
Module Rationale
This module provides foundational knowledge in cellular biology and molecular genetics essential for medical students to understand human disease mechanisms.Module Aims
To introduce key principles of cellular structure, genetic inheritance, transcription, and translation within a clinical context.Year Lead
John McClaneModule Lead
Beth MiddlerCredits
5- Describe the ultrastructure and functions of primary cellular organelles.
- Explain the mechanisms of DNA replication, transcription, and translation in prokaryotes and eukaryotes.
- Analyze Mendelian inheritance patterns and calculate genetic probabilities in population genetics.
- Apply basic histological concepts to differentiate between major human tissue types.
Recommended Book Resources
- (2014), Biology, Cengage Learning, p. 1440, [ISBN: 9781285423586].
- (2013), Human Biology, Jones & Bartlett Publishers, p. 593, [ISBN: 978-1284031812].
- (2014), Essential Cell Biology, Garland Pub, p. 865, [ISBN: 9780815345251].
- (2016), Thompson & Thompson Genetics in Medicine, Elsevier Health Sciences, p. 546, [ISBN: 9781437706963].
- Week 1: Biological molecules: Carbohydrates, Proteins, and Lipids
- Week 2: Cell Ultrastructure: Cell Wall, Plasma Membranes, and Nucleus
- Week 3: Cell Ultrastructure: Mitochondria, Endoplasmic Reticulum, and Ribosomes
- Week 4: Cell Function: Membrane transport, Cell division, and the Cell cycle
- Week 5: Basic histology: Cells, Tissues, Organs, and Organ Systems
- Week 6: Genetics: DNA structure, replication, and basic flow of information
- Week 7: Gene expression: Transcription and translation mechanisms
- Week 8: Transmission genetics: Chromosomes, Meiosis, and Mendelian inheritance
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M.C.Q.
Worth: 40% of totalNo. of questions = 40Pass Marks:50 -
Short Notes Paper
Worth: 50% of totalNo. of questions = 5Pass Marks:50 -
Continuous Assessment MCQ
Worth: 10% of totalNo. of questions = 15Pass Marks:50