Gestation hypertension risk dynamic evaluation method based on the change of the physical and chemical information of pregnancy

Abstract

The invention relates to the field of obstetrics, in particular to a gestation hypertension risk dynamic evaluation method based on the change of the physical and chemical information of pregnancy. The invention is characterized in that different evaluation criteria can be selected according to the pregnancy cycle, automatic identification is carried out on the physical and chemical information, and the change tendency of the information parameters in the gestation period is monitored, and whether the information parameters are abnormal or not is evaluated according to the comparison between the physical and chemical information and the experimental values. Aiming at different pregnant women or the same pregnant women at different gestational weeks, the doctor can use the historical medical information, the current physical and chemical information and the diagnosis and treatment experience, the risk weights of the physical and chemical parameters are adjusted, and the risk that the pregnant women suffer from hypertension and related complications is evaluated, so that the medical process has good flexibility. According to the evaluation method, the pre-pregnancy medical history iscombined with the post-pregnancy information, the dynamic monitoring is combined with the static estimation, and the current detection is combined with the trend estimation, the single detection andthe overall evaluation are combined, so that the monitoring can have real-time ability, prediction performance and pertinence, and the intervention can be carried out on the pregnant woman in advance,and the harm of the mother and the baby can be reduced.

Description

Technical field [0001] The invention relates to the field of obstetrics and gynecology, in particular to a method for dynamically evaluating the risk of hypertension during pregnancy that changes with the gestational week based on physical information and biochemical information. Background technique [0002] Hypertension during pregnancy seriously endangers the health and life safety of pregnant women and fetuses. Its occurrence is related to many factors, including the abnormal physical information of pregnant women and the early changes of biochemical information. Many studies have found that one-sided methods based on certain single tests cannot effectively assess the risk of hypertension during pregnancy, and a joint assessment of multiple risk factors is required. [0003] The gestational hypertension risk monitoring device based on physicochemical and hemodynamic information (patent number: 201110009263.5) invented by Yang Lin et al. is an array-based logic switch that uses...

AI Technical Summary

Problems solved by technology

However, this device only uses static parameters at a certain moment to prospectively assess the risk of hypertension during pregnancy, and does not study the

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