Kings College London (KCL) • BSc Biomedical Sciences
Latest uploads for BSc Biomedical Sciences at Kings College London (KCL). Looking for BSc Biomedical Sciences notes at Kings College London (KCL)? We have lots of notes, study guides and revision notes available for BSc Biomedical Sciences at Kings College London (KCL).
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Modules BSc Biomedical Sciences at Kings College London (KCL)
Notes available for the following courses of BSc Biomedical Sciences at Kings College London (KCL)
Popular books Kings College London (KCL) • BSc Biomedical Sciences
Latest notes & summaries Kings College London (KCL) • BSc Biomedical Sciences
Summary of the lectures from this module
Summary of the lectures from this module
Summary of the lectures from this module
Summary of the lectures from this module
Summary of the lectures from this module
Summary of the lectures from this module
Learning objective:				
-	Compare different types of cells.
-	Explain how common properties of cells suggest a single evolutionary origin
-	Describe basic properties of prokaryotic cells using E. Coli as an example
-	Give examples of single-cell and multicellular eukaryotes
-	Brief description of major eukaryotic organelles and its functions including:
Nucleus, rough and smooth ER, GA, lysosomes and peroxisomes, mitochondria
These summaries provide an overview of the symptoms, prevalence, pathology, pathogenesis, current treatments and new potential treatments. Covers Stroke, Parkinson's, Anxiety, Depression, Migraine and Alzheimer's. The perfect guide for quick revision!
Also applicable to the second year module 'Physiology and pharmacology of CNS diseases'
Table summary of the drugs acting in CNS, PNS, smooth and cardiac muscle, respiratory system as well as socially abused drugs. Ideal summary for a Year 1 Pharmacology, Biomedical Science, Neuroscience or Medical students.
Handwritten lecture notes for Cell Biology and Neuroscience, part of Common Year One, King's College London. Covers basic cell biology and neuroscience, including cytoskeleton, neurons and glia, cell cycle, cell signalling, apoptosis and stem cells. Doesn't cover organelles, organisation of eukaryotes and prokaryotes, electrochemical equilibria, action potentials and neuroimaging.