Searching journal content for articles similar to Lee et al..

Displaying results 1-10 of 213
For checked items
  1. ...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...
  2. ..., unlike in tRNAs, m3C sites in poly(A) RNAs are not specifically associated with loop structures.METTL2A downregulates m3C RNAsTo investigate the role of METTL2A in pancreatic cancer cells, we analyzed METTL2A-regulated genes in AsPC-1 cells. Direct RNA sequencing revealed that METTL2A knockdown led...
  3. ...a comparative analysis of 47,XYY and 47,XXY fibroblasts and iPSC transcriptomes. We reveal a transcriptional feedback mechanism tuning non-PAR X Chromosome gene (NPX) homologs in Y supernumerary cells, a phenomenon not detected in X aneuploid male iPSCs. By ectopically modulating the expression of selected NPY...
  4. ...groups is indicated by an asterisk, as determined by Bonferroni-corrected Wilcoxon rank-sum test. Complete list of P-values are available in Supplemental Table 2. (E) Comparison of gene expression levels between autosomal and X Chromosome genes in female and male gonad, head, liver, and muscle tissues...
  5. ...the chromosome's genomic sequence separated by intergenic stretches of DNA which are devoid of genes, in a strand-specific manner. However, in practice, the genomic organization is more complex, and genes can in reality occupy the same genomic space as each other and are considered as overlapping genes...
  6. ...be an indirect result of selection on gene content or selection against rearrangements that might disrupt X-Chromosome inactivation (XCI). Previous comparisons between the human and mouse X Chromosome sequences have suggested that although single-copy X Chromosome genes are conserved between species, most...
  7. ...-read data with Hi-C, we generated near chromosome-level assemblies for both strains with 90% of the contained in 29 scaffolds for the Neff strain and 31 for the C3 strain. Comparative genomics revealed strain-specific functional enrichment, most notably genes related to signal transduction in the C3 strain...
  8. ...of disrupted chromosomal segments opens the possibility of reverse-engineering the history of rearrangements that have taken place and constructing contigs of digital karyotypes of cancer s to base-pair resolution.Graph theory has seen particular utility in this area of research. For example, frameworks...
  9. ...rearrangements (KMT2Ar) are chromosome translocations that fuse KMT2A in frame to one of a wide number of partner genes, creating novel fusion proteins (KMT2A-FPs), the most common of which is KMT2A-AFF1 (formerly MLL-AF4 or MLL-MLLT2) (Meyer et al. 2013). KMT2Ar leukemias have few cooperating mutations (Bardini...
  10. ...detection. We performed RACA runs on simulated data sets without using read mapping information (similar to the strategy described by Kim et al. 2013) to focus on comparison between the rearrangement models.Given a resulting set of chromosomes, we call an adjacency (a pair of consecutive contigs) correct...
For checked items

Preprint Server