
Production machine-learning models for risk stratification of preterm birth by phenotype (spontaneous vs indicated), trained on a single-centre cohort of 13,311 pregnancies in 12,509 women (Petrozavodsk Regional Perinatal Centre, 2022–2025). Three models for the M2 prediction window (≤24⁺⁶ weeks of gestation; internal filename suffix `_m12` denotes the same level as article's M2, using features from both first and second trimesters): combined PTB, spontaneous phenotype, indicated phenotype. Stacking ensemble (XGBoost + LightGBM + CatBoost + RandomForest + meta-LogisticRegression); iatrogenic model is a regularised logistic regression. Includes preprocessing code, predictor wrappers, full feature list (185), cohort medians for imputation, and an example notebook with four synthetic clinical profiles.
cervicometry, machine learning, stacking ensemble, phenotype, obstetric outcomes, preterm birth, prognostic model
cervicometry, machine learning, stacking ensemble, phenotype, obstetric outcomes, preterm birth, prognostic model
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