Tag: Single-Cell Genomics

A Nature Reviews Cancer review surveys the statistical and computational methods that reconstruct tumour evolutionary histories from single-cell sequencing data ...

A Bayesian multi-omics analysis of GWAS and blood and brain QTL data has identified 86 gene-protein associations across nine neuropsychiatric ...

Researchers at the University of Wisconsin–Madison have built a cross-species atlas of gene regulatory networks governing early mammalian neurogenesis, revealing ...

A new semi-supervised computational framework called Scellmate curates thousands of noisy single amplified genomes and maps mobile genetic elements to ...

A new probabilistic deep learning model called ResolVI corrects misassigned RNA molecules and batch effects in spatial transcriptomics data, sharpening ...

A free web platform called ArchMap now allows researchers to map single-cell datasets onto published reference atlases and annotate cell ...

Researchers at Waseda University have adapted the SAG-gel single-cell genomics platform to sequence individual fungal spores at high throughput, recovering ...

Researchers propose reframing drug development as an iterative, data-centric learning system in which single-cell readouts from human immunotherapy responses continuously ...

By combining single-nucleus RNA sequencing with spatial transcriptomics, researchers have built a detailed spatiotemporal atlas of the postnatal mouse heart, ...

A new review maps the machine learning methods that allow multi-omics models to predict clinical outcomes even when entire layers ...