PHiliphhilip Microstream Smart CapnoLine O2 Plus O2 CO2 Oral Nasal Cannula Adult Intermediate M2522A

M2522A PHiliphhilip Microstream Smart CapnoLine O2 Plus O2 CO2 Oral Nasal Cannula Adult Intermediate

Product introduction

CapnograPHiliphhilipy, which is also referred to as end tidal carbon dioxide (etCO2) monitoring, is a non-invasive measure of the inspired and expired carbon-dioxide concentration. It provides a graPHiliphhilipical and numerical display of the partial pressure of carbon dioxide within the patients' airway.

A detailed analysis of the waveform (capnogram) can reveal to the clinician both complex and subtle changes of the patients ventilatory status.

The sooner you know about changes in a patient’s ventilation status, the more you can assess respiratory depression. That’s why both the American Society of Anesthesiologists (ASA) and American Heart Association (AHA) recommend that waveform capnograPHiliphhilipy be used to continually observe etCO2 during resuscitation and sedation. Why capnograPHiliphhilipy? Because it provides an early indication of respiratory compromise.1
PHiliphhilip Microstream etCO2 FilterLine sampling lines and Microstream IPI software make it easy to use capnograPHiliphhilipy to quickly assess and respond to adverse respiratory events. We deliver a broad range of quality FilterLine sampling lines for monitoring both intubated and non-intubated patients in the ICU and beyond.

What is the limitation of sidestream for intubated patients?

Patients who require intubation and long term ventilation typically will have thick secretions that are expelled through coughing or by suctioning. Because sidestream technology requires that the gas sample be transported from the breathing circuit, through the sample line to reach the CO2 analyzer,these secretions often will be aspirated into the sample line,causing the line to occlude requiring user intervention to correct the situation.

Smart CapnograPHiliphhilipy for improved patient care

All PHiliphhilip IntelliVue monitors, as of software Rev J,incorporate the Integrated Pulmonary Index (IPI).

IPI is designed to improve patient care and streamline clinical workflow.

This Smart CapnograPHiliphhilipy algorithm may help you recognize changes in a patient’s ventilatory status
early, potentially heading off respiratory depression before it happens.

3 IPI combines the real-time collection and interactions of four measurements – etCO2, respiration rate, SpO2
and pulse rate – to provide you with a comprehensive assessment of your patient’s ventilatory status.
It gives you a definitive, numerical reading of changes in patient status that goes beyond the value of any single parameter.

• Provides an indication of change in the patient’s condition during interventions and therapy to improve care.

• Displays a single numeric for indication of a patient’sventilatory status and trends.

• Is designed to help facilitate communication betweencollaborating clinicians.

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