New Data Structure Slashes Memory Overhead for Genomic Index Rank Queries
Computer scientists have developed paired-block bit vectors and flattened bit vectors that cut rank-query memory overhead to 1.6 percent and ...
Computer scientists have developed paired-block bit vectors and flattened bit vectors that cut rank-query memory overhead to 1.6 percent and ...
Whole-genome sequencing of 1,043 French Polynesian participants reveals hundreds of variants absent from global reference datasets that shape metabolites, gene ...
A compact deep-learning model called minisplice learns splice signals across vertebrates and insects and, when integrated into minimap2 and miniprot, ...
Phase 1 of the TenK10K consortium maps common and rare genetic variants affecting gene expression across 28 immune cell types ...
A new perspective argues that genomics has shifted from a specialized pursuit of well-funded labs to a routine tool now ...
A systematic review of 26 studies finds AI models diagnosing multiple sclerosis with over 95 percent accuracy in some cases, ...
Whole-genome sequencing of two Aphanothece strains from a Southern Brazilian estuary reveals conserved lipid genes but strain-specific fatty acid outputs ...
A new computational framework called JEEPERS detects and corrects methylation errors caused by jagged ends in cell-free DNA, improving cancer ...
The first genome-wide analysis of the gharial reveals extremely low genetic diversity in its largest population, driven by an ancient ...
A comparison of 22 chromosome-scale tea plant genomes found 979 ARR response-regulator genes, with conserved subgroups but variation concentrated in ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine