Selected article for: "amino acid and physico chemical"
Author: Hazel Stewart; Katherine Brown; Adam M. Dinan; Nerea Irigoyen; Eric J. Snijder; Andrew E. Firth
Title: The transcriptional and translational landscape of equine torovirus
  • Document date: 2018_4_7
    • ID: mozfm5ds_32
    Snippet: indicating that the U1 ORF is likely to encode a functional protein. MLOGD (23) uses 316 a principle similar to the dN/dS statistic but also accounts for conservative amino 317 acid substitutions (i.e. similar physico-chemical properties) being more probable 318 than non-conservative substitutions in biologically functional polypeptides. MLOGD 319 3-frame "sliding window" analysis of a full-genome alignment revealed a strong 320 coding signature .....
    Document: indicating that the U1 ORF is likely to encode a functional protein. MLOGD (23) uses 316 a principle similar to the dN/dS statistic but also accounts for conservative amino 317 acid substitutions (i.e. similar physico-chemical properties) being more probable 318 than non-conservative substitutions in biologically functional polypeptides. MLOGD 319 3-frame "sliding window" analysis of a full-genome alignment revealed a strong 320 coding signature in the known protein-coding ORFs (as expected) and also in the U1 321 ORF ( Figure 9 ). 322

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