Emerging Radiopharmaceuticals Beyond
FDG
for Ovarian Cancer: A Review of Advances in Nuclear Medicine
ABSTRACT
Aims
This review summarizes the role and future prospects of nuclear medicine in ovarian cancer, focusing on novel radiopharmaceuticals beyond FDG for diagnostic, predictive, and therapeutic applications within a theranostic framework.
Materials and Methods
A narrative literature review was conducted using major databases. Peer‐reviewed articles addressing non‐FDG radiopharmaceuticals in ovarian cancer were identified and assessed; FDG‐based studies were excluded due to the availability of prior comprehensive reviews.
Results
Novel radiopharmaceuticals show potential to enhance diagnostic accuracy, allow early evaluation of treatment response, predict chemotherapy resistance, and support stratification for targeted therapies. Several tracers are under investigation for theranostic use, offering combined diagnostic and therapeutic benefits.
Discussion
Incorporating novel radiopharmaceuticals into ovarian cancer management may help overcome limitations of conventional imaging and systemic therapy. Theranostic strategies, uniting molecular imaging with radionuclide therapy, represent a promising step toward personalized medicine and could significantly influence clinical outcomes.
Conclusion
Nuclear medicine, through innovative radiopharmaceuticals and theranostic approaches beyond FDG, is expected to expand its role in ovarian cancer care. Further research is needed to validate these applications and facilitate their integration into clinical practice.
