作者
Yair Lotan,Viswesh Krishna,Waleed M. Abuzeid,Bryn Launer,Sam S. Chang,Vrishab Krishna,Siddhant Shingi,Jennifer Gordetsky,Thomas Gerald,Solomon L. Woldu,Eugene Shkolyar,Dickon Hayne,Andrew Redfern,Lisa Spalding,Courtney Stewart,Eduardo Eyzaguirre,Shamsunnahar Imtiaz,Vikram M. Narayan,Vignesh T. Packiam,Michael A. O’Donnell,Roger Li,Loïc Baekelandt,Steven Joniau,Tahlita C.M. Zuiverloon,Mario I. Fernández,Marcela Schultz,Patrick J. Hensley,Derek B. Allison,John A. Taylor,Ameer Hamza,Ashish M. Kamat,Vivek Nimgaonkar,Snehal Sonawane,Daniel L. Miller,Drew Watson,Damir Vrabac,Anirudh Joshi,Jay B. Shah,Stephen B. Williams
摘要
There are few markers to identify those likely to recur or progress after treatment with intravesical bacillus Calmette-Guérin (BCG). We developed and validated artificial intelligence-based histologic assays that extract interpretable features from transurethral resection of bladder tumor digitized pathology images to predict risk of recurrence, progression, development of BCG-unresponsive disease, and cystectomy.