Die Möglichkeit des Monitorings kompensiert bei den sehr häufig komplexen multimorbiden
Patienten und ihren sehr dynamischen Krankheitsverläufen den Mangel an universal anwendbaren
Behandlungsprotokollen. In Zukunft könnten auf künstlicher Intelligenz beruhende Clinical-Decision-Support-Systeme
Intensivmediziner bei der Analyse der Monitoring-Daten und z. B. im Hinblick auf die
individuelle Prognoseeinschätzung oder Therapieauswahl unterstützen.
Abstract
Monitoring the function of essential organ systems is a hallmark of critical care.
In combination with the medical history, physical examination and selective diagnostic
tests. Monitoring facilitates the bed-side diagnosis of many diseases in critical
care and guides therapeutic management while providing optimal patient safety. The
availability of monitoring compensates in the very often complex and multimorbid patients
and the very dynamic course of their diseases the lack of universally applicable treatment
protocols, that are based on the results of randomized critical care trials. In the
future clinical decision support systems based on artificial intelligence might support
intensivists in the analysis of monitoring data in terms of individual prognosis assessment
and choice of therapy.
Schlüsselwörter
Intensivmedizin - Monitoring - Intensivtherapie - Patient Data Management System -
Clinical Decision Support System
Key words
intensive care medicine - monitoring - critical care - patient data management system
- clinical decision support system
