The Development of Prompt-Guided, Explainable Artificial Intelligence for Transparent Healthcare Decision Support

Using artificial intelligence (AI) to predict diseases, diagnose patients, analyze medical imaging, and make clinical decisions is revolutionizing the healthcare sector. Nevertheless, numerous sophisticated artificial intelligence models operate as “black-box” systems, wherein the rationale underlying their prognostications remains opaque to medical practitioners and patients alike. In high-stakes medical situations, the absence of interpretability may undermine trust, provoke ethical dilemmas, and engender risks pertaining to clinical implementation. To mitigate this predicament, Explainable AI (XAI) has emerged as a viable solution that guarantees transparency and accountability within AI-driven healthcare frameworks. This manuscript investigates the amalgamation of Explainable AI with prompt-guided reasoning methodologies to bolster clarity within medical decision support systems. The suggested methodology underscores applications in clinical diagnostic assistance, summarization of medical reports, and systems for risk evaluation. Furthermore, the manuscript addresses challenges including data privacy, model bias, and adherence to regulatory standards in the deployment of healthcare AI. By merging explainability with structured prompt-based reasoning, this research aspires to foster transparent, ethical, and dependable AI systems for forthcoming healthcare environments.