| Authors |
Kiss, Szabolcs ; Pintér, József ; Molontay, Roland ; Nagy, Marcell ; Farkas, Nelli ; Sipos, Zoltán ; Fehérvári, Péter ; Pecze, László ; Földi, Mária ; Vincze, Áron ; Takács, Tamás ; Czakó, László ; Izbéki, Ferenc ; Halász, Adrienn ; Boros, Eszter ; Hamvas, József ; Varga, Márta ; Mickevičius, Artautas ; Faluhelyi, Nándor ; Farkas, Orsolya ; Váncsa, Szilárd ; Nagy, Rita ; Bunduc, Stefania ; Hegyi, Péter Jenő ; Márta, Katalin ; Borka, Katalin ; Doros, Attila ; Hosszúfalusi, Nóra ; Zubek, László ; Erőss, Bálint ; Molnár, Zsolt ; Párniczky, Andrea ; Hegyi, Péter ; Szentesi, Andrea |
| Abstract [eng] |
Pancreatic necrosis is a consistent prognostic factor in acute pancreatitis (AP). However, the clinical scores currently in use are either too complicated or require data that are unavailable on admission or lack sufficient predictive value. We therefore aimed to develop a tool to aid in necrosis prediction. The XGBoost machine learning algorithm processed data from 2387 patients with AP. The confidence of the model was estimated by a bootstrapping method and interpreted via the 10th and the 90th percentiles of the prediction scores. Shapley Additive exPlanations (SHAP) values were calculated to quantify the contribution of each variable provided. Finally, the model was implemented as an online application using the Streamlit Python-based framework. The XGBoost classifier provided an AUC value of 0.757. Glucose, C-reactive protein, alkaline phosphatase, gender and total white blood cell count have the most impact on prediction based on the SHAP values. The relationship between the size of the training dataset and model performance shows that prediction performance can be improved. This study combines necrosis prediction and artificial intelligence. The predictive potential of this model is comparable to the current clinical scoring systems and has several advantages over them. |
