Cells and Immunity (BI2BC45)

The fifth lecture in a series for the module Cells and Immunity. This lecture covers cellular adhesion steps, migration for non-adhering cells, chemotaxis and more. A great way to start your understanding of the module or to miss a lecture or two.

The third lecture in a series for the module Cells and Immunity. This lecture covers pathway regulation including growth, proliferation, cellular signalling and more. A great way to start your understanding of the module or to miss a lecture or two.

The final lecture in a series for the module Cells and Immunity. This lecture covers infection in the body including salmonella, helminth, influenza and more. A great way to start your understanding of the module or to miss a lecture or two.

The eighth lecture in a series for the module Cells and Immunity. This lecture covers autophagy, gene knockout, proteosomes and more. A great way to start your understanding of the module or to miss a lecture or two.

Protein Targeting, Vesicle Trafficking, Secretion, Compartmentalisation, Polarised Cells, Nuclear Pore Complexes, G-Protein Cycles, Clathrin.

Protein Targeting, Vesicle Trafficking, Secretion, Compartmentalisation, Polarised Cells, Nuclear Pore Complexes, G-Protein Cycles, Clathrin.

Historical Significance of Names such as; Maxwell, Lorentz, Einstein, Heisenberg, Karl Popper, Thomas Kuhn, Imre Lakatos, Feyerabend.

Examples of Models, Principles of 3R's, Transgenics, Oglionucleotide-based approaches.

Protein Production, Turnover, Degredation, Post translational modifications, Breakdown of misfolded proteins, mTOR switch

Signalling, Production, Mechanism of Action, Cancer,