Skip to content

Assessment of Non-Institutional AI Tool Usage Among Clinicians

Sep 2026 · 0 citations · 21 references
Physics Computer Science

TL;DR

Non-institutional AI use was common among surveyed clinicians and extended across a broad range of work-related activities, including tasks with potential implications for clinical reasoning and patient care.

Abstract

Generative artificial intelligence (AI) tools are increasingly accessible and have the potential to improve efficiency across clinical workflows. However, clinicians may also use non-institutional AI tools that are not provided, managed, or governed by their healthcare institutions, creating potential concerns related to privacy, security, accuracy, and clinician-AI interaction. Little is known about how clinicians currently use these tools for work-related tasks. We conducted a descriptive survey of clinicians recruited from the University of Arizona College of Medicine-Tucson and Banner University Medical Center-Tucson between May 20 and June 26, 2026. Participants reported their use of AI tool categories and the frequency with which they used AI for specific tasks across five workload categories: administrative work, clinical work, research, studying/continued education, and teaching. Forty-four respondents completed the survey. Forty-three respondents reported using AI for at least one work-related task during the preceding 6 months. Conversational AI and clinical decision support/diagnostic AI were the most used tool categories, each reported by 28 respondents. Administrative and clinical tasks demonstrated the most frequent use. AI was also used for higher-risk activities, including diagnostic assistance and clinical decision support. Non-institutional AI use was common among surveyed clinicians and extended across a broad range of work-related activities, including tasks with potential implications for clinical reasoning and patient care. Further research is needed to characterize how clinicians use these tools, how they evaluate AI-generated outputs, and how AI can be safely and effectively integrated into clinical workflows.

View source

Similar papers

Open access Oct 2026

Beyond the algorithm

Artificial Intelligence (AI) technologies are increasingly integrated into occupational health medicine practice, offering potential improvements in diagnostic accuracy and efficiency. However, their implementation introduces novel challenges, including algorithmic bias, lack of transparency in decision-making processe...

L. M. Poplašen, H. Brborović · 0 citations
#artificial intelligence Review Open access Sep 2026

Generative Artificial Intelligence Use Among Medical Students: Learner Perspectives for Clinical Educators.

In this multi-institutional US convenience sample, students reported frequent AI tool use, although guidance needs were common, and educators should not assume AI is absent from informal learning and may need to clarify expectations, privacy boundaries, disclosure norms and AI-output appraisal strategies.

Bryan Bartnick, Sana Shah, Stuart W. Sommers et al. · 0 citations
Review Open access Sep 2026

Perceptions of Artificial Intelligence in Healthcare: A Cross-Sectional Need-Based Survey Among Healthcare Workers

Artificial intelligence (AI) based tools are rapidly entering clinical workflows. Understanding clinicians’ perceptions, the areas they expect to benefit from AI, desired competency levels, and ethical concerns are essential to plan training and safe implementation. A cross-sectional, anonymized Google sur...

Shivi Mishra, Rohit Singh, Nazia Nazir Zargar et al. · 0 citations
Review Open access Aug 2026

Beyond Algorithms: Human-Centered Explainability for Clinicians, Patients, and Caregivers

Two short vignettes and a design guide to help human factors researchers create explanation systems that are practical and trustworthy are presented to show how explainability can become part of the care system instead of being treated as a separate technical feature.

T. Mamun, Laurie Novak, M. Salwei · 1 citation
Review Open access Sep 2026

Analyzing and redesigning deployment pathways for internally developed artificial intelligence tools in clinical education and health research

Artificial intelligence (AI) tools for clinical education and health research are increasingly easy to imagine and prototype, but deploying internally developed tools into legitimate institutional use remains difficult. We conducted a retrospective comparative case study of four AI tools supported by the Nursing AI Stu...

Bo Xie, Ruo-Ke Zhang · 0 citations

AI at the Bedside: An Argument for a Training Wheels Approach.

Bedside use of artificial intelligence (AI) platforms is increasingly common. Busy clinicians may welcome these generative AI (Gen AI) tools, which have the potential to streamline many time-consuming tasks and aid in patient care. Trainees may find them useful to quickly evaluate complex medical information. Acceptanc...

K. MacDuffie, Douglas S. Diekema, J. Kett et al. · 0 citations

Related blog posts

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.