Subscribe free

Digital Surgery and Telemedicine ·

Predicting Recurrent Bile Duct Stones Post-Exploration

Machine learning effectively predicts recurrent extrahepatic bile duct stones after common bile duct exploration, enhancing surgical decision-making.

  • Random forest model achieved AUCs of 97.99% in training and 83.1% externally, outperforming other methods.
  • Key risk factors include maximum stone diameter, common bile duct diameter, and direct bilirubin, with larger stones (>15 mm) significantly increasing recurrence risk.

Surgeons can use these insights for personalized patient assessments and interventions to mitigate postoperative complications.

  • Leveraging SHAP analysis clarifies interactions between risk factors, enabling targeted prevention strategies.

Journal Article by Cao Y, Hu X, Guo J and Fang T in Front Med (Lausanne)

Copyright © 2025 Cao, Hu, Guo and Fang.

read the whole article in Front Med (Lausanne)

open it in PubMed

Summaries are written to help you decide what to read. They do not replace the full paper.

Free · 5 minutes a day

Get every new paper in Digital Surgery and Telemedicine.

Plus the Daily Selection: the five most relevant papers of the day, each cut to its key points.

Specialty newsletters: every new paper in your field, as a list of titles linked to the source. Daily Selection: the five that matter, cut to their key points.

FreeNo spamOne-click unsubscribe

More in Digital Surgery and Telemedicine

The latest stitches

Digital Surgery and Telemedicine20 Oct 2026

AI Segments Abdominal Wall Layers During Trocar Entry

In a 10-procedure pilot, deep learning identified abdominal wall layers in optical trocar-entry video with promising accuracy—but this is not yet evidence of safer access.

All papers in Digital Surgery and Telemedicine →