting Tips and Capnography Limitations
Chapter 6 - Conclusion
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Case Scenarios
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References