The University of Aberdeen (ABERD)

This document contains a 3-step process of the information processing within the synapse.

This document contains information all about the frontal lobes

This document contains notes regarding the action potential and its links to brain functions.

1. Biochemistry Notes on Immunoglobulins and Lipids Glycolysis Biosynthesis of Glucosides and Gangliosides Phospholipids Degradation of phospholipids Sphingolipid degradation

Biochemistry Cholesterol Synthesis Cholesterol Synthesis Regulation of Cholesterol Synthesis Degradation of Cholesterol Plasma lipoproteins

Biochemistry Enzymes Detailed notes on Properties of Enzymes Enzyme Inhibition Enzymes in Clinical Diagnosis Enzymes: Mechanism of Action Classification of Enzymes Features of Enzymes

Detailed notes on the steps of the TCA cycle, Gluconeogenesis, Glycolysis, Regulation of Glycogen Synthesis and Degradation, Glycogen Metabolism, and Glycogen Storage Diseases

Detailed notes on fatty acid metabolism and ketone bodies metabolism

This section covers thermodynamic cycles used in refrigerators and heat pumps, focusing on both gas-based and vapour compression systems. It introduces the Coefficient of Performance (COP) as a measure of efficiency and compares the operation of refrigerators and heat pumps. The section also explores the Bell-Coleman cycle (gas refrigeration) and vapour compression cycles using wet and dry vapour.

This section focuses on the behaviour of compressible gas flows in engineering systems. It begins with the conservation of mass, momentum, and energy in pipes with slowly varying cross-sections and leads to the derivation of the steady flow energy equation for compressible flows. This equation forms the foundation for analysing real-world applications. The section then explores how compressible flow behaves in turbines, compressors, and throttling devices, highlighting key practical consideratio...