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  1. ...12504, USA Corresponding author: selmecki@umn.eduAbstractThe human fungal pathogen Candida albicans poses a significant burden on global health, causing high rates of mortality and antifungal drug resistance. C. albicans is a heterozygous diploid organism that reproduces asexually. Structural variants...
  2. ...on oncogenes as in-frame indels accounted for a much higher proportion of somatic indels than in TSGs (41.51% [247/595] vs. 7.86% [403/ 5127], Fisher’s exact P<2.2×10−16), and included them for analysis if the locus was covered with one ormore RNA-seq reads (238 in oncogenes and 5673 in nondrivers...
  3. ...sister s. So far, most studies do not detect noncoding homologs of de novo genes because of incomplete assemblies and annotations, and long evolutionary distances separating s. Here, we overcome these issues by searching for de novo expressed open reading frames (neORFs), the not-yet fixed precursors...
  4. ...responsible for antigen binding. The IGH locus exhibits high levels of structural variation (SV) and allelic diversity, contributing to significant variability in the germline repertoire within a population and between the haplotypes in the same individual (Rodriguez et al. 2023). During B cell development...
  5. ...following damage is particularly well studied in the yeast Candida albicans (Burrack and Berman 2012). Koren et al. (2010) suggested that, in this species, centromeres are associated with the presence of early origins of replication and that the formation of neocentromeres changes the activity of nearby...
  6. ...-associated factors. This picture of the relative complement of specific gene families was produced Table 4. Comparative genomics of IFA gene family loci in Candida spp. Locus Alias Chromosome Species identifier C. albicans C. dubliniensis C. tropicalis 1 IFA10 1 orf19.4549 Cd36_01600a x 1 orf19.2430 Cd36_05810 x IFA...
  7. ...Genetic and phenotypic intra-species variation in Candida albicans Matthew P. Hirakawa 1 , Diego A. Martinez 2 , 5 , Sharadha Sakthikumar 2 , 5 , Matthew Z. Anderson 1 , 3 , Aaron Berlin 2 , Sharvari Gujja 2...
  8. ...by SIFT (Sim et al. 2012), one low impact synonymous variant, and a multiallelic coding sequence insertion (Supplemental Table S2), with a common allele resulting in an in-frame insertion (rs230013535) and a rarer allele causing a frameshift. Closer inspection of the frameshift allele revealed that all...
  9. ...the general shift to upstream TSSs during differentiation. We also examined 5′RACE reads uniquely mapping to a full-length L1 TF element with intact open reading frames (Chr 6: 22,125,162–22,131,805) situated in sense orientation within an intron of the gene Cped1 (Supplemental Fig. S11B). For this locus, we...
  10. .... A common gene knockout strategy is to introduce random indels into the exon of the gene of interest by CRISPR-Cas9-induced NHEJ repair, resulting in coding frameshifts and loss-of-function mutations. However, either the in-frame mutations caused by random indels or incomplete degradation...
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