This is a randomized cross over study of high flow oxygen delivery via nasal cannula vs. conventional tubeless anesthesia for patients undergoing dubulking surgery for laryngeal papilloma. Ten patients aged 2-17 with laryngeal papilloma that are eligible for debulking surgery will be consented and enrolled.
This trial will be a randomized unmasked open-label study of Transnasal humidified high-flow oxygen/air delivery compared to conventional tubeless anesthesia during airway surgery in pediatric patients. This will be a single center study at MEE main campus on 243 Charles St, Boston, MA for the use of the high-flow oxygen delivery device. Two study arms will be used in this study. Subjects will be treated with both study arms over the course of two study visits. Enrolled patients will be patients that present themselves routinely for removal of laryngeal papilloma. These patients, once enrolled, will be randomized to either receive conventional tubeless anesthesia or standard anesthesia with the addition of transnasal high-flow oxygen/air for their next scheduled anesthetic. Oxygen flows for the high-flow nasal cannula will be titrated down to achieve a FiO2 value of 21% during lasering. The anesthesia method not chosen will be used for the following anesthetic for each patient. Intraoperatively patients will be monitored for number of desaturations below 90 percent, length of these desaturations and severity, number and type of interventions necessary by the anesthesiologist, and number of intubations necessary by the anesthesiologist. Flow rates appropriate for the age of the patient will be used and also be recorded within these cases. Adverse events and complications will also be recorded for both anesthetics.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
The Optiflow system consists of an apparatus that is capable of delivering humidified oxygen, room air, or a mixture of variable oxygen concentration. The oxygen concentration can be precisely varied from 21-100% (or 0.21 - 1.00 FiO2). The gas is warmed to 37°C with a 100% relative humidity. The humidified and warmed gas can be delivered to the patient at high-flows (up to 70 L/min) using various delivery mechanisms. The investigators will be using a nasal cannula to deliver high flow oxygen (2-3 L/kg/min) to the patient.
Primary Endpoint
The primary objective of this study is to investigate the effects of transnasal humidified high-flow oxygen/air system to maintain safe intraoperative oxygen saturations in pediatric patients undergoing procedures for removal of laryngeal papilloma, thereby improving the quality of care. Number, duration and severity of intraoperative desaturations below 90 percent.
Time frame: End of study
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