The 2025 ESMO Congress covered a wide range of translational and clinical topics, with the growing importance of artificial intelligence (AI) in diagnosis, prognosis, and treatment decisions standing out in particular. In his presentation titled “AI in Precision Oncology of Liver Cancer,” Prof. Julien Calderaro (Henri Mondor University Hospital, Créteil) presented the latest findings on the use of AI-based methods in precision oncology for liver cancer and highlighted diagnostic, prognostic, and treatment-related aspects.
Autoren
- Dr. oec. Odile Schwarz-Herion
Publikation
- InFo ONKOLOGIE & HÄMATOLOGIE
Related Topics
- ABRS P Model
- ABRS P Model for Predicting Treatment Response to Atezolizumab and Bevacizumab
- ABRS P Signature: Response to Treatment
- AI Analysis of H&E Sections to Identify Biological Patterns
- AI in Oncology
- AI Models for Molecular Predictions
- AI Models: H&E Sections
- AI Prediction of Immunological Profiles
- AI Predictive Models for Cholangiocarcinoma
- AI-Assisted Diagnosis of Liver Tumors
- AI-Assisted Reclassification of Combined Hepatocholangiocarcinomas
- AI-Assisted Treatment Decisions for Liver Cancer
- AI-based prediction of genetic alterations such as IDH1
- AI-Based Reclassification of CHC
- AI-Supported Precision Oncology for Liver Cancer
- Artificial Intelligence, Precision Oncology
- Atezolizumab, Bevacizumab, Liver Cancer
- BRAF Mutations and Liver Cancer
- Challenges in AI Implementation in Oncology
- Challenges in Implementing AI Models in Routine Clinical Practice
- Combined hepatobiliary-cholangiocellular tumors (CHC)
- Cost Requirements for AI Models in Switzerland
- Cost Structure of AI Models in Pathology
- Digital H&E Analysis of Liver Cancer
- Digital pathology for differentiating between HCC and iCCA
- Digital Pathology: Liver Cancer
- ESMO 2025 Liver Cancer
- FGFR2 and BRAF from routine histology
- FGFR2 Fusions
- Genomics and clinical data
- Genomics of Liver Cancer
- hepatocellular carcinoma (HCC)
- IDH1 Mutation in Liver Cancer
- Imaging AI Liver Cancer
- immunological gene expression signature
- intrahepatic cholangiocarcinoma (iCCA)
- Liver cancer
- Molecular Markers for Liver Cancer
- Molecular Tumor Boards in Switzerland
- Multimodal AI systems
- Multimodal AI systems for integrating imaging data
- Multimodal Data Integration for Liver Cancer
- Non-Commercial AI Systems: Pathology and Artificial Intelligence in Precision Oncology for Liver Cancer
- Precision Oncology Switzerland
- Regulatory and Economic Barriers to AI-Supported Pathology
- Spatial transcriptomics for validating AI-based classifications
- Spatial transcriptomics of liver cancer
- spatial transcriptomics validation
- SPO Switzerland
- The Importance of Academic AI Models for Rare Tumors Such as Liver Cancer
- TIMES Immune Assessment System
- TIMES Model for Spatial Immune Assessment in Cholangiocarcinomas
- TIMES Spatial Immunoassay
You May Also Like
- Mental Health with GLP-1 RAs
Benefits of Semaglutide and Liraglutide
- Bronchiolitis obliterans
Out of shape even without popcorn
- Case study
Guillain-Barré syndrome with a fulminant course
- Suspicion of neuroborreliosis?
Detection of borrelia-specific CSF parameters provides certainty
- The Brain and the Motivation to Eat
Why is it so hard to lose weight?
- Global Recommendation, Swissmedic Approval, and SL Limitation
WHO Guidelines on GLP-1 for Obesity
- Obesity in Children and Adolescents
Gene-Environment Interactions: Polygenic or Monogenic Determinants?
- From Risk Identification to Anti-Inflammatory Intervention