BMS1132 The molecular basis of life

When you finish this unit, you should be able to:

1. 1

   Explain the molecular mechanisms that allow the storage, inheritance and expression of genetic information, specifically the processes of genome replication, gene transcription and mRNA translation.

2. 2

   Compare and contrast the regulatory mechanisms that control cell function at the levels of RNA synthesis, mRNA processing and protein activity in prokaryotic and eukaryotic cells.

3. 3

   Differentiate the various mechanisms of protein trafficking within eukaryotic cells, including how proteins are targeted and transported to, and sorted between organelles.

4. 4

   Explain the relationship between the structure and function of proteins as the main machinery of the cell, including the principles of enzymatic activity and energy production.

5. 5

   Assess the causes and consequences of DNA mutation and recombination, and describe the molecular mechanisms involved in DNA maintenance and repair.

6. 6

   Use molecular tools and technologies to perform, interpret and critically analyse experiments in biomedical sciences.

7. 7

   Apply scientific reasoning skills and knowledge in molecular biology and biochemistry to investigate real-world scenarios in biomedical sciences.

8. 8

   Present, describe and discuss scientific information and experimental data using appropriate written, verbal and visual formats.

9. 9

   Demonstrate personal and professional responsibility, employing reflective practice for ongoing development.