Compare the accuracy of DNA replication, RNA synthesis, and protein synthesis. Which mechanisms are used to ensure the fidelity of each of these processes?

When a cell is to divide, its DNA must be replicated (copied). a) Indicate the main participating components and their functions. b) Why is it important that the replication goes right and that relatively few mutations occur during the replication?

Which of the following enzymes has the highest functional error?  a) DNA Polymerase I b) DNA Polymerase II c) DNA Polymerase III  d) RNA Polymerase I e) RNA Polymerase II

if you have the following sequence of DNA 5' ATTGCGGAGCCTCGAT 3' do the following:

List and describe the processes that make up the central dogma of biology which provides the path for the flow of genetic information from DNA to the proteins that are synthesized and carry out the functions needed by the cell.

Compare the process of Replication, Transcription, and Translation by describing the following properties for each: (circle, highlight, bold or whatever mechanism you want to use to indicate your answer)

Use the first photo to answer the following questions.

Describe the process of  DNA replication, mutation, deletion, duplication, repair and DNA transfer processes from one cell to another

List mechanisms by which cells can repair damaged DNA and correct replication errors?

Which is NOT a true difference between messenger RNA and DNA?  (i.e., which of the following statements is false?)       DNA remains in the nucleus (except when the nuclear envelope breaks down during mitosis), whereas mRNA is never in the nucleus; it is always in the cytoplasm.   A DNA molecule has a longer life span than a typical molecule of RNA.   DNA has thousands of genes; mRNA is usually a copy of just one gene.   DNA has thousands of genes; mRNA is usually a copy of just one gene.