PRECISION ONCOLOGY Detailed programme

Clinical Research

Artificial intelligence in Oncology
Artificial intelligence in radiation oncology – clinical applications
Classical endpoints, patient-reported outcomes and challenges of immune checkpoint inhibitors trials in oncology
Artificial Intelligence & Applications to Health Care

Role of Medical Imaging and radiotherapy in personalised breast cancer management
Radiotherapy & nanoparticles
Artificial Intelligence in Radiation Therapy – methodological aspects
Molecular profiling of paediatric cancers: new opportunities for precision oncology and applications for personalized immunotherapy
Multiparametric MRI imaging of cancer: preclinical developments

New tools in anathomo-pathology, DSP, multiplexing & hands-on
Clinical study design & Data interoperability & sharing
Biomarkers & immunotherapy
MicroRNA multi-targeting-based therapy for Glioblastoma treatment
Multi-omics characterization of tumours
Deep learning model for histopathological image analysis
scRNAseq & spatial transcriptomic: New tools to move all research projects forward
Concept of synthetic lethality in the design of innovative therapies

Precision Medicine for Cancer Prevention & Risk stratified screening for common cancers: Principles & Applications
Obesity and Lifestyle Risk Factors for Cancer. From observational epidemiology to personalized prevention
Population attributable fraction: Today & Projections
Liquid biopsy biomarkers: Rationale, technological developments & clinical applications
Understanding risk and making public health decisions