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The prevailing concept of viral infections that the virus enters the
cell and hijacks the cell reproduction system to replicate itself,
without defined mechanism of hijacking is not useful for analysis; so,
the Applied Science approach is preferred: Discover the
infection-reactions-set, order by their ignition sequence, which also
addresses the conflicting views, virus detection by the immune system
and the inverse, hence the vaccines efficacy concerns
A view proffering guidance is that the virus enters the cell and
releases its RNA into the cell, which as encoded undertakes
self-replication biosynthesis using as reactants the amino acids
produced by the anabolic reactions. Shortage of the amino acids, induces
cells gradual protein-decomposition for energy, but also providing more
reactants for the viral RNA, which invariably breaches the cellular
integrity releasing the viral RNAs into the inter-cellular spaces, and
infecting more cells.
Although tasking, the discovery of biosynthesis reactions can inform on
the time lag between nsp6 formation and immune system virus-detection,
permitting assessing time-to-activation of vaccine induced immunity.
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