From Microscopic Energy Deposition to Biological Response: Modeling Needs in Radiopharmaceutical Therapy

This educational session will address why dosimetry is central to modern radiopharmaceutical therapy. It will highlight how fixed-activity approaches emerged historically and why they are increasingly insufficient in the context...

This session will present a structured, educational overview of how to perform patient-specific dosimetry in radiopharmaceutical therapy, using AAPM TG-381 as a reference framework. The first part will walk through generalizable...

Interactive, educational, hands-on session (60 min total). The first part focuses on participant interaction with the web demo; the second part provides an expert synthesis of results. Emphasis is on building intuition rather tha...

Radiopharmaceutical therapy (RPT) is re-shaping how radiation is used to combat cancer since it provides a way to deliver radiation systemically. Due to its impactful clinical applications, RPT has been approved by the FDA to tre...

Personalized dosimetry in radiopharmaceutical therapy (RPT) is gaining strong interest because fixed-activity regimens often fail to capture the large variability in how patients respond to the treatment. Growing evidence shows c...

As precision oncology evolves, the goal is for RPT to be viewed as a bridge between nuclear medicine, radiation oncology and medical oncology for the benefit of patients with cancer. However, challenges remain related to items, s...