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28 Sep 2019
1. Bacterial transcription termination VS. Eukaryotic transcription initiation
a. What is required for Rho-independent termination? How does each sequence feature contribute to the mechanism of termination?
b. What is required for Rho-dependent termination?
c. How does Rho differ from other helicases we discussed in Chapter 28? How is it similar?
d. Do you understand the difference between core promoter elements and regulatory elements? Do you understand the difference between core transcription factors and regulatory transcription factors?
e. What are the major features of the TATA-binding protein-DNA interaction? How does this interaction lead to dsDNA destabilization?
1. Bacterial transcription termination VS. Eukaryotic transcription initiation
a. What is required for Rho-independent termination? How does each sequence feature contribute to the mechanism of termination?
b. What is required for Rho-dependent termination?
c. How does Rho differ from other helicases we discussed in Chapter 28? How is it similar?
d. Do you understand the difference between core promoter elements and regulatory elements? Do you understand the difference between core transcription factors and regulatory transcription factors?
e. What are the major features of the TATA-binding protein-DNA interaction? How does this interaction lead to dsDNA destabilization?
14 Jan 2023
Irving HeathcoteLv2
28 Sep 2019
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