The Effectiveness Of Interventional Radiology Procedures In Treating Specific Conditions

Abstract

The progress of vascular as well as interventional radiation therapy has been greatly expedited by the study of nanomaterials. The integration of nanoparticles with distinctive and practical characteristics into medical instruments and delivery methods has facilitated the development of innovative diagnostic and treatment techniques for a range of clinical illnesses. This paper examines the progress made in the area of interventional radiography and the use of nanotechnology to enhance the advantages and minimize the drawbacks of diagnostic radiology theranostic treatments. Various nanomaterials have been researched to enhance the effectiveness of interventional radiology procedures, mitigate the risks linked to medical equipment, enhance the precision and efficiency of medication delivery systems, and create novel imaging techniques. In this article, we provide a concise overview of the latest advancements in the field of medical equipment and delivery methods that integrate nanotechnology with vascular and radiation therapy.