Searching journal content for articles similar to Yu et al. 12 (8): 1185.

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  1. ...artifacts of incomplete transcripts derived from intronic SINEs (Fig. 1E; Supplemental Fig. S2A; Sela et al. 2007; Elbarbary et al. 2016; Shao and Wang 2021; Gualandi et al. 2022). Across all three transcript tiers, we observed similar subfamily enrichment, particularly with LTRs like ERV1, suggesting...
  2. ...was followed (e.g., DRB1, DRB3). The first two or three digits designate the lineage number, whereas the digits after the first colon label the allelic variation (e.g., DRB1*01:01). A third and a fourth set of digits assign synonymous and intronic variations, respectively. Additional suffixes may be used...
  3. ...; Bradamante et al. 2023; Incarbone et al. 2023), and in monocots, AGO5 participates in anther development and TE silencing during male gametogenesis (Zhai et al. 2015; Fei et al. 2016; Lee et al. 2021).Regarding the RdDM pathway, Spirodela contains the minimal set of its components, either...
  4. ...unknown. This lack of knowledge is because of the low complexity of their sequences and abundance in the (Copley and Shorter 2023), making their precise mapping of short reads to the challenging (Zhao and Han 2009; Wells and Feschotte 2020). TEs have long been categorized as “junk” sequences in the (Orgel...
  5. .... This was done to remove the effects of transcription delays due to gene length. We note that, for all other analyses, pre-mRNA expression was measured using the first 10 kb of intron sequence from the TSS, excluding any exon sequences. Model parameters were selected as those minimizing the difference between...
  6. ...A region of mouse chromosome 16 is syntenic to the DiGeorge, velocardiofacial syndrome minimal critical region. N Galili , H S Baldwin , J Lund , R Reeves , W Gong , Z Wang , B A Roe , B S Emanuel , S Nayak...
  7. ...assembly that minimizes the potential sources of errors while identifying a comprehensive set of gene–TE chimeras. We applied this method to the head, gut, and ovary dissected from five Drosophila melanogaster natural strains, with individual reference s available. We found that ∼19% of body part...
  8. ...(623 deletions), intronic sequence (4990), or flanking sequence (1585). The numbers of deletions of each category and ploidy were similar across all samples, with more homozygous deletions than heterozygous in each category. This is consistent with the high homogeneity of the sampled laboratory...
  9. ...for organisms like human, which generally have much larger introns, although the shortest human introns may still be affected (‘‘minimal’’ introns) (Yu et al. 2002). Another issue was the aggregation of branch points next to the primary branch point that was most likely introduced by reverse...
  10. ...evident functional effects. These include three of six intronic STR expansions we found to be associated with intron retention. Coding STRs were depleted of variation relative to noncoding STRs, and we detected a total of 56 coding STRs (11%) showing low variation consistent with the action of purifying...
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