This clinical trial compares the effect of LMA Gastro, a dual channel supraglottic airway (SGA) device, to oxygenation with standard nasal cannula for endoscopic retrograde cholangiopancreatography (ERCP). An ERCP is a combination of imaging scans and endoscopy that helps doctors diagnose and treat conditions of the pancreas and bile ducts that requires general anesthesia or procedural sedation. Anesthesiologists often use SGAs or nasal cannulas to help patients breathe while they are asleep during procedures. An SGA consists of an airway tube that connects to a mask, which is inserted through the mouth and placed at the back of the throat to keep the airway open while patients are under anesthesia or sedation. The nasal cannula is a device that fits in a patient's nostrils and delivers oxygen through a small, flexible tube while they are under anesthesia or sedation. The goal of this trial is to compare the effects of the LMA Gastro to nasal cannula when used to deliver oxygen to patients while they are asleep during their ERCP procedure.
PRIMARY OBJECTIVE: I. To compare the incidence of desaturation (oxygen saturation \[SpO2\] \< 90%) between patients undergoing ERCP with LMA Gastro versus (vs) standard nasal cannula. SECONDARY OBJECTIVES: I. To evaluate the incidence of additional airway maneuvers (jaw thrust/chin lift/placement of oral airway or/nasal trumpet/intubation). II. To evaluate the incidence of withdrawal of duodenoscope from the airway to facilitate airway support. III. To evaluate the incidence of adverse events. IV. To evaluate times related to anesthesia and procedure (defined as "anesthesia start to anesthesia end" and "procedure start to procedure end" respectively). V. To evaluate time from procedure end to anesthesia end. VI. To describe hemodynamics within the two groups (recorded blood pressures, heart rates, oxygen saturations, and end tidal carbon dioxide \[CO2\]). VII. To evaluate anesthesiologist placing the device (training video viewed, number of practice attempts, years of experience). OUTLINE: Patients are randomized to 1 of 2 arms. ARM I: Patients undergo ERCP with LMA Gastro. ARM II: Patients undergo ERCP with standard nasal cannula.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
66
Undergo ERCP with LMA Gastro
Undergo ERCP with standard nasal cannula
M D Anderson Cancer Center
Houston, Texas, United States
Number of Participants That Had Desaturation Episodes of SpO2 <90%
The desaturation (SpO2 \< 90%) between patients undergoing ERCP with LMA® Gastro™ vs standard nasal cannula
Time frame: The time between Anesthesia Start time and Anesthesia End time, 1.5 hrs in average
Incidence of Additional Airway Maneuvers
Number of Participants that required additional manuevers to secure airway during their surgery
Time frame: The time between Anesthesia Start time and Anesthesia End time, 1.5 hrs in average
Incidence of Withdrawal of Duodenoscope From Airway to Facilitate Airway Support
Patients in which Duodenoscope was withdrawn to facilitate airway support
Time frame: The time between Anesthesia Start time and Anesthesia End time
Incidence of Adverse Events
Number of adverse events reported by the participants and/or reported by care providers during Surgery and in PACU, 3 hrs in average
Time frame: From PACU arrival to PACU discharge, 3 hours in average
To Evaluate Times Related to Anesthesia and Procedure
Defined as "anesthesia start to anesthesia end" and "procedure start to procedure end" respectively
Time frame: From anesthesia start to anesthesia end" and "procedure start to procedure end, up to 165 minutes
To Evaluate Time From Procedure End to Anesthesia End
The time elapsed between procedure end and anesthesia end
Time frame: From procedure end and anesthesia end, up to 60 minutes
To Describe Heart Rates Within the Two Groups
Heart rates were measured prior treatment administration and at the end of the procedure.
Time frame: From "anesthesia start" to "anesthesia end", on average 5 hours
To Describe Blood Pressure and End Tidal Carbon Dioxide [CO2] Within the Two Groups
Blood pressure and end tidal carbon dioxide \[CO2\] were measured prior treatment administration and at the end of the procedure.
Time frame: From "anesthesia start" to "anesthesia end", on average 5 hours
To Describe Oxygen Saturations Within the Two Groups
Oxygen saturations were measured prior treatment administration and at the end of the procedure.
Time frame: From "anesthesia start" to "anesthesia end", on average 5 hours
To Evaluate Anesthesiologist Placing the Device
Number of attempts means how many times the anesthesiologist tried to secure airway.
Time frame: At the end of procedure, between 5 - 10 minutes
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