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NCT number NCT01545596
Study type Interventional
Source Icahn School of Medicine at Mount Sinai
Contact
Status Completed
Phase N/A
Start date January 2011
Completion date May 2014

Clinical Trial Summary

The objective of this study is to use a decision-support system combined with an electronic anesthesia record to detect double low clinical conditions (Mean Arterial Pressure (MAP) < 75 mmHg, and Bispectral Index (BIS) < 45) and generate alerts suggesting hemodynamic support. Specifically, the project will test the hypothesis that providing Double Low alerts reduces 90-day mortality. Secondary outcomes will be the fraction of alerts that generate early clinician responses, subsequent changes in MAP and hospital length of stay.


Clinical Trial Description

Data that is routinely collected as part of standard of care intraoperative monitoring including blood pressure, amount of anesthetic administered and a form of processes electroencephalogram called the bispectral index, which is a measure of depth of anesthesia all enter in an electronic record keeper. This project monitors for a combination of a blood pressure below mean of 75mmHg and a BIS of 45. When this is detected, half of the anesthesiologists caring for patients receive a text message on the computer screen and their pagers indicating that a double low situation exists and that they should consider intervening. The other half of practitioners are not provided with the additional messages, although all of the same information is available in the operating room (OR). Most patients undergoing general non-cardiac anesthesia at Mount Sinai are eligible. Documentation of consent was waived. All patients are informed of the ongoing project upon admission and are given a variety of methods of opting out of the project.

The analysis seeks to determine if the messages were effective at influencing clinician behavior and whether that change would make a difference in either length of stay or 90 day mortality.


Study Design

Allocation: Randomized, Intervention Model: Parallel Assignment, Masking: Single Blind (Subject), Primary Purpose: Prevention


Related Conditions & MeSH terms