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  1. ...with metacells highlighted as alternating stripes to indicate grouping. (C,D) Representative single-cell contact maps for Chromosome 12, illustrating a more relaxed chromatin state during the S phase (C) and a more condensed state in the G2M phase (D). (E,F ) Corresponding 3D chromatin structures generated...
  2. ....7 per 100 kb). When we mapped the Q100 Chromosome 14 and our ONT IGH assemblies to the custom IGH reference, we observed, as expected, that large portions of the HG002 IGH locus and corresponding genes were deleted relative to the custom IGH reference (Fig. 3A,B). Notably, our assembly of haplotype 2...
  3. ...on microscopic chromosome examination, a complex and expertise-dependent process with megabase-scale resolution. Optical mapping (OGM) technology offers an efficient approach to detect large-scale genomic lesions. Here, we introduce OMKar, a computational method that generates virtual karyotypes from OGM data...
  4. ...the frequency of chromosome missegregation, we could have a greater likelihood of isolating cells that spontaneously acquired a euploid karyotype. Second, treatment with AZ3146 could lead to the incidental production of cells trisomic for Chromosome 8, which could then serve as a stable intermediate...
  5. ...unit variance, yielding RT Z-scores. We then categorized the into 12 chromosomal domains with their mean RT Z-scores: two major autosomal arms and their pericentromeric regions, the 4th, X, and Y Chromosomes, and a gene consensus for the ribosomal DNA (rDNA) locus (Fig. 5B). This allowed us...
  6. ...complementary to the first adapter, and the other DNA end was ligated to the second adapter (Fig. 1D, blue). Following PCR amplification using primers complementary to both adapters, the resulting libraries were submitted for high-throughput sequencing. The resulting sequencing reads were mapped to the yeast...
  7. ...of the region is available from the T2T (Telomere-to-Telomere) CHM13 human sequence (Nurk et al. 2022). The architecture of this locus is the result of several structural changes that occurred in the human lineage after divergence with the chimpanzee (Dennis et al. 2017).Previous works showed that genes mapped...
  8. ...of the six validated target genes, which are genes ranked second to the prioritized ones (ARMT1 for the ESR1 locus, CLDN1 for the TP63 locus, TARBP1 for the IRF2BP2 locus, ESCO1 for the GATA6 locus, and MAD2L1BP for the VEGFA locus) or adjacent to the duplication hotspot if no additional genes are linked...
  9. ...Poecilia wingei and Poecilia obscura (Nanda et al. 2014). This analysis revealed polymorphisms in heterochromatin content of the Y as well as differences in distance of the genetic marker M_229 to the physical chromosome end between populations. The sex determination locus (SDL) was mapped to the most...
  10. ...map comprises 12 chromosome-level scaffolds, designated as linkage groups (LGs). (B) BUSCO assessment of our assembly, the previous migratory locust, and desert locust assemblies. (C) Male read depth along the in 250 kb windows.The proliferation of repetitive elements is the main reason for the large...
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