System and equipment for monitoring and controlling plasmodium treatment

Abstract

The invention relates to a system and a device for monitoring and controlling plasmodium treatment. The method comprises the following steps: acquiring plasmodium erythrocyte infection rate data of a cancer patient to be detected, laboratory examination index data of the cancer patient, and treatment time of plasmodium treatment of the cancer patient; monitoring whether the plasmodium erythrocyte infection rate data exceeds a threshold value or not, and monitoring whether laboratory inspection index data of cancer patients is abnormal or not; controlling the plasmodium red blood cell infection rate of the cancer patient, wherein the plasmodium red blood cell infection rate of the cancer patient is controlled to be below a threshold value according to a scheme for generating whether to use medicines and a medication dosage according to the plasmodium red blood cell infection rate data of the cancer patient; and generating a suggestion for terminating the plasmodium treatment of the cancer patient according to the treatment time of the plasmodium treatment of the cancer patient and the laboratory examination index data of the cancer patient. The application has good clinical application value in treating cancers by using plasmodium.

Description

technical field [0001] The present invention relates to the field of medical systems, and more particularly, to a system and equipment for monitoring and controlling treatment of malaria parasites. Background technique [0002] Through epidemiological data analysis, we found that there is a clear inverse relationship between the incidence of malaria and the mortality rate of various tumors. Professor Chen Xiaoping's team cooperated with Harvard University and other institutions to use the WHO's reported cases of malaria and standardized tumor mortality rates. , using a generalized additive mixed regression model to analyze the relationship between mortality and malaria incidence for 30 tumors in 56 countries from 1955 to 2008, after adjusting for geographic distribution of countries, economic income level, life expectancy, time, malaria After the influence of confounding factors such as epidemic trends, it was found that the overall mortality of all tumors was significantly ...

AI Technical Summary

Problems solved by technology

[0003] Just like the application of arsenic (arsenic trioxide) in anti-cancer, how to use it and how much to dose become the focus of drug use. Plasmodium is the pathogen that causes human infection with malaria. Applying Plasmodium to cancer treatment requires dynamic and timely monitoring of patients However, there is currently no overall solution for treating tumors with malaria parasites in clinical practice

Images