DNA replication drawing DNA Replication DrawingUsing pencil, you will draw a representation of DNA replication along the leading and lagging strands.Follow the directions below, drawing each element in its proper location along the replicating DNAstrand. Once you are sure everything is in the correct place, complete your drawing by adding color todistinguish objects as separate.Name:1. On the diagram below, label the 5' and 3' ends of both parental DNA strands (you can make upwhich is which)2. Label the replication fork3.Draw and label helicase4. Label the overall direction of DNA replication5.Draw and label single stranded binding proteins6.Draw and label the leading strand7. Draw and label a single DNA polymerase III on the leading strand8. Draw and label an RNA primer on the leading strand9. Draw and label a DNA polymerase I on the leading strand10. On the lagging strand, draw and label at least three Okazaki fragments11. On the lagging strand, draw and label at least two DNA polymerase III enzymes12. On the lagging strand, draw and label at least two RNA primers13. On the lagging strand, draw and label at least one primase enzyme14. On the lagging strand, draw and label at least one DNA polymerase I enzyme15. On the lagging strand, draw and label at least one DNA ligase enzymeHHUTTTTT

DNA replication is the process that occurs in all living organisms replicate their DNA during replication. DNA replication occurs during the S phase of the cell cycle and involves a complex mechanism helped and governed by various enzymes and proteins. DNA replication is a complex process that involves various proteins and enzymes. The most important enzyme is the DNA polymerase enzyme which produces a complementary strand to the template strand. It polymerizes the nucleotides in the 3' to 5' direction. It only adds nucleotides to existing ones which means it needs a primer that is created by the Primase enzyme. The primer is a short RNA segment that is removed after replication. DNA is a highly coiled structure and the topoisomerases help with uncoiling the DNA while DNA helicases break the hydrogen bonds between the nucleotides, thus splitting the two strands. The single-strand binding proteins help to keep the split stand separate. During replication, one strand created is continuous; while the other is discontinuous, and the fragments are called Okazaki fragments. The Okazaki fragments are created due to the 3' to 5' direction of the DNA polymerase enzyme. The fragments thus generated are joined together by the enzyme DNA ligase.