New Protein Structure Alignment Tool Finds Distant Relatives Faster Than Ever
Researchers have unveiled LoL-align, a probabilistic protein structure alignment algorithm that outperforms TM-align and Dali in detecting remote homologs and ...
Researchers have unveiled LoL-align, a probabilistic protein structure alignment algorithm that outperforms TM-align and Dali in detecting remote homologs and ...
A new open-source software package provides fast, modular tools for extracting interpretable cis-regulatory patterns from deep learning models of the ...
Researchers at the University of Jena have developed an AI method called '2-step' that predicts liquid chromatography retention times for ...
A new microfluidic method called spatial Hi-C maps genome-wide 3D chromatin folding directly within intact brain tissue sections, revealing lobule-specific ...
A new method called Spatial-ATAC-Hi-C simultaneously maps chromatin accessibility and three-dimensional genome organization in intact tissue sections, as demonstrated on ...
The new SVPG method uses pangenome graphs to detect structural variants accurately from long-read sequencing data while rapidly incorporating new ...
NanoTS, a new deep learning tool published in Nature Methods, enables accurate SNP detection and genotype calling from nanopore long-read ...
Researchers have developed confinement force microscopy, a tunable microconfinement platform that brings quantitative traction force measurements to cells studied under ...
A new method called SPLENDID models genetic ancestry as a continuum rather than discrete labels, significantly improving polygenic risk score ...
A new Nature Methods study introduces spatial isoform sequencing tools that reveal cell-type-specific RNA isoform variability across mouse brain tissue ...
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© 2025 Scienmag - Science Magazine