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1. If the researcher created a new strain
that knocked out a third gene, Gene C, and later found out that that strain
could not metabolize lactose, what would this indicate? A) Genes A and C are
integral to the metabolism of lactose. B) Gene C is the only gene integral to
the metabolism of lactose. C) Gene C is more important than Gene B in the
metabolism of lactose. D) Multiple genes must be responsible for the metabolism
of lactose.
2. The surface protein of a harmful
bacterium is cloned into a harmless virus. How could this be used
therapeutically? A) This type of virus
1. If the researcher created a new strain
that knocked out a third gene, Gene C, and later found out that that strain
could not metabolize lactose, what would this indicate? A) Genes A and C are
integral to the metabolism of lactose. B) Gene C is the only gene integral to
the metabolism of lactose. C) Gene C is more important than Gene B in the
metabolism of lactose. D) Multiple genes must be responsible for the metabolism
of lactose.
2. The surface protein of a harmful
bacterium is cloned into a harmless virus. How could this be used
therapeutically? A) This type of virus could not be used therapeutically, as it
would harm the patient. B) The virus could be administered to a patient to
promote viral attack of the harmful bacterium. C) The virus could be used as a
vector for the effective transfer of the gene coding for the surface protein
into the genome of the participant. D) The virus could be administered as a
vaccine so the patients immune system would recognize the surface protein in
case of future contact.
