Early processed electroencephalography for the monitoring of deeply sedated mechanically ventilated critically ill patients.

Autor:	Favre, Eva, Bernini, Adriano, Miroz, John‐Paul, Abed‐Maillard, Samia, Ramelet, Anne‐Sylvie, Oddo, Mauro
Předmět:	DIAGNOSIS of delirium CRITICALLY ill PATIENTS RESEARCH funding T-test (Statistics) ELECTROENCEPHALOGRAPHY MULTIPLE organ failure SCIENTIFIC observation MULTIPLE regression analysis RETROSPECTIVE studies DESCRIPTIVE statistics MULTIVARIATE analysis MANN Whitney U Test CHI-squared test ODDS ratio ARTIFICIAL respiration PATIENT monitoring CONFIDENCE intervals DATA analysis software ANESTHESIA
Zdroj:	Nursing in Critical Care; Nov2024, Vol. 29 Issue 6, p1781-1787, 7p
Abstrakt:	Background: Deep sedation may be indicated in the intensive care unit (ICU) for the management of acute organ failure, but leads to sedative‐induced delirium. Whether processed electroencephalography (p‐EEG) is useful in this setting is unclear. Aim: To describe the PSI index in deeply sedated critically ill patients with acute organ failure, and to examine a potential association between low PSI values and ICU delirium. [Correction added on 16 October 2024, after first online publication: Aim subsection in Abstract has been added on this version.] Methods: We conducted a single‐centre observational study of non‐neurological ICU patients sedated according to a standardized guideline of deep sedation (Richmond Agitation Sedation Scale [RASS] between −5 and −4) during the acute phase of respiratory and/or cardio‐circulatory failure. The SedLine (Masimo Incorporated, Irvine, California) was used to monitor the Patient State Index (PSI) (ranging from 0 to 100, <25 = very deep sedation and >50 = light sedation to full awareness) during the first 72 h of care. Delirium was assessed with the Confusion Assessment Method for the Intensive Care Unit (CAM‐ICU). Results: The median duration of PSI monitoring was 43 h. Patients spent 49% in median of the total PSI monitoring duration with a PSI <25. Patients with delirium (n = 41/97, 42%) spent a higher percentage of total monitored time with PSI <25 (median 67% [19–91] vs. 47% [12.2–78.9]) in non‐delirious patients (p.047). After adjusting for the cumulative dose of analgesia and sedation, increased time spent with PSI <25 was associated with higher delirium (odds ratio 1.014; 95% CI 1.001–1.027, p =.036). Conclusions: A clinical protocol of deep sedation targeted to RASS at the acute ICU phase may be associated with prolonged EEG suppression and increased delirium. Whether PSI‐targeted sedation may help reducing sedative dose and delirium deserves further clinical investigation. Relevance to Clinical Practice: Patients requiring deep sedation are at high risk of being over‐sedated and developing delirium despite the application of an evidence‐based sedation guideline. Development of early objective measures are essential to improve sedation management in these critically ill patients. [ABSTRACT FROM AUTHOR]
Databáze:	Complementary Index
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