The nuts and bolts of multimodal anaesthesia in the 21st century: a primer for clinicians

Abstract

Purpose of review This review article explores the application of multimodal anaesthesia in general anaesthesia, particularly in conjunction with locoregional anaesthesia, specifically focusing on the importance of EEG monitoring. We provide an evidence-based guide for implementing multimodal anaesthesia, encompassing drug combinations, dosages, and EEG monitoring techniques, to ensure reliable intraoperative anaesthesia while minimizing adverse effects and improving patient outcomes. Recent findings Opioid-free and multimodal general anaesthesia have significantly reduced opioid addiction and chronic postoperative pain. However, the evidence supporting the effectiveness of these approaches is limited. This review attempts to integrate research from broader neuroscientific fields to generate new clinical hypotheses. It discusses the correlation between high-dose intraoperative opioids and increased postoperative opioid consumption and their impact on pain indices and readmission rates. Additionally, it explores the relationship between multimodal anaesthesia and pain processing models and investigates the potential effects of nonpharmacological interventions on preoperative anxiety and postoperative pain. Summary The integration of EEG monitoring is crucial for guiding adequate multimodal anaesthesia and preventing excessive anaesthesia dosing. Furthermore, the review investigates the impact of combining regional and opioid-sparing general anaesthesia on perioperative EEG readings and anaesthetic depth. The findings have significant implications for clinical practice in optimizing multimodal anaesthesia techniques (Supplementary Digital Content 1: Video Abstract, http://links.lww.com/COAN/A96).

Patient-centered precision care in anaesthesia – the PC-square (PC)2 approach

“…Conversely, the presence of burst-suppression EEG patterns signals excessive anaesthesia levels, posing a potential risk for postoperative cognitive impairments. By assessing how anaesthesia medications impact the brain, healthcare providers can implement multimodal techniques to maintain the desired level of anaesthesia depth throughout the procedure [ 35 ]. This personalized approach minimizes the risks of under-sedation or over-sedation, based on the individual's neurological responses, ensuring safety during surgery and enhancing the overall comfort of the patient.…”