Content validity of AI-generated stuttering assessment and intervention programs based on expert review: A comparative analysis across age groups and language versions.
December 10, 2025AI-generated stuttering programs show high content validity (M = 4.6-4.9) but require human validation for cultural nuances. 🤖🗣️
Transforming Gynecologic Cancer Care Through Artificial Intelligence: A Clinician’s Guide to the Evolving Landscape.
December 9, 2025AI revolutionizes gynecologic cancer care, enhancing accuracy and speed in diagnosis and treatment. Key insights from recent research. 🤖💡
The Landscape of Medical Education Internationalization in Iran Through a Scientometrics Lens.
December 9, 2025Exploring Iran's Medical Education Internationalization: 94 studies, 2.32 citations/publication, key themes include AI & faculty mobility. 📈🌍
Personalized Fluid Management in Patients With Sepsis and Acute Kidney Injury: A Casual Machine Learning Approach.
December 9, 2025Causal ML identifies patients with sepsis and AKI who benefit from restrictive fluid therapy. 🚑📊 Early AKI reversal rates improved significantly!
In-silico epitope-based vaccines design: progress, challenges and the road ahead.
December 8, 2025In-silico vaccine design: 90% faster antigen screening, 80% precision in epitope prediction. Key for infectious diseases & cancer! 💉🔬
Transbronchial cryobiopsy in the era of precision thoracic diagnostics: Histopathology, omics, radiomics, and AI converge.
December 8, 2025Transbronchial cryobiopsy enhances lung disease diagnosis with minimal invasiveness, improving sample quality and reducing complications. 🩺❄️
Acceptability, deviation, and efficiency of 2 fully automated CAD software programs in designing 3-unit fixed dental prostheses: A comparative study.
December 8, 2025AI CAD software shows 100% design success for 3-unit FDPs, but human oversight crucial for occlusal accuracy. 🦷🤖
Weekly Health & AI Digest – December 08, 2025
December 8, 2025Here are the latest breakthroughs in health & AI (December 08, 2025 week) 🔹 AI-Driven Structural Elucidation of the Bacteriophage KP32: Decoding Its Molecular Arsenal Against Klebsiella Pneumoniae. AI Reveals KP32 Phage Structure: 500+ Proteins Targeting Klebsiella Pneumoniae! 🦠🔬 ——-...
AI-Driven Structural Elucidation of the Bacteriophage KP32: Decoding Its Molecular Arsenal Against Klebsiella Pneumoniae.
December 7, 2025AI Reveals KP32 Phage Structure: 500+ Proteins Targeting Klebsiella Pneumoniae! 🦠🔬