Medical Physics Research Integration

This umbrella project unifies several interconnected research initiatives conducted by the Medical Physics team at King Faisal Specialist Hospital and Research Center. The collective goal is to optimize the use of ionizing radiation in medicine—balancing diagnostic and therapeutic benefits with the highest standards of safety and precision.

The program integrates three main domains: (1) Diagnostic Optimization, focusing on developing age-specific low-dose CT imaging protocols for pediatric patients to minimize exposure while maintaining diagnostic quality; (2) Clinical Evaluation, assessing the sensitivity and specificity of non-invasive cardiac SPECT imaging for coronary artery disease, advancing accurate and patient-friendly diagnostic pathways; and (3) Occupational Safety, quantifying and analyzing staff radiation exposure across diagnostic and therapeutic procedures, aligning with the latest international radiological protection standards. Through a combined approach that leverages AI tools, evidence-based dosimetry, and multidisciplinary collaboration, this research cluster aims to strengthen patient safety, refine clinical decision-making, and establish institutional benchmarks in radiation optimization and protection. The outcomes are expected to contribute both to national health policy and to the global advancement of safe and effective medical imaging and treatment practices.