Selected article for: "sequencing depth and srna seq"

Author: Chang Liu; Ze Chen; Wenyuan Shen; Deshui Yu; Siyu Li; Yue Hu; Haishuo Ji; Wenjun Bu; Qingsong Wang; Shan Gao
Title: Complemented palindrome small RNAs first discovered from SARS coronavirus
  • Document date: 2017_9_7
  • ID: g55d5ijx_13
    Snippet: Palindromic motifs are found in published genomes of most species and play important roles in 129 biological processes. The well-known samples of palindromic DNA motifs include restriction enzyme sites, 130 methylation sites and palindromic motifs in T cell receptors [12] . In this study, we found that palindromic or 131 complemented palindrome small RNAs motifs existed ubiquitously in animal virus genomes, but not all of 132 them were detected t.....
    Document: Palindromic motifs are found in published genomes of most species and play important roles in 129 biological processes. The well-known samples of palindromic DNA motifs include restriction enzyme sites, 130 methylation sites and palindromic motifs in T cell receptors [12] . In this study, we found that palindromic or 131 complemented palindrome small RNAs motifs existed ubiquitously in animal virus genomes, but not all of 132 them were detected to be transcribed and processed into cpsRNAs probably due to inadequate sequencing 133 depth of the sRNA-seq data. For example, we only found two psRNAs ( The copyright holder for this preprint (which was not peer-reviewed) is the author/funder. It . https://doi.org/10.1101/185876 doi: bioRxiv preprint

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