2025
Overview
Clinical nuclear medicine is the medical specialty that uses radioactive substances for the diagnosis and treatment of disease, combining principles of nuclear physics with clinical practice to image physiological processes and deliver targeted radiation therapy. Research published in Radiation and Nuclear Medicine examines long-term treatment outcomes in this field, with particular attention to well-differentiated thyroid cancer management using radioactive iodine and related nuclear medicine approaches. The journal's contributions include retrospective analyses spanning multiple decades of clinical experience, evaluating how nuclear medicine techniques have been applied in specific patient populations and institutional settings. This work addresses the practical effectiveness of established nuclear medicine protocols in real-world clinical environments, documenting patterns of disease response, treatment complications, and patient outcomes over extended follow-up periods. Such research matters because thyroid cancer represents one of the most common applications of therapeutic nuclear medicine, and understanding the long-term results of radioactive iodine treatment helps clinicians refine patient selection criteria, optimize dosing strategies, and counsel patients about expected outcomes. By examining institutional experience accumulated over many years, these studies provide evidence about the durability of treatment responses and the evolution of clinical practice in nuclear medicine.
Research published in this journal
1 peer-reviewed article, ranked by relevance. Each links to its DOI.