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This Concept Map, created with IHMC CmapTools, has information related to: Chapter 16, DNA synthesis is aided by Topoisomerase, DNA synthesis is aided by Single-Strand Binding Protein, DNA problems in synthesis include Mismatched Pairs, Lagging Strand is built in segments called Okazaki Fragments, Nuclease in a process called Nucleotide Excision Repair, DNA Ligase attaches Okazaki Fragments, Double Helix is responsible for the idea of the Semiconservative Model, Replication Fork creates either the Lagging Strand, Mismatched Pairs is relieved by Nuclease, DNA synthesis is aided by Helicase, Semiconservative Model based on the replication of DNA, Bacteriophages or Phages are viruses that infect bacteria by the process of Transformation, Origins of Replication end at the Replication Fork, Telomeres consists of a non-genetic nucleotide sequence located at the end of the DNA strand so that the genetic material is not lost which is catalyzed by the enzyme Telomerase, Transformation is the change of phenotype or genotype due to assimilation of external DNA, Replication Fork creates either the Leading Strand, Okazaki Fragments to the new strand of DNA, The Eukaryotic End Replication Problem which is aided by Telomeres, DNA replication begins with a short, initial nucleotide chain called a Primer, DNA exists in humans as a Double Helix