An international team of researchers led from the University of Queensland analysed the genes in human DNA that code for proteins that interact with coronaviruses. Scientists from Australian National University discovered that coronavirus  a family of viruses which include COVID-19, SARS, and MERS, or Middle East Respiratory Syndrome left a sort of historical marker in human genomes. '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.' Next  outside of living cells  the team synthesised both human and SARS-CoV-2 proteins, showing that both interacted directly, illustrating the conserved nature of the mechanism that coronaviruses use for cell invasion. The research was published last week in the peer-reviewed scientific journal Current Biology.
People in non-living cells have a resilient mode of operation.
( z0 have :ARG0 ( z1 person :location ( z2 cell :ARG0-of ( z3 live :polarity - ) ) ) :ARG1 ( z4 mode :mod ( z5 resilience ) :mod ( z6 operate :ARG1 z1 ) ) )
(z0 / have-03
    :ARG0 (z1 / person
              :location (z2 / cell
                            :ARG0-of (z3 / live-01
                                         :polarity -)))
    :ARG1 (z4 / mode
              :mod (z5 / resilience)
              :mod (z6 / operate-01
                       :ARG1 z1)))
People in non - living cells have a resilient mode of operation .
z3 :polarity 0
z2 :ARG0-of z3
z1 :location z2
z0 :ARG0 z1
z4 :mod z5
z0 :ARG1 z4
z4 :mod z6
z6 :ARG1 z1