Location
Salt Lake Community College Student Center
Start Date
5-4-2009 11:15 AM
Description
Alternative drug combinations are anesthetically equipotent but have different re-emergence and nociception outcomes. The perfect drug combination - causing a short post surgery wake up time and an extended time until pain - is dependent on the patient, surgical stimulus, and previous dosing. Our goal is to create a technique to find optimized drug dosings that lessens re-emergence time and extends nociception. Method - Use records from 20 general anesthestic procedures that involved Remifentanil and Propofol we calculated equipotent concentrations with more desirable results. Results - The optimization technique improved post surgery re-emergence time on average 5.22 minutes and lengthened nociception time on average 4.22, 7.55, and 9.84 minutes for the three different cases. Discussion - This technique fulfills its primary goal to find more optimal concentrations for anesthesia. The technique is capable of clinical practice to offer optimal suggestions to the anesthesiologist during surgery.
Minimizing Post-Surgery Wake-Up Time While Providing Adequate Analgesia
Salt Lake Community College Student Center
Alternative drug combinations are anesthetically equipotent but have different re-emergence and nociception outcomes. The perfect drug combination - causing a short post surgery wake up time and an extended time until pain - is dependent on the patient, surgical stimulus, and previous dosing. Our goal is to create a technique to find optimized drug dosings that lessens re-emergence time and extends nociception. Method - Use records from 20 general anesthestic procedures that involved Remifentanil and Propofol we calculated equipotent concentrations with more desirable results. Results - The optimization technique improved post surgery re-emergence time on average 5.22 minutes and lengthened nociception time on average 4.22, 7.55, and 9.84 minutes for the three different cases. Discussion - This technique fulfills its primary goal to find more optimal concentrations for anesthesia. The technique is capable of clinical practice to offer optimal suggestions to the anesthesiologist during surgery.