The research was published last week in the peer-reviewed scientific journal Current Biology. 'Computational scientists on the team applied evolutionary analysis to the human genomic dataset,' said Professor Alexandrov. Analysing these evolutionary footprints, he explained, is analogous to how 'studying the rings of a tree gives us insight into the conditions it experienced as it grew.' The full findings of the study were published in the journal Current Biology. 'This, in principle, enables us to compile a list of potentially dangerous viruses and then develop diagnostics, vaccines and drugs for the event of their return.'
Analysifying these seven types of footprints is not reveals anything.
( z0 reveal :ARG0 ( z1 analyze :ARG1 ( z2 footprint :mod ( z3 type :quant 7 :mod ( z4 this ) ) ) ) :ARG1 ( z5 anything ) :polarity - )
(z0 / reveal-01
    :ARG0 (z1 / analyze-01
              :ARG1 (z2 / footprint
                        :mod (z3 / type
                                 :quant 7
                                 :mod (z4 / this))))
    :ARG1 (z5 / anything)
    :polarity -)
Analysifying these seven types of footprints is not reveals anything .
z3 :quant 1
z3 :mod z4
z2 :mod z3
z1 :ARG1 z2
z0 :polarity 0
z0 :ARG0 z1
z0 :ARG1 z5