Cell Biology and Genetics (LIFE40006)
Imperial College London (ICL)
Here are the best resources to pass Cell Biology and Genetics (LIFE40006). Find Cell Biology and Genetics (LIFE40006) study guides, notes, assignments, and much more.
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Lecture notes
Lecture notes Cell Biology And Genetics on Nuclear transport
Learning Outcomes - 
- Distinguish between the roles of GEF, GAP and Ran in nuclear transport 
- Propose how structures of α and β importins inform how cargo is transported
Summary
Genetics
PopularA detailed summary of all the information you'll need to complete 1st-year Genetics modules.
Lecture notes
Lecture notes Cell Biology And Genetics - Protein Translocation
Learning outcomes - 
- Describe the signal hypothesis 
- Compare and contrast co-translational and post-translational translocation 
- Propose a model for protein translocation based on the structures of the SecY complex 
- Describe the biosynthesis of integral membrane proteins
Lecture notes
Lecture notes Cell Biology And Genetics on Vesicular Transport
Learning outcomes: 
- Understand experiments that led to the hypothesis of trafficking 
- Compare and contrast vesicle budding via COPI, COPII, and clathrin coats 
- Explain a molecular mechanism for docking and fusion of transport vesicles
Lecture notes
Lecture notes Cell Biology And Genetics on Cytoskeleton
Learning outcomes: 
- Compare and contrast cytoskeletal components 
- Explain how filament polarity can be identified and the role it plays in transport
Lecture notes
Lecture notes Cell Biology And Genetics on Extracellular Matrix
- Compare and contrast different types of cell junctions 
- Explain how structures of integrin and cadherin inform a molecular mechanism for cell adhesion
Lecture notes
Lecture notes Cell Biology And Genetics on Cell Signalling
Learning outcomes: 
Describe the general principles of cell signalling (amplification, ligands/receptors, G-proteins/kinases, distance, resetting, etc.), with reference to specific examples such as Nuclear Receptors, GPCRs, and RTKs
Lecture notes
Lecture notes on Cell biology and Genetics - Cell Cycle
Learning outcomes covered: 
- Understand that the Cell Cycle is a universal feature of dividing cells from yeast to sea urchin to frog oocytes and human cells 
- Recall the names and order of the phases of the eukaryotic cell cycle and describe what happens in each 
- Describe how the Cell Cycle is regulated by CDKs and cyclins, and what happens when it becomes deregulated (i.e. cancer)
Lecture notes
CBG.27 T and B Cells
This describes characteristics of T cells and B cells, in terms of their receptors and development.