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This Concept Map, created with IHMC CmapTools, has information related to: Chapter 4 DNA, To Identify the Human t-Pa gene then both genes are cut By restriction enzymes, Using a virus A Cold Virus, Gel Electrophoresis uses The Negative Charge of DNA, Disorders and Diseases that can be corrected with Gene Therapy, Similarities from one organism to another such as Double-stranded DNA, .34 nanometers apart with 10 nitrogen bases, Similarities from one organism to another such as The Process of Semiconservative Replication, A synthesized mRNA decoded in a ribosome which is created from an RNA polymerase, To bring a good gene into a Targeted Cell, CHO cells growing In Broth Culture, Human Genomic DNA and Bacterial Plasmid DNA, Constructing a new side by the end of this process it produces 2 identical "daughter" strands, Upwards and the other side facing Downwards, Targeted Cell Targeted/Defected Cells, 10 nitrogen bases per Complete turn of the helix, Liposome then use the liposome To bring a good gene, A Uniform Shape for each Nitrogenous Base, 4 Nitrogenous bases they are as follows Adenosine Deoxynucleotide, Bacteiral plasmid carrying the t-Pa gene is inserted into apporpriate CHO cells, 4 Nucleotide monomers which contain 4 Nitrogenous bases