FIELD: medicine.
SUBSTANCE: evaluation of additional risk factors - measuring the epicardial fatty tissue thickness, blood leptin, lipoprotein A and glucose is followed by mathematical processing of the numerical values of the risk factors to calculate a probability of restenosis by formula: P=[exp(-8.0248+0.0893·X1+0.00354·X2+0.1397·X3+1.1194·X4+0.3286·X5+0.0665·X6)]/[1+exp(-8.0248+0.0893·X1+0.00354·X2+0.1397·X3+1.1194·X4+0.3286·X5+0.0665·X6)], wherein P is the probability of restenosis, %, X1 is a patient's leptin, ng/ml; X2 is lipoprotein A, mg/l; X3 is the epicardial fatty tissue thickness, millimetres; X4 is high-density lipoprotein cholesterol, mmole/l; X5 is blood glucose, mmole/l; X6 is interleukin-6, pcg/ml; -8.0248 is the absolute term of the equation. The invention enables more accurate prediction of the risk of developing restenosis following coronary stenting in patients with ischemic heart disease.
EFFECT: effectiveness of the presented method and its applicability in practical healthcare.
1 tbl, 2 ex, 1 dwg
