Product Overview

Overview video of the Turbo® O₂ Cap and its intended use during endotracheal intubation.

Preclinical Evidence – Turbo® O₂ Cap (GLP Animal Model) 

This video presents a side-by-side comparison in a porcine model intubation with and without the Turbo® O₂ Cap, illustrating oxygen saturation differences observed during apnea in a preclinical, IACUC-approved study.

Turbo® O₂ Cap In-service Demo: Complete Walkthrough

An in-service educational demonstration of the Turbo® O₂ Cap, including setup and use with endotracheal tubes during airway management.

Demonstrating the Turbo® O₂ Cap in Pediatric Intubation

In-service educational demonstration of the Turbo® O₂ Cap used with a pediatric manikin, illustrating setup and integration during pediatric intubation.

Demonstrating the Turbo® O₂ Cap on Adult Manikin

In-service educational demonstration of the Turbo® O₂ Cap used with an adult manikin, illustrating setup and integration with standard endotracheal intubation.

If You Could See Oxygen, Would You Intubate Differently?

Visual demonstration using theater-safe smoke to simulate oxygen flowing through a static endotracheal tube within an adult manikin during intubation.

The 14 CM Problem: Why Nasal Cannulas Don’t Deliver What You Think

This video explores why oxygen delivered at the nares may not reliably reach the glottic inlet, helping explain a critical limitation of traditional oxygen delivery during intubation.

What About The Other Gases?

While oxygen saturation is often the primary endpoint discussed in apneic oxygenation, clinicians frequently ask about the accompanying physiologic changes during prolonged apnea.

This presentation reviews arterial blood gas data collected during a porcine model study evaluating the Turbo® O₂ Cap, including oxygenation, carbon dioxide accumulation, pH trends, and lactate measurements during complete paralysis.

Topics discussed include:

Prolonged oxygenation during apnea
Arterial oxygen (PaO₂) measurements
Carbon dioxide (PaCO₂) trends
Acid-base balance (pH)
Lactate levels
Implications for airway management

John Hughes – Critical Care Paramedic, AMR

Sacramento, California, USA

Dr. Brion Benninger – Professor of Medical Innovation, Technology & Research

Medical Anatomy Center Western University of Health Sciences 
Lebanon, Oregon, USA