CORTEXA
← Browse
openalexOpen Science Framework2026-07-26Cited by 0

Prospective update of a systematic review of experimentally validated machine-learning-prioritized therapeutic targets

Yuanzhi He

This prospective update will evaluate peer-reviewed studies in which machine-learning or related data-driven inference methods prioritize therapeutic targets for human disease and the prioritized targets undergo independent experimental validation. The update will use expanded multi-database searches, independent duplicate screening and data extraction, a prespecified validation hierarchy, and an exploratory random-effects synthesis of candidate-level validation yield when methodologically appropriate. Work completed before this registration was used to assess feasibility and refine operational definitions. Following registration, the literature will be searched afresh and all eligible records will be re-screened and re-extracted under the registered methods; any deviations will be documented transparently.

View free PDFSource page

Related papers

openalexOpen Science Framework2026-07-23

Applications of Explainable Artificial Intelligence in Association Football: A Systematic Review

ZHU CHENGCHENG

Artificial intelligence and machine-learning methods are increasingly applied in association football to analyse player and team performance, training and match demands, tactical behaviour, injury and health-related outcomes, video and movement data, and other sport-specific deci…

View free PDFSource page
openalexOpen Science Framework2026-07-26

Machine Learning-Enhanced Echocardiography for the Detection of Coronary Artery Disease: A Scoping Review Protocol

Wagner Rios-García, Erick Barrientos-Ventura, Victoria E. Butrón-Verástegui, Daniela E. Oriundo-Arbizu, Kehit A. Velasquez-Taipe, Abigail D. Via-y-Rada-Torres, et al.

Coronary artery disease (CAD) remains a leading cause of morbidity and mortality worldwide. Echocardiography is widely available and provides real-time structural and functional assessment, but diagnostic accuracy is limited by operator dependency. Machine learning (ML) and deep…

View free PDFSource page
openalexOpen Science Framework2026-07-24

Early Prediction of Educational Support Needs Through Machine Learning: Protocol and State of the Art in Early Childhood and Primary Education

Marcelo Rodríguez Aguilar

Background: Timely identification of Educational Support Needs (NEAE / Special Educational Needs) during early developmental stages (ages 3 to 12) is decisive for preventing learning gaps and optimizing inclusive school pathways. However, traditional support models operate predom…

View free PDFSource page