Searching journal content for articles similar to Chen et al. 30 (3): 315.

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  1. .... The fundamental tasks are to classify or group sequencing reads into distinct genomic bins, each representing a different taxon (e.g., species or strain) within a metagenomic sample (taxonomic binning), and to identify the taxa present while estimating their relative abundances in the sample (taxonomic profiling...
  2. ..., can further improve assembly by correcting misassemblies and scaffolding contigs (Šimková et al. 2024). By combining these technologies with metagenomic assembly techniques, we were able to generate nearly complete Blastocystis s without the need for axenic culturing. This approach allows us...
  3. ...-specific impacts on human health, and methods that accurately determine gene content from metagenomic data can greatly improve our understanding of the extent and importance of this intraspecific diversity. Widely used tools for analyzing metagenomic data can accurately quantify the abundance of species present...
  4. ..., Gainesville, Florida 32611, USA Corresponding author: langmea@cs.jhu.eduAbstractTaxonomic sequence classification is a computational problem central to the study of metagenomics and evolution. Advances in compressed indexing with the r-index enable full-text pattern matching against large sequence collections...
  5. ...with spike-in metaWe extended the previous AMR haplotyping experiment to a metagenomics setting. In metagenomics, the input is a mixture of microbial genomic reads and reads from AMR genes. Thus, we mixed the previously simulated AMR reads into a simulated long-read mouse gut meta from CAMI2 (labeled...
  6. ...sequencing technology has the potential to transform metagenomics by offering low-cost, portable, and long-read sequencing capabilities. Furthermore, these platforms enable real-time data generation, which could significantly reduce the time from sample collection to result, a crucial factor for point...
  7. ...elements using the former (Supplemental Fig. S4A,B). Additionally, the curation process yielded significantly longer consensus sequences compared with the uncurated ones (Supplemental Fig. S4C), suggesting a more accurate reconstruction of their complete structure (Peona et al. 2024). Finally, we managed...
  8. ...–resolved population metagenomic data sets to track 18 MGEs for which structures were defined and precise chromosome integration sites could be identified for confident host linkage. Additionally, we identified a complete 20.67 kbp circular plasmid and two family-level groups of viruses linked to Atabeyarchaeia, via...
  9. ...a genomic basis to study host-microbe interactions, and we demonstrate its utility in identifying candidate pathways in the bacteria affecting chemotaxis behavior and survival in the nematodes. Second, we generate nematode transcriptomes of P. pacificus nematodes on 38 bacterial diets and characterize 60...
  10. ..., characterizing the MHC beyond exons is critical to resolve disease-associated variants accurately.Acknowledging the importance of complete genomic characterization of the MHC early on, two homozygous B lymphoblastoid cell lines (BLCLs), PGF and COX, were fully sequenced for their MHC (Stewart et al. 2004). Later...
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