Optimizing CT Protocols: Advanced Dose Reduction and Contrast Media Strategies for Personalized Patient Care – Today's Innovations and Tomorrow's Horizons

The rapid advancement of Computed Tomography (CT) imaging technology offers unprecedented opportunities to enhance diagnostic precision and patient safety. However, it also imposes a significant responsibility on radiographers and medical imaging professionals to stay abreast of evolving best practices for dose optimization, contrast media (CM) administration, and the integration of emerging technologies. This presentation seeks to provide a holistic overview of current innovations and future directions in CT imaging, focusing on personalized patient care.

Scope: The scope of this presentation encompasses a detailed examination of dose optimization techniques and CM administration strategies within the context of current and forthcoming CT technology. It addresses the critical balance between ensuring diagnostic efficacy and minimizing patient exposure to ionizing radiation and contrast media-related risks. Furthermore, the presentation extends into the promising potential of emerging technologies, including artificial intelligence (AI) and dual-energy CT, illustrating their role in refining and personalizing diagnostic protocols.

Aim: The primary aim of this presentation is to equip radiographers and imaging professionals with a deep understanding of the principles and practical applications of dose optimization and safe CM administration in CT imaging. It endeavors to provide a comprehensive overview of the methodologies and technological innovations that can be employed to tailor imaging protocols to individual patient profiles, thereby enhancing both the safety and efficacy of diagnostic procedures. Additionally, the presentation aims to foster a forward-looking perspective among attendees, encouraging the adoption of emerging technologies and practices that promise to redefine the standards of patient-centered care in medical imaging.

1. Diagnostic Reference Levels (DRLs) and Dose Optimization: Participants will explore the concept of DRLs, their establishment, and utilization as a cornerstone for dose optimization. The session will highlight the importance of DRLs in monitoring and improving radiation safety, underscoring the need for regular updates and adherence to best practices.

2. Contrast Media Administration Strategies: This section delves into strategies for minimizing iodine dose in contrast-enhanced CT imaging. By reviewing recent advancements and case studies, attendees will learn about reducing CM-related risks without compromising diagnostic quality, emphasizing patient-specific considerations in CM protocol selection.

3. Emerging Technologies in CT Imaging: The presentation will introduce participants to cutting-edge technologies reshaping CT imaging. Focus areas include dual-energy CT, iterative reconstruction algorithms, and the integration of AI and ML in optimizing imaging protocols. This segment aims to demonstrate how these technologies can support personalized care and dose optimization.

4. Future Directions in CT Imaging: Looking ahead, the presentation will discuss the potential of novel developments, such as photon-counting CT and iodine-free contrast agents, to further enhance patient safety and diagnostic accuracy. Attendees will gain insights into how ongoing research and technological advancements are poised to influence the future of CT imaging.