Study guides, Revision notes & Summaries

MEASUREMENT OF SERUM CHOLESTEROL USING A FLUORESCENCE ASSAY

Worksheets + Answers of Experiments performed during Year 1 Biochemistry. To separate molecules on the basis of size difference. Your learning objectives · To understand the practical and theoretical basis of molecular exclusion chromatography. · To understand how columns are set up and run. · To understand the terms 'bed volume' and 'void volume' and how they are measured. · To be able to apply simple tests to identify the eluted proteins. · To appreciate some applicatio...

This document contains detailed revision notes on the entire Human Diseases module, which consisted of 10 lectures split up into 5 different topics: - Genetic diagnosis and clinical management - Vascular disease - Molecular oncology - DNA repair disorders - Actin mutations and cardiomyopathies

The second of 2 summary documents for the biological membranes module, this detailed summary document contains all the key information from 5 weeks of lectures. The lecture topics covered in this document are as follows: - Transporters and channels 3 - Tyrosine kinase signalling - G-proteins - Lipid signalling - Second messengers 1 - cAMP signalling - Second messengers 2 - IP3 and Ca2+ signalling - Plant cell signalling 1 - Plant cell signalling 2 - Nuclear hormone receptors 1 - Nucle...

This summary document contains all the required information from 5 weeks of biological membranes lectures. The lecture topics covered are as follows: - Membranes and signalling - Membrane synthesis - Moving proteins into membranes - Protein targeting - Vesicular traffic - Mitochondrial Electron Transport & ATP Synthesis - Transporters and Channels 1 - Transporters and Channels 2

A summary of the mitochondrial electron transport chain, describing the process and talking about the four complexes. Also describes the mechanisms of ATO synthesis and the mechanisms of ATP synthase.

provides in depth detail on seminar notes from youth crime and justice module

Conditions covered: 1. AML 2. ALL 3. Myelodysplasia 4. Von Willebrand Disease 5. Haemophilia 6. Sickle cell 7. B thalassaemia major 8. Vit K deficiency 9. DIC 10. TTP 11. Hodgkin's lymphoma 12. Tumour lysis 13. CML 14. Polycythaemia 15. Myelofibrosis

lecture notes on structure-sensitive properties

lecture notes on structure-insensitive properties