Draft whole-genome shotgun assemblies of Stenotrophomonas isolates.
This study presents draft whole-genome shotgun assemblies of Stenotrophomonas isolates obtained from clinical samples. Genomic DNA was sequenced primarily using Oxford Nanopore long-read technology, with a subset of genomes generated using hybrid assemblies from both Nanopore and short-read data. Assemblies were produced using dragonfly pipeline. The resulting draft genomes vary in contig number and length, and remain unclosed without experimentally confirmed topology. These assemblies expand publicly available genomic resources for Stenotrophomonas and provide a foundation for taxonomic and functional studies within the genus.
This study presents draft whole-genome shotgun assemblies of Stenotrophomonas isolates obtained from clinical samples. Genomic DNA was sequenced primarily using Oxford Nanopore long-read technology, with a subset of genomes generated using hybrid assemblies from both Nanopore and short-read data. Assemblies were produced using dragonfly pipeline. The resulting draft genomes vary in contig number and length, and remain unclosed without experimentally confirmed topology. These assemblies expand publicly available genomic resources for Stenotrophomonas and provide a foundation for taxonomic and functional studies within the genus.