Cell structure and function
| Code | School | Level | Credits | Semesters |
| MGEM1001 | Medical Sciences and Graduate Entry Medicine | 1 | 10 | Autumn UK |
- Code
- MGEM1001
- School
- Medical Sciences and Graduate Entry Medicine
- Level
- 1
- Credits
- 10
- Semesters
- Autumn UK
Summary
This module will introduce students to the study of molecular and cellular biology, cell structure and function. The module will include an overview of structural and functional aspects of subcellular organelles, molecular biology of gene transcription and protein production, regulation of gene expression including basic concepts of epigenetics, introductory genetic inheritance and basic concepts of experimental design and quality assurance. A strong emphasis is placed on the acquisition of transferable skills through the understanding of laboratory procedures. This module will develop students' practical and scientific method and writing skills. and encourage students to integrate theoretic knowledge with practical and transferable skills.
Target Students
Students on the Qualifying Year of the BSc in Medical Physiology and Therapeutics
Classes
Delivery will be by a combination of taught classes covering the specified learning objectives. Lab work will supplement & build upon the basic concepts introduced in lectures. A number of group tutorials will form part of the core teaching. Practical classes will provide familiarity & competency with GLP & an understanding of common lab techniques.
Assessment
- 100% Coursework 1: 1500 words-laboratory report
Assessed by end of autumn semester
Educational Aims
This integrative module aims to equip students with sufficient understanding of molecular cell biology, genetics and knowledge on (and practice of, where applicable) laboratory procedures. Students will gain awareness ofbasic laboratory skills to facilitate further study at L1, and particularly L2 and L3. A number of transferable skills are also introduced to strengthen the development of problem solving skills.Learning Outcomes
Describe the organisaton of tissue architecture form the perspective of cell biology and tissue histology
Relate molecular biology and genetics to cell function
Compare the differences between prokaryotic and eukaryotic cells
Describe the basis of DNA structure, replication, gene expression, protein production and the mechanisms of their regulation
Understand the principles of Medelian genetics, the cell proliferation, differentiation and cell death
Outline the conceprs of the genetics of human diseases
Apply basic concepts of cellular signal transduction and signalling to cell functions in health and disease
Demonstrate an understanding of laboratory instrumentation and the application of analytical methods in clinical medicine and research settings.
Have an understanding of the principles of experimental design, quality assurance, estimation of accuracy and error
Perform basic scientific calculations
Appreciate basic biochemical procedures and work as part of a team to analyse data
Demonstrate proficiency in the recording and presentation of experimental (simulated) findings
Study skills to support future learning at all levels
Demonstate good interpersonal skills and team working abilities as well as coordinating with others during, and after laboratory group work
Academic writing skills, digital competence in data handling, results presentation, use of graphical aid in report writing, critical thinking and evaluation of experimental outcomes
Learn how to search for relevant informatin from the scientific literature