Searching journal content for articles similar to Heiner et al. 8 (5): 557.

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  1. ...a sample, reverse-transcribing it into stable cDNA, and finally sequencing using (mostly) Illumina technology (Bentley et al. 2008). RNA-seq has multiple technical variations, either to identify specific types of transcripts or to characterize other RNA products. For instance, small RNA sequencing (s...
  2. ...-molecule sequencing technologies (Oxford Nanopore Technologies [ONT] and Pacific Biosciences [PacBio]) have enabled readouts of long, native DNA molecules, including cytosine methylation. ONT recently upgraded their Nanopore sequencing chemistry and kits from the R9 to the R10 version, which yielded increased...
  3. ...Following the ligation reaction, samples are enzymatically fragmented to the appropriate size for Illumina sequencing (∼200–800 bp) by adding 2 µL of NEBNext dsDNA fragmentase in 1× fragmentation buffer (NEB) to final volume of 50 µL. The fragmentation reaction is incubated for 1 h at 37°C, terminated by adding 10 µ...
  4. ...) attributed this bias to the use of cesium chloride DNA purification by Kim et al. (2014), which separates DNA based on density. Because the light AT-rich sequences form a band separated from the main DNA band (satellite bands) (see Kit 1961; Rae 1970; Gall and Atherton 1974; Altemose 2022) and because some...
  5. ...of centromeric regions that limits 319 DNA accessibility and favors conserved repair mechanisms, reducing the occurrence 320 of large-scale SVs (Kashi and King 2006). Sequence annotation revealed that over 60% 321 of INS inserted in satellite/center, satellite, and simple repeat regions harbored 322 inserted...
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  6. ...Mbp) and simpler in structure, consisting of a single circular chromosome in most cases, than those of eukaryotes. The rapid development of DNA sequencing technologies and the increase in computational power have driven a significant expansion in the number of both sequenced prokaryotic s from...
  7. ...on a single chromosome (RD_P276, RD_P278, RD_P273, RD_P166, RD_P550, RD_P275), and three were complex rearrangements involving either more than three BPJs (RD_P272, RD_P586) or more than one chromosome (RD_P328) (Table 2). In traditional cytogenetics, a simple sSMC is defined as a continuous DNA fragment...
  8. ...with actively threading (sequencing) DNA molecules will continue sequencing; pores without DNA are inactivated. This process terminates at a fixed time, which is 10 min by default. After this period, all pores are inactivated. Molecules still traversing a pore at that point will be ejected, but UHMW DNA...
  9. ...://github.com/nanoporetech/dorado), extracting both DNA sequence and 5mC methylation signals during basecalling. We then perform, in the cloud (a high-performance computing platform), mapping to the reference sequence using Sentieon-accelerated minimap2 (https://www.sentieon.com/), followed by variant calling with Clair3 for SNVs and indels...
  10. ...is widespread, gene and cell-type specific, and responsive to stimuli, we know little 279 about factors enhancing or preventing its usage (Lee et al. 2018; Singh et al. 2018). Epigenetic 280 modifications like DNA methylation modulate gene expression without altering DNA sequence, 281 which is analogous...
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