Prediction Models for Dialysis Peritonitis Fall Short of Clinical Use, Review Finds
A systematic review of seven prediction models for outcomes after peritoneal dialysis-related peritonitis finds none ready for routine clinical use.
A systematic review of seven prediction models for outcomes after peritoneal dialysis-related peritonitis finds none ready for routine clinical use.
More than 30 experts outline how patients' germline genomes could improve infectious disease care, from detecting rare immune disorders early ...
A new review maps how large language models are being trained on digitized classical texts, billions of clinical records, and ...
A new perspective argues that pharmacogenomic testing could improve emergency department prescribing, but no randomized controlled trials have yet tested ...
A Mamdani fuzzy inference system built on Google BigQuery and MIMIC-IV data produced well-calibrated sepsis risk scores across 38,888 ICU ...
An editorial in Anesthesiology and Perioperative Science proposes a risk-based framework for deploying large language models in perioperative anesthesia, reserving ...
A scoping review of 24 studies finds generative AI models show task-specific promise in epilepsy text processing but are not ...
Interpretable machine-learning models trained on acute-phase nerve conduction data from 99 Korean patients showed preliminary ability to reproduce expert-assigned Guillain-Barré ...
A new Bayesian framework called PIML combines machine learning analysis of electrical impedance signals with clinical prior knowledge, improving diagnostic ...
A retrospective single-center study of 487 patients developed interpretable machine learning models that predict gangrenous cholecystitis before surgery using five ...
A three-month implementation study in Uganda found that a digital decision support tool for pediatric respiratory illnesses was used in ...
A new open-access study presents a modular web platform that classifies brain tumor MRI scans in real time using a ...
An interpretable XGBoost model achieved an AUC of 0.881 for predicting 28-day mortality in critically ill patients with sepsis-associated acute ...
A Science Bulletin review outlines how multimodal artificial intelligence integrating molecular, cellular, and clinical data could refine immunotherapy decisions while ...
A new narrative review proposes a five-dimensional taxonomy for disagreements between imaging and circulating tumor DNA testing and frames multimodal ...
A new CARE-Med framework combining dense retrieval, natural language inference verification, and confidence scoring cut unsupported-response rates in medical LLMs ...
An editorial in Frontiers in Medicine argues that the vast majority of clinical machine-learning models never reach patients, with fewer ...
A Nigerian pilot reconstructed AJCC breast cancer staging logic with a lightweight machine-learning tool, achieving perfect retrospective classification without independent ...
A qualitative study of 26 tuberculosis physicians in Hubei Province, China, identified five priorities for explainable AI, including exclusionary and ...
A large-scale evaluation of five large language models found that drug recommendations collapse onto a single product in nearly every ...
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