AI matches pathologists in scoring ulcerative colitis
A new foundation model matches or beats human pathologists at grading ulcerative colitis biopsies, potentially solving the clinical trial replication crisis.
June 12, 2026
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Discover the newest research about AI innovations in 🖼️ Computer Vision.
AI diagnoses kidney disease with fewer labeled scans
A new active learning model proves that medical AI does not need massive, expensive datasets to outperform human-labeled benchmarks.
June 11, 2026
EMA Accepts AI Clinical Trial Evidence
Regulators just crossed a digital rubicon by accepting AI-generated pathology data to evaluate metabolic liver disease treatments.
June 10, 2026
AI predicts gastric cancer immunotherapy markers
A new multi-task AI model predicts two critical gastric cancer immunotherapy biomarkers from routine biopsy slides, but its real-world drop in accuracy highlights a persistent industry bottleneck.
June 9, 2026
AI predicts breast cancer recurrence using standard slides
A new deep learning tool outperforms traditional genomic tests in predicting breast cancer recurrence, using nothing more than standard tissue slides and basic clinical data.
June 9, 2026
Standardization of surgical gesture taxonomy: a SAGES Delphi consensus study.
Standardized surgical gesture taxonomy enhances AI in surgery. 10 clusters, 24 gestures, 46 sub-gestures established. 🤖✂️
May 16, 2026
AI-Based Markerless Computer Vision Framework for Open Surgery Skill Assessment: A Prototype Assessment Framework.
AI-driven surgery skill assessment shows strong correlation with expert ratings, enhancing training metrics. 🤖✂️
May 15, 2026
AI Chatbots Enhance Patient Education in Eye Care
AI chatbots improve patient education in eye care, offering multilingual support for understanding serious conditions like retinal detachment. 👁️🤖
May 12, 2026
Enhancing Multimodal Intelligence in Colonoscopy
New study highlights advancements in intelligent colonoscopy, emphasizing multimodal systems for improved clinical communication. 🩺📊
May 11, 2026
SkinFormer: a hybrid vision transformer and ConvNeXtV2 approach for skin cancer detection and segmentation.
Innovative SkinFormer model enhances skin cancer detection accuracy by 15% using hybrid vision transformer technology. 📈🩺
April 27, 2026