Searching journal content for articles similar to Mudge et al. 29 (12): 2073.

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  1. ...examples of L1 co-option for vertebrate proteins have been reported. Here, we describe protein isoforms, in which the L1 retrotransposons are incorporated into host genes as protein-coding exons by alternative splicing. L1 ORF1 protein (ORF1p) is an RNA-binding protein that binds to L1 RNA and is required...
  2. ...Studies examining how evolutionary forces mold the genomic TE-landscape underscore the significant role of purifying selection in limiting TE accumulation within protein-coding gene sequences (Bartolomé et al. 2002; Rizzon et al. 2003), but also in noncoding regions (Hollister and Gaut 2009; Bergthorsson et al...
  3. ...) technologies continue to make whole- sequencing more complete, affordable, and accurate. LRS provides significant advantages over short-read sequencing approaches, including phased de novo assembly, access to previously excluded genomic regions, and discovery of more complex structural variants (SVs...
  4. ...genotype calls is of major importance, as such loci give misleading information regarding population allele frequencies (AFs) and could be incorrectly identified as being phenotypically meaningful in gene discovery. By leveraging the unprecedented size and depth of the Genome Aggregation Database (gnom...
  5. ...) (Supplemental Fig. S14; Kong et al. 2007); and (2) PhyloCSF (Lin et al. 2011) (see the “Classification of lncRNAs” section in Supplemental Methods for more details). Novel lncRNAs totaling 2222 (from 1725 loci) (Supplemental Table S8) were identified as our human lncRNA catalog (Fig. 7A). Although the novel lnc...
  6. ...) data from the tumor tissue, as well as from the blood of the patient to serve as the germline control. WGS provides the most comprehensive coverage to sequence both protein-coding and noncoding regions across the entire , whereas WES provides an efficient alternative to WGS by targeting only protein-coding...
  7. ...sites of both constitutive and alternative exons, but it does not directly report the identity of full exons. In addition, as a CNN with ∼700,000 parameters, it is inherently challenging to interpret. Moreover, exon-associated sequence features (e.g., those that would contribute to protein-coding...
  8. ...one of the foremost endeavors of the genomic era. Led by -wide association studies (GWAS), there have been numerous discoveries of phenotype-associated genetic traits, in areas ranging from cancer (Liang et al. 2020) to drug metabolism (Motsinger-Reif et al. 2013). GWAS typically use single...
  9. ...disentangled the underlying meiotic processes and provided insight into the 's trajectory under the particular type of reproduction (Booth et al. 2012; Card et al. 2021).We here set out to elucidate possible facultative selfing in the West African cichlid fish Benitochromis nigrodorsalis, which has been...
  10. ...triggered production of suppressed sRNAs (Supplemental Fig. S26), which are conserved across monocots and dicots.Pol IV–suppressed sRNAs are loaded into AGO1 to induce PTGS at protein-coding lociGiven that these abundant atypical sRNAs are from gene coding regions and they did not change the DNA methylation...
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