Selected article for: "alternative splicing and host splicing"

Author: Dawson, Wayne K; Lazniewski, Michal; Plewczynski, Dariusz
Title: RNA structure interactions and ribonucleoprotein processes of the influenza A virus
  • Document date: 2017_10_10
  • ID: 3opbf2cp_21
    Snippet: Transcription of the vRNA sequence involves obtaining a positive-sense copy of a subsequence of vRNA. Combined with the editing steps provided by the Pol II complex, a positivesense messenger RNA (mRNA) sequence with full mRNA functionality is generated and subsequently transported to the cytosol and translated into a protein. Multiple splice products of mRNA are produced as a result of using the host spliceosome in alternative splicing. Some of .....
    Document: Transcription of the vRNA sequence involves obtaining a positive-sense copy of a subsequence of vRNA. Combined with the editing steps provided by the Pol II complex, a positivesense messenger RNA (mRNA) sequence with full mRNA functionality is generated and subsequently transported to the cytosol and translated into a protein. Multiple splice products of mRNA are produced as a result of using the host spliceosome in alternative splicing. Some of these alternatively spliced products appear to be viable [22, 23, 25, 29, 75] . The general process is shown in cartoon form in Figure 1 .

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