AI Scans Traditional Foods to Find Genes Behind High-Altitude Sickness
A bioinformatics study combining human altitude transcriptomics, machine learning and AI-driven compound screening has identified five candidate genes and two ...
A bioinformatics study combining human altitude transcriptomics, machine learning and AI-driven compound screening has identified five candidate genes and two ...
A new open-source bioinformatic pipeline called MycorrhizaTracer automates the processing and taxonomic classification of thousands of Sanger DNA sequences, resolving ...
A combined bioinformatics and molecular simulation study identifies MMP1 as a shared hub gene and colchicine target linking gout and ...
A new PLOS Computational Biology perspective distills lessons from Global South capacity-building initiatives into ten rules for making genomic sequencing ...
The concept of drug repurposing, sometimes called repositioning, has become an increasingly attractive strategy in oncology because established medicines already ...
A new study shows that the relentless growth of the NCBI RefSeq database is degrading the accuracy of the popular ...
Researchers introduced TAKO, a fast and interpretable method that ranks likely targets of a single-gene knockout using only wild-type single-cell ...
A new Frontiers perspective details how the BiotrAIn project, a partnership between EMBL-EBI, the University of Costa Rica, and CABANAnet, ...
Two UNAM bioinformaticians distill 17 years of RNA-seq expertise into a strategic roadmap spanning experimental design, de novo assembly, differential ...
A systematic review of 53 experimental studies finds that most quantum bioinformatics research relies on classical simulations rather than real ...
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© 2025 Scienmag - Science Magazine