Explain the regulation of gene expression in eukaryotic
cells.
Discuss mechanisms by which gene expression may be
altered.
How do these alterations induce cancer-causing mutations in
cell DNA?
Explain how cancer is formed.
Describe genetic changes found in cancer cells and how these
changes lead to alterations in cell behavior.
Determine whether proteome data can be utilized in genetic
disorder diagnosis.
Relate the Human Genome Project data to the analysis of cancer
genes.
Compare and contrast the different mechanisms for regulating
differential gene expression.
Predict different mechanisms that could be responsible for
control of gene expression in development.
Explain extrinsic stem cell regulatory mechanisms and the role
of niches
Which of the following is a difference between prokaryotic and
eukaryotic gene expression
Group of answer choices
1)Eukaryotes have basal transcription factors not part of the
holoenzyme
2)Eukaryotes produce an immature mRNA
3)Trancription and translation can occur simultaneously in
Prok.
4)Eukaryotics have more diverse promoters
5)All of the above
Compare and contrast regulation of gene expression with use of
an enzyme inhibitor. List one advantage and disadvantage for
regulating gene expression and one advantage and one disadvantage
for using inhibitor.
The overall process of prokaryotic and eukaryotic gene
expression are very similar, employing the same basic mechanisms of
transcription initiation, elongation, and termination by RNA
polymerase followed by translation of the mRNA by ribosomes and
charges tRNAs. The eukaryotic process, however, has a few unique
aspects to I. List or describe some of these important
differences.
Compare and contrast prokaryotic cells and eukaryotic cells. Be
able to complete a table: prokaryotes in the first column,
eukaryotes in the second column and rows listing different
organelles or characteristics.