Chemical Modification - Functional Genomics - Exam, Exams of Genomics

Chemical Modification, Techniques and Organisms, Sustain Bacterial Life, Minimal Set of Genes, Expression of Genes, Proteomics Methodologies, Benefits and Limitations, Proteomics Approach, Omics Technologies, Investigation of Gene. What description should I write more when I have done so much work already?

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2011/2012

Uploaded on 11/28/2012

eshwar
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ARHOLIADAU EXAMINATIONS
SEMESTER 1 EXAMINATIONS 2010
IBERS (BIOLOGICAL SCIENCES)
BS34520 FUNCTIONAL GENOMICS
TIME ALLOWED: TWO HOURS
ANSWER ONE QUESTION FROM EACH SECTION
SECTION A
1. Describe the techniques and organisms that are being used to determine the
minimal set of genes required to sustain bacterial life. Discuss the benefits that
are likely to arise from our understanding of the minimal set of genes required for
life. (20 marks)
SECTION B
2. Explain how the chemical modification of DNA is integrated into the control of
expression of genes. (20 marks)
3. Describe how proteomics methodologies are being used to investigate protein
function. What are the main benefits and limitations of the proteomics approach?
(20 marks)
4. Compare two ‘omics technologies for investigation of gene function and highlight
their advantages and disadvantages. Explain how these techniques are being
developed and indicate the benefits that are likely to emerge. (20 marks)
5. Describe the process by which the High Resolution Melt (HRM) method can be
used to determine the presence of Single Nucleotide Polymorphisms in a DNA
sequence. What are the main benefits of this approach compared with other SNP
detection methods? (20 marks)
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Page 1 of 2

ARHOLIADAU EXAMINATIONS

SEMESTER 1 EXAMINATIONS 2010

IBERS (BIOLOGICAL SCIENCES)

BS34520 FUNCTIONAL GENOMICS

TIME ALLOWED: TWO HOURS

ANSWER ONE QUESTION FROM EACH SECTION

SECTION A

  1. Describe the techniques and organisms that are being used to determine the minimal set of genes required to sustain bacterial life. Discuss the benefits that are likely to arise from our understanding of the minimal set of genes required for life. (20 marks)

SECTION B

  1. Explain how the chemical modification of DNA is integrated into the control of expression of genes. (20 marks)
  2. Describe how proteomics methodologies are being used to investigate protein function. What are the main benefits and limitations of the proteomics approach? (20 marks)
  3. Compare two ‘omics technologies for investigation of gene function and highlight their advantages and disadvantages. Explain how these techniques are being developed and indicate the benefits that are likely to emerge. (20 marks)
  4. Describe the process by which the High Resolution Melt (HRM) method can be used to determine the presence of Single Nucleotide Polymorphisms in a DNA sequence. What are the main benefits of this approach compared with other SNP detection methods? (20 marks)

Page 2 of 2

SECTION C

  1. Explain how the use of a ‘Systems Biology’ approach for investigating how cells and organisms work will complement high-throughput methods for investigating gene function. (20 marks)
  2. Discuss the strategies being used by the international scientific community to characterize the functions of human genes. Outline the roles that rapid advances in computer technology and analytical instrumentation have played. (20 marks)

END