Queens University Belfast (QUB)

In-depth summary of the branches of all the arteries to the pelvis, perineum and lower limb, includes important clinically relevant anastomoses like the trochanteric, cruciate, geniculate and ankle anastomoses.

Complete summary and stem diagrams pf all the branches supplying the abdomen, the levels of their branches, area of supply and key anastomoses and watershed areas

In depth summary of the arterial supply of the upper limb, including the subclavian artery (and branches), axillary artery (and branches), brachial artery (and branches), radial an ulnar arteries (branches) and arterial supply of the hand. Included are clinically important scapular and elbow anastomoses and the anastomoses in the hand

Easy to follow and easy to understand and learn notes based on angiotensin inhibitors and diuretics. In depth explanation of : - the role of the vascular endothelium in blood pressure control - vasodilators and vasoconstrictors - RAAS - angiotensin inhibitors - ACE inhibitors - ARBs - direct renin inhibitors - how the kidneys influence blood pressure - thiazide like diuretics - loop diuretics - carbonic anhydrase inhibitors - potassium sparing diuretics

Excellent summarised notes based on vasodilation, statins and other lipid lowering agents. These notes highlight key learning points from this lecture series. Broken down and easy to understand and learn. Broken into subtopics such as: - antianginal drugs - vasodilators and mechanism of action - calcium channel blockers - atherosclerosis - action and uses of statins - differences between statins

Easy to follow summary of anaemia lecture 2 part of the PMY3107 clinical pharmacology series. Excellent for third year mPharm students. Focus on common clinical lab tests and step by step explanations. Includes essential reference ranges for males and females. Full in depth explanation on what anemia is, how it is classified, causes, assessment of symptoms and lab investigations required. Includes key management and counselling information.

Describes how cells communicate and signal with each other, and give full description and expansions of the mechanisms involved with clinical examples.

2nd half of the ECM lecture to further your reading and help study

Function and structure of the extracellular matrix with clinical examples to increase understanding and knowledge.

The structure and function of the cytoskeleton in the body