St Georges

A revision bank of all the questions needed to learn, the content for fundamentals of pathology which is a module underneath biomedical sciences for first year.

These notes cover antiviral drugs, explaining their classification, mechanisms of action, clinical uses, and key considerations. The notes are structured to show how drugs target specific stages of the viral life cycle and are supported with diagrams, colour-coded highlights, and tables for clarity.

These notes cover antibacterial drugs according to their mechanism of action cell wall synthesis inhibitors, protein synthesis inhibitors, nucleic acid inhibitors, and metabolic pathway inhibitors with diagrams, tables, and colour highlights to illustrate drug targets and clinical relevance.

These notes explain antiplatelet drugs, covering their definition, uses, types, mechanisms, and side effects, supported by diagrams, tables, and colour highlights for clear understanding

These notes cover gastric acid secretion by parietal cells, the harmful effects of excess acid, and the mechanisms and examples of acid-suppressing drugs, supported by diagrams and colour-coded highlights.

These notes cover anticoagulants, including heparins, hirudins, DOACs, and warfarin, explaining their mechanisms of action and clinical roles using diagrams and colour-coded highlights

These notes cover the classes of anti-diabetic drugs, strategies to reduce blood glucose, and mechanisms of action, supported by diagrams and colour-coded summaries of therapeutic targets.

These notes cover corticosteroids and glucocorticoids, including adrenal gland anatomy, mechanisms of action, anti-inflammatory effects on immune cells, clinical uses, Cushing syndrome, side effects, and routes of administration, supported by diagrams and colour-coded highlights.

These notes explain anti-arrhythmic drugs using the Vaughan Williams classification, linking ion channel modulation to changes in cardiac action potentials, ECG findings, clinical uses, and adverse effects, supported by diagrams and colour-coded highlights.

These notes cover calcium channel physiology, cardiac electrophysiology, and the pharmacology of calcium channel blockers, including channel classes, vascular selectivity, and their role in angina and Raynaud’s phenomenon, supported by diagrams and colour-coded highlights.

These notes cover autonomic nervous system physiology, β-adrenergic GPCRs, and the pharmacology of beta-blockers, including receptor selectivity, mechanisms in hypertension, and key side effects, supported by diagrams and colour-coded highlights.

These notes explain the pathophysiology of allergic reactions, including sensitisation, histamine release, and receptor activation, alongside the pharmacology of H1 antihistamines. Mechanisms of action and differences between sedating and non-sedating agents are illustrated using figures and highlighted key points.

NSAID are drugs used for anti inflammatory, analgesic effect (pain relief), and anti pyretic (fever relief). Explains the mechanism of action of NSAIDs and I explain the many pathways of NSAIDs, side effects and the type of cyclo-oxygenase.

Explains the mechanism of action of the type of diuretics and how each type has a specific effect in the body and I talk about the kidneys and relate it back to the mechanism of action.

Describes drugs like fibrates and statins that lower the amount of cholesterol in the body and explain the mechanism of action. I speak about the consequences of extra cholesterol and how they can cause disease and I explained them.

Detailed notes of the two classes of DMARDs that treat rheumatoid arthritis and we speak about the many different types of drugs and the mechanism of action and the different strategies taken to treat the problems of arthritis and how DMARDs can treat cancer too. There are learning objects that target what you need to know and detailed notes and diagrams with colour and annotations.

These notes explain ACE inhibitors, including RAAS physiology, mechanisms of action (angiotensin II reduction and bradykinin increase), clinical uses in hypertension, heart failure, and nephropathy, and key side effects, supported by diagrams and colour-coded highlights.

These are short notes for probability and statistics II. They condense the material for easy revision before exams. I got an 84% using them.

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