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Endometriosis is a widely prevalent pathological condition; however, its clinical manifestations and underlying mechanisms remain insufficiently studied. The time gap between the onset of the first symptoms and the establishment of a diagnosis can sometimes exceed ten years, significantly hindering early diagnosis and adequate treatment. Currently, there is no universal treatment capable of completely eradicating endometriosis, underscoring the necessity for developing new diagnostic approaches. This study examines the construction and selection of factors associated with the risk of developing endometriosis using modern machine learning techniques to formulate an optimal mathematical model. An analysis of the significance of selected features was conducted, allowing for the reduction of the factor set to those that do not degrade the dynamic characteristics of the model, including accuracy, responsiveness, and stability. As a result, a risk prediction algorithm for endometriosis based on logistic regression was developed, incorporating 30 significant features. The effectiveness of the developed model was evaluated using standard metrics such as accuracy, sensitivity, specificity, F1-score, and the area under the ROC curve. The best results were achieved with an AUC value of 0.950, indicating a high predictive ability of the model.
Keywords:endometriosis, non-invasive diagnostics, machine learning, forecasting, logistic regression
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