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A two-day, simulation-based program at ADN CoE focusing on breast cancer imaging, staging, and multidisciplinary management. Designed to enhance diagnostic accuracy and coordinated treatment decision-making.

A two-day, simulation-based program at ADN CoE focused on theranostics and radioligand therapy.
Emphasizes patient selection, imaging-guided treatment, and safe clinical integration.

A two-day simulation-based program on rapid recognition and management of critical cancer complications.

A two-day simulation program on image-guided tumor localization and resection. Focuses on surgical precision and real-time imaging skills.

A two-day, simulation-based program at ADN CoE focused on RECIST and RANO response assessment.
Improves accuracy and consistency in oncologic imaging evaluation.

A two-day, simulation-based program on cervical, endometrial, and ovarian cancer management. Focused on practical imaging, staging, and treatment planning.

A two-day workshop on mastering TNM staging across major cancers. Focuses on precise classification, imaging–pathology correlation, and stage-based clinical decisions.

A two-day, simulation-based program at ADN CoE covering lung cancer pathways from diagnosis to intervention.

A two-day, simulation-based program at ADN CoE focusing on functional and molecular imaging in oncology.

A two-day, simulation-based program focused on safe blood product use and evidence-based transfusion protocols. Emphasizes reaction management, massive transfusion workflows, and clinical decision accuracy.

A two-day, simulation-based program on bone marrow and stem cell transplantation workflows. Focuses on donor selection, transplant execution, and early complication management.

A two-day, simulation-based program on CAR-T therapy and immunotherapy management. Focuses on patient selection, toxicity recognition, and safe multidisciplinary care.

A two-day, simulation-based program at ADN CoE on nutritional and metabolic support in oncology.
Focuses on assessment, intervention, and patient-centered care.

A two-day, simulation-based program focused on radiomics and AI applications in oncologic imaging. Emphasizes quantitative imaging, feature analysis, and data-driven decision support.