Hospitals & Care
99 gains87 Traces101 problems
Every measured gain and problem on the record for this topic, newest first. Updated .
AI in hospitals and care
One square per record, darker for stronger evidence:Evidence: 5 high176 moderate106 emerging
Most of the evidence is chatbots tested on written questions and small single-site studies; a few randomized trials and reviews carry more weight. TRV-2026-0355TRV-2026-1613TRV-2026-2032 Chatbots often match or beat doctors on structured written cases, while a 7294-patient trial of an AI alert in live care found no drop in delirium. TRV-2026-1797TRV-2026-1664
A randomized preclinical trial of 77 surgeons watching laparoscopic video shows AI assistance cut the time to find a bleeding site from 3.23 to 2.53 seconds on average. TRV-2026-2032 In a randomized crossover study, clinical trial staff using AI spent 2.71 fewer minutes per item reviewing charts for immunotherapy side effects, though severity grading was much weaker than event detection. TRV-2026-2318 Three randomized trials with over 90,000 US patients show that messages on personal high flu risk raised vaccination 1.7-3.5 percentage points over no message. TRV-2026-1852 A randomized trial of 130 final-year nursing students found AI-adaptive simulation raised leadership scores more than standard training, under controlled simulation conditions. TRV-2026-1262
In a test of 960 responses to clinician-written cases, ChatGPT Health undertriaged 52% of true emergencies, sending diabetic ketoacidosis and impending respiratory failure to 24-48 hour evaluation. TRV-2026-0181 A randomized trial of 7294 patients at Mount Sinai found an AI-triggered alert did not reduce delirium (35.1% vs 32.7%), though only 17.2% had a documented delirium assessment. TRV-2026-1664 In 16,254 responses to 29 standardized vignettes, all 21 chatbots failed differential diagnosis at rates above 0.80 even though final-diagnosis accuracy was high, a benchmark study found. TRV-2026-0145 A test of eight speech-to-text systems found at least one clinically significant error in 30% to 68% of 800 transcripts, and 39.6% of 53 errors with potential for severe harm involved medication type or dose. TRV-2026-1687
A review of 314 FDA-cleared surgical AI devices found only 5.1% had higher-quality prospective evidence. TRV-2026-1693 A scoping review of 1181 reports on AI decision tools found 62.7% stopped at clinical validation and 14.4% evaluated implementation or impact. TRV-2026-1613 A scoping review found only seven eligible studies of agentic AI in healthcare, with just one trial involving patients. TRV-2026-0166 A review of 310 publications found no study that measured AI's effect on critical thinking or clinical reasoning in medical education. TRV-2026-0458
Studies point in different directions on whether AI scribes ease clinician burnout. TRV-2026-0478TRV-2026-0330 An observational study of 263 clinicians in six US health systems reports that self-reported burnout fell from 51.9% to 38.8% after 30 days with an AI scribe. TRV-2026-0478 A systematic review of 6 real-world studies found clinicians reported less documentation time, but burnout on standardized scales was unaffected. TRV-2026-0330 At one cancer center, 190 of 958 clinicians used the AI scribe; after-hours time fell only from 86.9 to 81.4 minutes a week. TRV-2026-1819
Most tests find chatbot answers to patient questions accurate on average, yet poor readability and occasional unsafe answers recur. TRV-2026-1856TRV-2026-2452TRV-2026-1746TRV-2026-1715
See these 79 recordsChatbots beat doctors on structured written cases, but results on triage and differential diagnosis are mixed. TRV-2026-1797TRV-2026-0181TRV-2026-0145TRV-2026-1421
See these 26 recordsAI scribes cut documentation time for many clinicians, though evidence on burnout and adoption is mixed. TRV-2026-1897TRV-2026-0478TRV-2026-0330
A Trace is one record with both a gain and a problem, so it counts on both sides: 186 records show a gain and 188 show a problem. 128 context records are in the record list but not counted, because they report no measured gain or problem.
| Evidence | Gain side | Problem side |
|---|---|---|
| HighStrong study design, backed by at least two independent sources | 3 | 3 |
| ModerateA measured study or an official source | 113 | 107 |
| EmergingEarly, small, unreviewed or reported second-hand | 70 | 78 |
By type of evidence: 95 benchmark or lab tests; 43 observational studies; 42 controlled comparisons; 33 commentaries or narrative reviews; 29 surveys; 15 interview studies; 9 systematic reviews or meta-analyses; 9 randomized trials; 4 case reports; 3 investigations by reporters; 2 news reports; 2 regulatory or legal actions. How evidence is scored
In an online French study of 204 GPs and 942 patient histories, AI recorded histories more effectively than doctors, most clearly for older patients and for allergy and family cancer history.
In an observational study of 12,468 chronic disease patients in three Chinese provinces, AI-enabled care was linked to hypertension control targets met rising from 68% to 82%, with health data accuracy above 95%.
Clinicians using AI note-taking scribes in 6 real-world studies reported spending less time on documentation, though the evidence is sparse and based on self-reports.
A literature review linked AI decision support to vulnerabilities in doctors' physical examination, differential diagnosis, clinical judgment and patient communication skills, though magnitude and reversibility remain uncertain.
In 16,254 responses to 29 standardized clinical vignettes, all 21 AI chatbots tested failed differential diagnosis at rates above 0.80, even though final-diagnosis accuracy was high.
One review in this topic printed a pooled result: one figure calculated across many studies. They are the reviews’ own numbers, checked word for word against their abstracts. They often measure different things, so they are listed side by side, not added up.
AI predicts gallbladder surgery difficulty well, but 16 of 18 studies were at high risk of bias · TRV-2026-0787
AUC 0.818 (95% CI 0.797 to 0.840)
18 studies · search to March 2, 2026
For 32 validation models, the pooled AUC was 0.818 (95% CI, 0.797-0.840).
AUC 0.848 (95% CI 0.829 to 0.868)
18 studies · search to March 2, 2026
The pooled AUC for 27 training models was 0.848 (95% CI, 0.829-0.868).
AI virtual patients and simulation helped trainees in several small studies, while reviews and interviews raise skill erosion as a risk. TRV-2026-1262TRV-2026-1044TRV-2026-0490TRV-2026-0147
See these 39 recordsSurveys find patients and clinicians wary of AI, and regulation and the NHS Palantir contract draw scrutiny. TRV-2026-1843TRV-2026-2394TRV-2026-2335TRV-2026-0359
See these 32 recordsSurgical, imaging and prediction tools mostly rest on small retrospective or preclinical tests with little prospective evidence. TRV-2026-2032TRV-2026-1623TRV-2026-0787TRV-2026-1693
See these 53 recordsEach record sits in one thread at most. A record with both a gain and a problem counts on both sides. 44 records fit none of these threads.
In a 7294-patient trial at Mount Sinai, an AI-triggered health-record alert did not reduce delirium (35.1% vs 32.7%, P = .37) or change adherence to best practices, though only 17.2% had a documented delirium assessment.
415 records · page 23 of 28
Researchers compared large language models and clinicians on 34 real-world glaucoma cases, with glaucoma specialists scoring responses on medical accuracy, key-point recall, and logical completeness.
Graefe's Archive for Clinical and Experimental Ophthalmology
Researchers retrospectively analyzed 306 patients who had microscopic root canal treatment with rubber dam isolation between May and November 2025, defining willingness to reuse at 1-week follow-up as…
Published October 22, 2025, this PLOS One scoping review examined literature on AI and large language models like ChatGPT in medical education.
A systematic review published October 14, 2025 synthesized peer-reviewed literature from January 2020 to July 2025 on AI in nutrition and dietetics, covering dietary assessment, personalized nutrition and chronic disease…
A peer-reviewed cross-sectional study of 358 medical students from November 2025 to January 2026 examined factors linked to attitudes toward AI using online questionnaires including digital literacy and emotional…
On August 5, 2026, a peer-reviewed study in JCO Oncology Practice evaluated AI translation of three oncology clinical trial informed consent forms from English to Spanish, comparing DeepL Pro,…
On 2026-08-04, a peer-reviewed cross-sectional study reported testing ChatGPT4, Gemini 2.0, Copilot, DeepSeek V3, and Grok 3 on 12 tracheostomy care questions, with three blinded laryngologists rating…
Researchers surveyed 752 orthopedic surgery patients across 33 hospitals in Guangdong, China, asking them to rate standardized descriptions of AI functions such as chatbots, vision-based monitoring,…
This scoping review mapped evidence published up to March 2026 on AI in healthcare in Sub-Saharan Africa, focusing on marginalised populations.
In a single-centre study using two years of ED electronic records, investigators evaluated the Sydney Triage to Admission Risk Tool with Artificial Intelligence (START-AI) by adding features one by…
By August 2026, peer-reviewed discussion in Giornale Italiano di Cardiologia described AI as entering hypertension care, able to give simple and well-documented answers to management questions for…
![[Artificial intelligence in hypertension: where do we stand?]](https://live.staticflickr.com/8427/29609189672_4ee402223f_b.jpg)
Researchers piloted AI translation to subtitle ECFS peer-reviewed e-learning modules for cystic fibrosis care, creating six-module packages in Ukrainian, Romanian, and Turkish.
This 2026 RadioGraphics review examines how artificial intelligence, especially generative models, could be applied across radiology education from curriculum planning to implementation and evaluation…
The Guardian noted on 2026-07-30 that artificial intelligence is growing in influence in healthcare and that more people are seeking guidance from AI tools, including AI-generated influencers.
A July 2026 review in Die Urologie describes artificial intelligence moving from research into everyday clinical practice and hospital care, with generative AI and large language models now used…
![[Use of artificial intelligence in clinical practice and hospitals]](https://upload.wikimedia.org/wikipedia/commons/thumb/2/23/Physician_involvement_in_hospital_emergency_rooms_and_outpatient_departments_-_final_report_%28IA_physicianinvolve00rose%29.pdf/page1-500px-Physician_involvement_in_hospital_emergency_rooms_and_outpatient_departments_-_final_report_%28IA_physicianinvolve00rose%29.pdf.jpg)
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