One of the procedures for cloning foreign DNA segments takes advantage of restriction endonucleases such as HindIII that produce complementary single strand ends (sticky ends). These enzymes produce identical sticky ends on cleaved foreign DNA and on the vector DNA into which you insert your DNA. Assume you have inserted your favorite gene into the HindIII site of the Bluescript cloning vector with ligase, you amplified it in E. coli, and isolated a large quantity of the plasmid with the insert. How do you excise your favorite gene from the plasmid?

Restriction endonucleases are utilized to cut the deoxyribonucleic acid at a specific Restriction site.  HindIII is an example of Restriction endonuclease. The Restriction site of HindIII is as per the following:  

5'A*AGCTT3'

3'TTCGA*A5'   (* represents restriction site)

The Restriction endonuclease cuts the particular gene from the foreign DNA and produces numerous fragments with the sticky ends. The part of the outside DNA which contains the gene of intrigue or a particular gene is ligated with the plasmid.  

On the off chance that foreign DNA and plasmid DNA are separated by the same Restriction endonuclease, they will create sticky ends integral to one another. In this way, the segment of foreign DNA can be ligated to the plasmid DNA by the assistance of DNA ligase at the integral sticky end to shape a recombinant DNA.  

Additionally, by the assistance of the same Restriction endonuclease for example HindIII for this situation, the recombinant plasmid can be treated with a similar Restriction endonuclease to extract the ideal gene or gene of intrigue.

1. desertification

2. captive breeding

3. black rhinoceros

4. renewable resources

explanation:

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i think it is dna, i'm not totally sure but i think it might be.