Searching journal content for articles similar to Lespinet et al. 12 (7): 1048.

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  1. ...-stimulated primary aortic endothelial cells isolated from human, mouse, and cow, we find that 55 TE subfamilies are associated with RELA-bound regions, many of which reside near TNF-responsive genes. A prominent example of lineage-specific contribution of transposons comes from the bovine SINE subfamilies Bov-tA1...
  2. ...Transposable elements contribute to the evolution of host shift–related genes in cactophilic Drosophila species Daniel Siqueira de Oliveira1,2,3, Anaïs Larue2, William Vilas Boas Nunes2, Francois Sabot4, Alejandra Bodelón5, María Pilar García Guerreiro5, Cristina Vieira2 and Claudia Marcia...
  3. ...The grasshopper reveals long-term gene content conservation of the X Chromosome and temporal variation in X Chromosome evolution Xinghua Li1,2, Judith E. Mank3 and Liping Ban1 1Department of Grassland Resources and Ecology, College of Grassland Science and Technology, China Agricultural University...
  4. ...Complete avian malaria parasite s reveal features associated with lineage-specific evolution in birds and mammals Ulrike Böhme1,7, Thomas D. Otto1,7,8, James A. Cotton1, Sascha Steinbiss1, Mandy Sanders1, Samuel O. Oyola1,2, Antoine Nicot3, Sylvain Gandon3, Kailash P. Patra4, Colin Herd1, Ellen...
  5. ...functionally annotates a large portion of the P. pacificus gene set which includes many lineage-specific genes for which no homologs are known in C. elegans (Athanasouli et al. 2023; Lo et al. 2024). These data will be helpful to link specific transcriptomic responses to biological processes in the worm...
  6. .... Furthermore, proteins may experience lineage-specific changes in their rates of evolution, compromising the utility of such an approach (Prabh and Tautz 2021).Second, Vakirlis et al. (2020a) propose a synteny-informed method to calculate the overall rate of genes emerging via sequence divergence across...
  7. ...on lineage-specific accelerated evolution, we discover that the proportion of fast-evolving UCEs in nine mammalian and 10 avian test lineages range from 0.19% to 13.2%. Notably, up to 62.1% of fast-evolving UCEs in test lineages are much more likely to result from GC-biased gene conversion (gBGC). A single...
  8. ...to the evolution of gene regulatory networks in mammals (Imbeault et al. 2017; Senft and Macfarlan 2021), we first evaluated the amino acid sequence similarity of mouse and human KZFP proteins across mammalian species using the BioMart web tool. Notably, a subset of mouse KZFPs was present only in mice...
  9. ...subfamilies across the animal phylogeny. The forces and mechanisms underlying rapid ZNF evolution remain poorly understood, but there is growing evidence that, in tetrapods, the targeting and repression of lineage-specific transposable elements (TEs) plays a critical role in the evolution of the Krüppel...
  10. ...greatly in their structural architecture (Koonin 2009). Within eukaryotic s, architecture refers to the nonrandom organization of functional and nonfunctional genetic elements within chromosomes (genes, regulatory regions, small RNAs, transposons, pseudogenes, introns, centromeres, telomeres, etc...
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