Explain and demonstrate the steps in DNA replication using a replication fork.  Replicate 10 nucleotides onto the leading strand and 10 nucleotides on the lagging strand.

describe the Structure of Replication bubbles

Describe the process of DNA Replication, from the time the cell breaks the first bond at the origin of replication to the time the process is finished for a prokaryotic cell.

Interpret a diagram of a bi-directional replication fork and correctly determine strand polarity and fork direction.

Draw a diagram of DNA replication that has the double-stranded DNA with the replication bubble, has all 6 enzymes, two leading strands including their primers, and demonstrates how the lagging strand is replicated.

Compare and contrast DNA replication in bacteria and eukaryotes.

Medgie is creating his science fair project on DNA replication. His final display board shows the following. Human DNA Replication Steps Step 1 DNA unwinds in the nucleus Step 2 Complementary base pairs are deleted Step 3 DNA rewinds back together Step 4 The newly made DNA helix is placed in a cell formed in Mitosis According to Medgie's project, which of the following identifies and explains which of the steps is incorrect? O Step 4 is incorrect because not all human cells require DNA. O Step 3 is incorrect because the DNA remains unwound to be transcribed into RNA. Step 2 is incorrect because the complementary base pairs are used as a template, not deleted. Step 1 is incorrect because DNA doesn't unwind in the nucleus, instead it unwinds in the cytoplasm Previous

Explain the general role of DNA replication and the names of the relevant enzymes involved in the overall process and what role do the leading and lagging strand play and what direction does replication occur on the DNA strand?

Address the general properties of the chromatin within the following types of DNA: DNA undergoing active transcription DNA within a mitotic chromosome DNA immediately after passage of the replication fork centromeric DNA

The diagram depicts one of the two strands of DNA, at the end of a chromosome (top strand). Replication of this strand produced the two fragments shown at the bottom of the diagram. Which of the statements below is correct regarding filling the gaps that exist in the newly synthesized DNA? Hint: remember the directionality requirement for DNA polymerase. 5' 0 0 0 0 (a) gap (a) can be filled gap (b) can be filled both gaps (a) and (b) can be filled neither gaps (a) nor (b) can be filled (b) 3'