Searching journal content for articles similar to Lyle et al. 14 (7): 1268.

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  1. ....Transcriptional similarities between invdupdel(8p) and Trisomy 21Previous reports have noted similarities between the clinical presentation of Down syndrome and other conditions caused by whole-chromosome aneuploidy (Krivega et al. 2022). On a cellular level, different autosomal trisomies result in similar changes in gene...
  2. ...in aneuploid cancer cell linesIn the above analysis, we noted that certain gene groups, particularly the ribosome and translation-associated processes, tended to be down-regulated in both highly aneuploid cells and when those genes were encoded on a gained chromosome. We therefore considered the possibility...
  3. ...and maintaining the alleles in heterozygous sites in one or two of the four chromosome copies.Gene expression from Leish Chr 31 is controlled by down-regulation of all chromosomal copies to a similar extentPrevious works from Prieto Barja et al. (2017) and Dumetz et al. (2017) have demonstrated that having extra...
  4. .... Classification of human chromosome 21 gene-expression variations in Down syndrome: impact on disease phenotypes. Am J Hum Genet 81: 475–491. ↵Antonarakis SE, Petersen MB, McInnis MG, Adelsberger PA, Schinzel AA, Binkert F, Pangalos C, Raoul O, Slaugenhaupt SA, Hafez M. 1992. The meiotic stage of nondisjunction...
  5. ...the first overall analysis of the differences in gene expression in aneuploid versus normal mammalian brain cells. Trisomy 21 (T21), or Down syndrome (DS), is one of a few autosomal aneuploidies in which many cases escape from fetal or early postnatal lethality. DS phenotypes show variable penetrance...
  6. ...(Downing et al. 2011), and L. donovani LV9, a human strain isolated in Ethiopia in 1967 and subsequently maintained by animal passage (Bradley and Kirkley 1977; Stager et al. 2000), were also sequenced. The 19 L. infantum–specific genes appear conserved in L. donovani LV9 and are not clearly absent in L...
  7. ...association between variation of the COL6A1 gene region with CHD in Down syndrome (Davies et al. 1995). Also, Grossman et al. (2011) used Drosophila, mouse transgenesis, and a cardiac myoblast H9C2 cell model to show that the overexpression of DSCAM and COL6A2 genes cooperatively contributes to ASD in mice...
  8. ...in the telomeric half. Studies of partial trisomies and correlations to phenotypic features of Down syndrome (DS) ( Delabar et al. 1993 ) led to a widespread belief that practically all the dismorphic features were caused by trisomy of the gene(s) in the so-called Down syndrome critical region (DCR). This region...
  9. ...in the physical map. This integrated map will facilitate the search for the genes responsible for the Down syndrome phenotypes and provide a better understanding of genome organization and chromosome structure. Footnotes Copyright © Cold Spring Harbor Laboratory Press J R D, Cohen Fannin S...
  10. ...Roman et al. 2024), DDX3X expression that is elevated upon addition of Xi does not drive significant gene expression changes in the aneuploid lines. An alternative hypothesis, which is not mutually exclusive with DDX3X auto-regulation, is that DDX3X is negatively modulated by other genes expressed from...
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