The possibility to produce a generic antiviral is extremely low because a virus, depending on the host cell that it resides in and on the amount of moisture and acidic solvent, is able to produce enough mutations to negate the impact of any human injected medications.
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The possibility to produce a generic antiviral is extremely low because a virus, depending on the host cell that it resides in and on the amount of moisture and acidic solvent, is able to produce enough mutations to negate the impact of any human injected medications.
A. virus, depending on the host cell that it resides in and on the amount of moisture and acidic solvent, is able to produce
B. virus, dependent on the host cell that it resides in, the amount of moisture, and acidic solvent, is able to produce
C. virus depending on the host cell that it resides in and on the amount of moisture and acidic solvent, produces
D. virus, dependent on the residing host cell and the amount of moisture and acidic solvent, to produce
The possibility to produce a generic antiviral is extremely low because a virus, depending on the host cell that it resides in and on the amount of moisture and acidic solvent, is able to produce enough mutations to negate the impact of any human injected medications.
A. virus, depending on the host cell that it resides in and on the amount of moisture and acidic solvent, is able to produce
B. virus, dependent on the host cell that it resides in, the amount of moisture, and acidic solvent, is able to produce
C. virus depending on the host cell that it resides in and on the amount of moisture and acidic solvent, produces
D. virus, dependent on the residing host cell and the amount of moisture and acidic solvent, to produce
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