Searching journal content for articles similar to Antonarakis 32 (4): 599.

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  1. ...of each chromosome, per definition, the q-arm, rather than plotting the full chromosome lengths. Indeed, when we compare the q-arm length between these three species, we find that chicken has very short q-arms with an average length of 11 Mb, followed by human chromosomes with an average q-arm length...
  2. ...a fragment of the short- and long-arm of a chromosome, respectively, whereas “b” denotes a fragment of an acrocentric chromosome or of the same chromosome arm. (B) Ideograms depicting BAC positions and chromosomal homology across species (Badenhorst et al. 2015). (C) Major chromosomal fusions and fissions...
  3. ...al. 2024). Excluding isolated scaffolds of the distal satellite, spanning from the short-arm telomere into the rDNA array, all nine remaining acrocentric chromosomes were resolved in the trio assembly (five as gapless contigs). In comparison, a total of 6 out of 10 distal satellites were resolved...
  4. ...Genomics 2018, 2024). In particular, Robertsonian translocations involving rearrangements of the short arms of acrocentric chromosomes are not currently detected by OGM. Recent studies have suggested the use of long-read technologies like Oxford Nanopore Technologies for detecting them (Mostovoy et al...
  5. ...-ligation-based haplotype phasing and scaffolding, and adds support for multiple long-read data types. These enhancements allow Verkko2 to assemble all regions of a diploid human , including the short arms of the acrocentric chromosomes and both sex chromosomes. Together, these changes increase the number of telomere...
  6. ...pointed to chromosome arms as the primary scale of macrosynteny conservation, to better understand chromosomal evolution in O. dioica, we investigated the distribution of breakpoint regions, operon sizes, and mutation rate at the chromosome level (Fig. 5A–D). Our analysis revealed that short chromosome...
  7. ...with repetitive regions. Inversions represent about 1/20 of all balanced structural chromosome aberrations and can lead to disease by gene disruption or altering regulatory regions of dosage-sensitive genes in cis. Short-read sequencing (srGS) can only resolve ∼70% of cytogenetically visible inversions referred...
  8. ...(relative to the X Chromosome, which is derived from the sequenced reference strain in each Y-replacement line), and Y shape (ratio of long vs. short arm length) to identify different Y types (Fig. 1B; Supplemental Table S2). Consistent with Dobzhansky's studies (Dobzhansky 1935, 1937), we find large...
  9. ...in the production of mRatBN7.2, reference-assisted assembly of subchromosomal scaffolds into single chromosomes (Alonge et al. 2022), assembly of existing CLR data into contigs for use in assembly gap filling, polishing of the assembly with Illumina short reads, and rapid curation of the assembly using Hi-C heat...
  10. ...-Mbp segments (>75%) map within centromeric satellite repeats, most likely owing to the lower density of uniquely mapped single-nucleotide variants (SNVs) (Supplemental Fig. S5). There was only one sample (HG01891) with large-scale switch errors on a short arm of Chromosome 9 (∼42 Mbp) and one...
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