Using Brain Function Monitors to Guide Anesthetic Management in Improving Anesthesia Recovery: a Randomized Pilot Study to Compare Outcomes in Young Adult Patients.
University of Chicago
Summary
The purpose of this research is to gather information on the effectiveness of the Sedline Brain Function Monitor, and its use in this study to determine whether monitoring the brain activity during anesthesia will improve recovery, including earlier discharge and less side effects. Furthermore, the study team wants to determine whether males and females respond to anesthetics in a similar manner with and without brain monitoring.
Description
Screening: One day prior to surgery or the day-of surgery in the preoperative holding area Once potentially appropriate subjects have been identified from the OR schedule for the next day, the study team will contact the anesthesia provider (resident, nurse aestheticist, attending) who is scheduled to treat that patient and explain to him/her about the research project and ask them to use a Sedline Brain Function Monitor for the case. In explaining the research project to anesthesia providers, the study team will stress the importance of keeping the patient's Sedline Density Spectral Array (DS…
Eligibility
- Age range
- 18–45 years
- Sex
- All
- Healthy volunteers
- No
Inclusion Criteria: * American Society of Anesthesiology Physical Status Classification Grade of 1(normal, healthy patient) to Grade 3 (patient with severe disease) * Between ages 18-45 years old * Planned surgery duration between 60-240 minutes General-endotracheal-tube-anesthesia or general anesthesia with laryngeal mask airway * Subjects capable of giving informed consent or * Subjects who have an acceptable surrogate capable of giving consent on behalf of the subject * All contraception methods will be allowable for any subject in this study. Participants may opt-out of a pregnancy test i…
Interventions
- DeviceSedline Brain Function Monitor
The anesthesia provider will use the Sedline Brain Function Monitor information to affect their anesthetic dosing.
Location
- University of Chicago Medical CenterChicago, Illinois