Predictive Analysis of Serum NO, PGI2, and Ox-LDL Levels on Disease Progression in Patients with Lacunar Cerebral Infarction

OBJECTIVE: To analyze and predict the progress of patients with lacunar infarction by analyzing the levels of serum NO, PGI2, and Ox-LDL produced by endothelial cells. METHODS: 138 patients with lacunar infarction and 34 healthy people were selected. The selected samples were divided into progressive group, nonprogressive group, and control group for biochemical test and endothelial function test. The levels of serum NO, PGI2, and Ox-LDL were obtained. The observation indexes of different groups were compared for statistical analysis and multivariate logistic regression analysis. RESULTS: The indexes of LI patients in the nonprogression group were different from those in the control group. The content of Ox-LDL in the nonprogression group was higher than that in the control group, while the indexes of serum NO and PGI2 were lower than that in the control group. The level of Ox-LDL in LI patients in the progressive group was much higher than that in healthy people in the control group seven days after admission, while the levels of serum NO and PGI2 were lower, and the difference of serum on was more obvious. The level of Ox-LDL in the progressive group was much higher than that in the nonprogressive group, while the levels of serum NO and PGI2 in the progressive group were lower, and the level of serum NO was significantly different from that in the nonprogressive group. Ox − LDL > 76.48 U/L, NO > 55.24 ummol/L, and PGI2 > 29.78 ng/L were independent risk factors for the progression of lacunar infarction. CONCLUSION: Because the patients with lacunar infarction have endothelium-dependent relaxation disorder, the changes of serum NO, PGI2, and Ox-LDL can be used as the evaluation index of the disease progress of patients with lacunar infarction and can be widely used in clinical detection.