University of East London (UEL)

Debts, cash conversion cycles, equations, financial statement examples and skeletons etc.

Foundational statistics including averages, Venn diagrams, variations, correlations, regression etc.

People and organisations - organisational theories, emotions, groups and teams etc.

Basics of economics including visual examples. Demand and supply, Pigovian taxes, subsidies etc.

Business Accounting theory, transaction examples, equations, and worked equation examples.

This documents describes the first lectures of the classes in which they described the assessments and expectations in the class. BS4105 is the exception where the professor did not go into the details as much.

It has the notes of all of the lectures in the human disease and clinical practice module. There is information about biomedical science and biomedical scientists, HCPC, IBMS, fitness to practice, communications in laboratory medicine, health and safety, sample and sample collection, post quality assurance and management, as well as work placements and the post graduate study and research at UEL.

This module had mostly background information which was not a lot. In the beginning there were lectures on study skills and note taking. The more important lectures were on health and safety with the hazards and risks. There was some statistical information about t tests and standard deviation. Some information about lab reports for level 4 is also provided about the sections involved. I found it easiest to look at everything required in the lab report when doing the lab report and not before, b...

The lecture notes are on sugars and carbohydrates which was a refresher lecture, as well as amino acids and proteins, practical proteins, nucleic acid structure and function, protein translation, DNA-RNA transcription, enzyme kinetics, introduction to metabolism, the fate of pyruvate, and the electron transport chain which makes ATP.

These lectures span the course of bacteria cells, bacteria and disease, eukaryotic microorganisms, eukaryotic microbiology, as well as the host defenses against infection and the adaptive immune system.