Selected article for: "adaptive mutation and wild type"

Author: Arinaminpathy, N.; McLean, A. R.
Title: Evolution and emergence of novel human infections
  • Document date: 2009_11_22
  • ID: 0gt8lb08_9
    Snippet: , . . . , R 0 ( n) , where the wild-type fitness R 0 (0) is much less than 1 and only the adapted fitness R 0 ( n) exceeds 1. Finally, with each adaptive stage we associate a mutation rate, denoted M (i ) . We assume that if infection within a host develops an adaptation, it goes to fixation in that host and is thus the only 'type' that can be subsequently transmitted......
    Document: , . . . , R 0 ( n) , where the wild-type fitness R 0 (0) is much less than 1 and only the adapted fitness R 0 ( n) exceeds 1. Finally, with each adaptive stage we associate a mutation rate, denoted M (i ) . We assume that if infection within a host develops an adaptation, it goes to fixation in that host and is thus the only 'type' that can be subsequently transmitted.

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