31. What features of DNA make it possible to make recombinant DNA in the lab? (S

Question

31. What features of DNA make it possible to make recombinant DNA in the lab? (Select ll hat apply,) D The genetic code is the same for all organisms None of the other answer options is correct. Two double helices from different sources can be ligated together. Restriction enzymes cut DNA from all specles. . The transformation ste None of the other answer options is correct. binc g of the donor DNA to the vector DNA and ligating the two pleces. ba erla expressing the novel proteins encoded by the donor DNA bi ceria taking up the recombinant DNA in the form of the vectors aving the donor and vector DNA so they can be bound into a single molecule. 3. A graduate student wants to ate a recombinant DNA motecule and introduce this mo Join plasmid an d donor DNA using DNA ligase cut with restriction enzymes-transform ba trans form ba i ei choose plasmid/donor DNA-, cut with restriction enzymes join fragments via choose plasmid cut with restriction enzymes-join fragments with DNA ligase introduce cut plasmid/donor DNA with restriction enzymestransform bacteria isolate donor DNA/plasn transform bacteria choose plasmid/donor DNA join fragments with DNA lige 4. Which of the following BEST describes the way you would engineer bacterial cells to produce Use festnction enzymes to ceave both the donor DNA and the vector DNA None of he answer options is correct. to shear the donor DNA into ran

Explanation / Answer

Only last option is correct. One restriction enzyme cut different dna strand and make sticky and then ligated both strand and form recombinant DNA.

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