In the intensive care unit (ICU), the patient's condition can change rapidly, so the hospital's critical care needs to be precise in order to improve the quality of care, in addition to the time required. Now, the cutting-edge AI butler "Jarvis" seen in the movie "Man of Steel" is no longer just a fantasy movie character. The Taipei Medical University Hospital has successfully developed the "Intelligent Critical Care System - Ted ICU" to achieve comprehensive monitoring of disease conditions, grasp zero time difference, and improve the quality of care for critically ill patients.
Intelligent Critical Care System Invisible Manpower in ICU
President of the Taipei Medical University Hospital, Chen Ruijie, pointed out that this set of cutting-edge AI systems can automatically complete the physiological information of patients in the ICU to throw, integration, all information in the Dashboard (Dashboard) at a glance, the health care staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff, the medical staff. The system saves nearly 800 hours of transcription time a month, instantly grasps the patient's condition, and reduces the average disposal time for each patient by 30%. 24-hour monitoring of the patient's condition can be said to be the invisible manpower in the intensive care unit, and the time saved allows the medical team to be more efficient and focus on the care of the patients with serious illnesses.
The director of the first intensive care unit of the North Medical College, Zhao Junjie, pointed out that after the patient entered the intensive care unit, Ted ICU can instantly physiological monitors, respirators, blood glucose machines and other equipment information is automatically thrown to the database, and all the information is immediately integrated and displayed on the dashboard, and in different colors to mark the patient's degree of urgency. The system achieves zero time lag in critical care monitoring, with the average processing time per patient dropping from 8.6 minutes to 5.9 minutes from the time the patient's condition changes to the time the physician writes the order.
(This image is for illustrative purposes only.)Screening patients at high risk for delirium to provide more comprehensive care
In addition to information integration, Ted ICUs can instantly calculate critical care patient-related metrics, such as the Acute Physiology and Chronic Health Score (APACH II), the Successive Organ Failure Score (SOFA), and the Early Warning Score (EWS). The new technology also allows the user to easily access the patient's data and maintain accurate calculations, while automatically importing/exporting patient information to and from the system, saving the physician's time.
In addition, patients in intensive care units are often prone to physiological abnormalities or prolonged day and night reversals, resulting in disrupted brain function, emotional instability, delusions, and delirium. The medical staff will assess the state of consciousness of the patients in the ICU and upload the information to Ted ICU, and the system will automatically screen out the patients with high risk of delirium to provide more comprehensive care for the patients.