A telomere-to-telomere human genome benchmark achieves 99.4% accuracy, adding 701.4 Mb of previously missing autosomal and sex chromosome sequences.
- 35 cites
Moving in Cell, Nature Methods.
Rebuilt
A telomere-to-telomere human genome benchmark achieves 99.4% accuracy, adding 701.4 Mb of previously missing autosomal and sex chromosome sequences.
Newest first · last 60 days
Long-read genome analysis of 103 bat species reveals a revised phylogeny and European origin of bats, dating back to the late Palaeocene with 26 ancestral chromosomes.
Integrating enzymatic DNA synthesis, assembly, and MutS-based error correction into a continuous pipeline enhances fidelity and scalability for gene construction.
ISChip enables absolute quantification of 183 insertion sequences across diverse environmental samples with high sensitivity, revealing key hotspots in the One Health continuum.
Metabolic profiling reveals 269 tissue-specific metabolites, with 230 upregulated in root-associated endophytes of Thymus vulgaris, highlighting distinct chemical diversity.
A generalized lineage nomenclature system enables scalable viral genomic surveillance, exemplified by defining 21 chikungunya virus lineages across 8 founding lineages.
A machine-learning framework predicts strain-level phage-host interactions across diverse bacteria with AUROC up to 0.94, independent of phylogenetic constraints.
GBZ-base and GAF-base enable efficient, disk-based pangenome analysis with smaller file sizes and rapid subgraph and alignment extraction.
Journals this month
Moving areas, week to 3 Oct 2026