Artificial intelligence (AI) technologies have demonstrated strong performance in radiological image analysis, including detection, classification, segmentation, and triage tasks. Despite promising research outcomes and increasing regulatory approvals, the translation of AI algorithms into sustained clinical impact remains inconsistent across healthcare systems. Many deployments fail to deliver measurable improvements in diagnostic efficiency, reporting workflows, or patient outcomes due to challenges related to governance, integration complexity, clinician adoption, and insufficient outcome monitoring.This paper examines the operationalization of AI in radiology through a systems-level perspective that emphasizes governance structures, workflow integration strategies, and outcome-driven evaluation frameworks. Rather than focusing solely on algorithmic performance metrics, the article analyzes the organizational, technical, and clinical processes required to transform AI tools into reliable components of routine radiological practice. Key considerations include data governance and lifecycle management, model validation and monitoring, human-AI interaction design, workflow orchestration within picture archiving and communication systems (PACS) and radiology information systems (RIS), and institutional accountability mechanisms supporting safe and equitable deployment. The manuscript further proposes a measurement framework linking AI implementation to operational and clinical outcomes, including reporting turnaround time, diagnostic consistency, workload distribution, escalation accuracy, and patient pathway timeliness. By integrating governance, workflow engineering, and measurable outcome assessment into a unified operational model, this work provides practical guidance for health systems seeking to move beyond pilot deployments toward sustainable, value-generating AI adoption in radiology. The study aligns with the mission of biomedical and health informatics by addressing translational challenges at the intersection of intelligent imaging systems, clinical decision support, and healthcare operations.
Hugo Raposo (Mon,) studied this question.