ICU clinical decision support system

Abstract

The invention provides an ICU clinical decision support system. The system is characterized by comprising a platform server, a plurality of medical care terminals, a patient monitoring device and a data server. A data acquisition part is used for acquiring body monitoring information containing multiple parameters from patients according to a preset acquisition frequency. A monitoring-side communication part is used for sending the body monitoring information and corresponding patient identification information to the platform server. A patient data control part is used for controlling a monitoring information receiving part to receive the body monitoring information sent from the patient monitoring device. A control parameter screening part is used for screening out and classifying out the parameters in the body monitoring information to serve as disease condition parameters according to a disease condition scoring method. A control disease condition calculation and evaluation part isused for calculating a current disease condition risk value and evaluating a disease condition level according to the disease condition scoring method and the disease condition parameters. A controlrisk calculation and evaluation part is used for calculating an overall risk value and evaluating a risk level according to a plurality of disease condition risk values. A control risk monitoring andjudging part is used for monitoring the overall risk value and judging the risk level.

Description

technical field [0001] The invention relates to a medical decision support system, in particular to an ICU clinical decision support system. Background technique [0002] The ICU is the department with the most serious patients in the hospital and the most information that doctors need to face per unit time. Doctors need to make clinical decisions in a short time based on a large amount of clinical data and information, so as to carry out clinical treatment. [0003] At present, the HIS system can only transmit data and monitor a single parameter, and generate reminders for parameters exceeding the threshold. For clinical parameter data, doctors still need to conduct further analysis to diagnose the disease. The data of the HIS system in the ICU will be larger and scattered. [0004] In the fast-paced environment of the ICU, medical staff can only respond passively to the outbreak of the disease. It is difficult for doctors to fully consider a large amount of parameter data,...

AI Technical Summary

Problems solved by technology

[0004] In the fast-paced environment of the ICU, medical staff can only respond passively to the outbreak of the disease. It is difficult for doctors to fully consider a large number of parameter data, and it is impossible to arrange effective patient treatment sequences or measures in a short time

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