Navigating precision: utilizing 3d road maps in interventional radiology for enhanced procedure guidance

Interventional radiology (IR) has revolutionized medical practice by offering minimally invasive procedures guided by advanced imaging techniques. This paper introduces the utilization of 3D road maps in IR to enhance procedural guidance. Initially, it delineates the fundamental concepts of IR, emphasizing its minimally invasive nature, reliance on imaging guidance, and its multidisciplinary approach. The traditional method of angiography using 2D imaging is discussed, outlining its steps and applications. Subsequently, the paper transitions to the exploration of 3D imaging techniques, particularly 3D angiography, highlighting its benefits in providing comprehensive vascular visualization and aiding in diagnosis and treatment planning. The study design section outlines the methodology employed, including image acquisition and ethical considerations. Results are presented through a series of images, illustrating the application of 3D roadmap imaging in guiding complex procedures. The conclusion underscores the significant advantages of 3D roadmap imaging, including precise navigation, optimized treatment planning, improved procedural safety, efficient workflow, and enhanced patient comfort. Overall, this paper sheds light on the transformative potential of 3D road maps in interventional radiology, offering insights into their practical applications and benefits for both clinicians and patients.