Searching journal content for articles similar to Xing et al. 19 (9): 1516.

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  1. ...://github.com/christophertbrown/iRep). We classified complete MGE s as viruses if they contained viral structural genes. Genomes lacking viral structural genes were categorized as plasmids or other MGEs (such as transposons or conjugative elements) based on length, the presence of transposases (classified using ISFinder) (Siguier et al...
  2. ...Barcelona, Spain Corresponding authors: claudia.carareto@unesp.br, cristina.vieira@univ.lyon1.frAbstractHost shifts in insects are considered a key process with the potential to contribute to reproductive isolation and speciation. Both genomic and transcriptomic variation are attributed to such a process...
  3. ...rearrangements, including chromosomal fission and fusion events. A special type of SVs are transposable elements (TEs), mobile genomic sequences that can autonomously create new copies of themselves. SVs can induce reorganization of the resulting in the disruption, loss, reordering, or duplication of genes...
  4. ...of transposable elements (HTT) is an important driver of evolution, yet the factors conditioning this phenomenon remain poorly characterized. Here, we screen 247 animal s from four phyla (annelids, arthropods, mollusks, chordates), spanning 19 independent transitions between aquatic and terrestrial lifestyles...
  5. ...Pan-genotyped structural variation improves molecular phenotype mapping in cattle Alexander S. Leonard, Xena M. Mapel and Hubert Pausch Animal Genomics, ETH Zurich, 8092 Zurich, Switzerland Corresponding authors: alleonard@ethz.ch, hubert.pausch@usys.ethz.chAbstractExpression and splicing...
  6. ...Corresponding author: mhudson@illinois.eduAbstractGenetic diversity is critical to crop breeding and improvement, and dissection of the genomic variation underlying agronomic traits can both assist breeding and give insight into basic biological mechanisms. Although recent analyses in plants reveal many...
  7. ...genomic structure and gene expression is complex and has been described as context specific by several studies (Chen et al. 2024; Pollex et al. 2024b). Some studies have reported minimal changes in expression when large perturbations in architecture are observed, whereas other studies have found large...
  8. ...disease susceptibility is linked to structural variation, within noncoding regions of the human . Most DNA in the human still has unknown functions and is referred to as “genomic dark matter.” Recent work has centered on uncovering key roles for this DNA, which is mainly derived from transposable elements...
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  9. ...), and SVA elements (Mills et al. 2007). When these mobile elements are inserted into genes or other functionally important genomic sites, they can cause human diseases (for review, see Hancks and Kazazian 2016; Kazazian and Moran 2017). Kazazian et al. (1988) discovered the earliest examples of disease...
  10. ...hypothesize that these might indicate important physiological similarities that distinguish high-engraftment strains from the others. Among 85 genes in these shared clusters, the most common COG category annotation was X (“Mobilome”) reinforcing that phage, plasmids, and other mobile genetic elements...
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