Searching journal content for articles similar to Bzikadze et al. 32 (11-12): 2107.

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  1. ...-quality assemblies can be created from xenic protist cultures by combining deep long-read sequencing with metagenomic assembly techniques, enabling rigorous comparative genomic analyses.ResultsCapturing Blastocystis diversityTo investigate the evolution of the Blastocystis genus, from its initial divergence through...
  2. ...precisely genotype these long expansions (Mousavi et al. 2019). In contrast, modern long-read sequencing (LRS) technologies, like Oxford Nanopore Technologies (ONT) nanopore sequencing with newer chemistry or Pacific Biosciences (PacBio) high-fidelity circular consensus sequencing (HiFi), can give accurate...
  3. .... This is also why it is difficult to assemble repetitive parts of s using short reads (Treangen and Salzberg 2012). ScatTR overcomes this challenge by using Monte Carlo sampling to efficiently find the best alignment to decoy references.Our results show that our approach enables accurate estimation of TR...
  4. ...technologies contain errors that are not completely random but are influenced by biases toward different genomic features. Even using a consensus approach, recurrent errors in the reads can propagate into the assembly. Low complexity regions like homopolymers and tandem repeats are particularly challenging...
  5. ...genomics analysis pipelines discard “multimapped” reads that align equally well to multiple genomic locations. Because multimapped reads arise predominantly from repeats, current analysis pipelines fail to detect a substantial portion of regulatory events that occur in repetitive regions. To address...
  6. ...-based methods, although capable of -wide detection, are limited by inaccuracy (short-read technologies) and high associated costs (long-read technologies). This study evaluated optical mapping (OGM) as an efficient, accurate approach for measuring STR lengths and assessing somatic stability in 85 samples...
  7. ...(ONT), Hi-C, and RNA sequencing. For details, see the Supplemental Methods.Genome assembly and evaluationHigh-throughput Illumina data were employed for k-mer-based size estimation. PacBio HiFi and ONT ultralong reads were used to generate draft assemblies, whereas Hi-C data anchored contigs...
  8. ...to difficulties in accurately recovering novel allele sequences with only short reads, and most of them would not even report those alleles. Genotyping with long reads may overcome this limitation as each gene sequence can be fully assembled before comparing with the Immuno Polymorphism Database (IPD), which...
  9. ...to be abundant in centromeric regions of many organisms and are essential for studying stability and evolutionary dynamics (Melters et al. 2013; Logsdon et al. 2024). To analyze tandem repeats, a critical step often involves the accurate reconstruction of the unit from either the assembled or unassembled (long...
  10. ...(coverage 0.1×–10×). For these five samples, complete major histocompatibility complex (MHC) haplotype sequences have been previously determined using long-read assembly (Houwaart et al. 2023). As our pan reference, we used a haplotype-resolved pan directed acyclic graph (DAG) of 49 MHC haplotype sequences...
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