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DNAi Location: Manipulation>Techniques>cutting and pasting>Recombining DNA Armed with cutting and pasting enzymes, researchers can create new DNA molecules by "recombining" different fragments. Loops of bacterial DNA, called plasmids, can be used to transfer fragments of foreign DNA, usually genes, into other organisms. The plasmid DNA (in red) must first be cut using a protein called a restriction enzyme. This particular enzyme (in blue), EcoR1, cuts DNA at a specific sequence: G A A T T C. When it finds the DNA sequence, the enzyme breaks the sugar-phosphate DNA backbone, leaving overhanging ends called \"sticky ends.\" If a piece of foreign DNA (in pink) has been cut with complementary sticky ends, the ends will match together long enough to be pasted together by another enzyme called DNA ligase (in green). The \"recombinant\" plasmid, with its new gene insert, can now be transferred to another organism.

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      NSDL,dna molecules,sticky ends,recombinant dna,biological elements,plasmid dna,audio description,genetic engineering,Engineering,recombinant plasmid,Life Science,bacterial dna,NSDL_SetSpec_BEN,dna backbone,dna gene,dna fragment,oai:nsdl.org:2200/20081106034014432T,Chemistry,plasmid vector,dna sequence,restriction enzyme,further study,manipulation techniques,dna ligase,phosphate,organism

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