Doctors use NOL tracking in surgical settings to objectively stumble and quantify destructive stimuli of anesthesia, when patients cannot communicate, so they can identify the reaction to the patient’s pain and administer appropriate painkillers. small multisensor probe on the patient’s finger and visualizes the NOL index trend of a compromised monitor, the PMD-200.
By exploring the prospective use of NOL surveillance to help improve recovery after surgery, the Leiden1 University Medical Center exam showed that patients’ pain scores after surgery decreased by 33% when the management of analgesic surgery was guided through NOL monitoring. In the British Journal of Anesthesia (BJA), Coreva Scientific conducted an economic investigation that revealed that these positive effects can lead to 22% relief in fitness prices related to the treatment of acute postoperative pain, pain readmissions and emergency room visits. Economic research also revealed that less postoperative pain after NOL-guided procedures can result in 6% relief in the expected number of patients receiving postoperative opioid prescriptions.