Oct 2026· npj Digital Surgery· Vol 1· 0 citations· 44 references
TL;DR
An Ethics-Implementation Scorecard is proposed as an illustrative conceptual framework to structure reporting of ethical implementation domains and support future evaluation of intraoperative AI-based CDS systems.
Abstract
Intraoperative artificial intelligence (AI)-based clinical decision support (CDS) systems are increasingly proposed for surgical decision-making, yet evidence supporting their clinical implementation and ethical governance remains limited. We searched five databases for studies published between 2010 and July 2026, identifying 3,020 records. Five studies met the inclusion criteria: one completed feasibility study, and four ongoing prospective registries and randomized trials across vascular surgery, gynecologic oncology, and anesthesiology. Although most systems operated in human-in-the-loop configurations, published evidence of intraoperative performance remained limited to a single feasibility study, highlighting a substantial translational gap between technical innovation and prospective clinical validation. Across the included studies, technical validation was reported more frequently than governance, regulatory compliance, equity, and oversight considerations, while clinical evaluation remained geographically concentrated, potentially limiting generalizability. We propose an Ethics-Implementation Scorecard as an illustrative conceptual framework to structure reporting of ethical implementation domains and support future evaluation of intraoperative AI-based CDS systems.
Background: Artificial intelligence (AI)-based decision-support systems are increasingly used in perioperative care to support risk assessment, resource allocation, and surgical planning. However, these systems may not capture qualitative clinical information or “soft data” recognised through experienced clinical judge...
Shrouk Elsalamony, Hossameldin Mosa Sharaf· Journal of Advances in Medic...· 0 citations
This systematic review aims to identify, categorise and synthesise global evidence on implementation strategies, barriers, facilitators, adoption outcomes and reported impacts of AI applications in surgical healthcare settings to enhance perioperative risk assessment and reduce postoperative complications.
Jacob Otile, Robert Robinette, Kristin Johnson et al.· BMJ Open· 0 citations
This narrative review synthesizes evidence on clinical AI methods, applications, implementation, evaluation, evaluation, and sustainability in hospitals and proposes institutional efficacy as the warranted and revisable hospital-level judgment that an AI-enabled service configuration can generate and sustain patient-ce...
Sustainable implementation of AI-CDSSs in emergency medicine will require prospective multi-site evaluation, sociotechnical integration, adaptive governance, and greater attention to equity.
Mohammad Saleem, Mahdieh Zare Bidoki, Wafa Alsuraihi et al.· Healthcare· 0 citations
The evidence indicates that AI can improve risk stratification, early recognition of clinical deterioration, medication-safety processes, documentation quality, and access to simulation-based education, and support a human-in-the-loop model in which AI augments rather than replaces nursing judgment.
Heloísa de Oliveira Nascimento· Nexus Science Review· 0 citations
Artificial intelligence (AI) has become a major area of ophthalmic innovation, with a rapidly expanding literature, yet routine clinical adoption remains limited. Diagnostic accuracy alone is an insufficient marker of clinical value because even technically strong systems may fail to improve referral, follow-up, treatm...
Kai Jin, Andrzej Grzybowski· Asia - Pacific Journal of Op...· 0 citations
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