Click on title to use the RLO, on a tag to see all RLOs tagged with that keyword, or info to view RLO metadata.
| Title | Description | Tag(s) | Detail |
|---|---|---|---|
| What is a randomised controlled trial? | This RLO outlines how Randomised Controlled Trials (RCTs) work. | EBP, rct, clinical trial, Pharmacology, Research | |
| Action of drugs that target ion channels | This learning resource introduces ion channels as target for drug action. | Pharmacology, ion channels | |
| Kinase-linked receptors | This learning resource explains the mechanism and action of kinase-linked receptors. It has been designed to work easily with the Core tool, an application currently under development. The Core tool will enable tutors to collect, organise and aggregate various resources and package them as one learning object. | kinase linked receptor, Pharmacology, Receptor | |
| Action of drugs that target carriers | This learning resource introduces carriers as a target for drug action and describes how carriers function and how drugs utilise these carriers. | carriers, Pharmacology | |
| Crossword - Introduction to Receptor Pharmacology | This RLO uses a crossword to assess your knowledge about the different receptor types and how drugs interact with them. | agonist, antagonist, drug, g-protein linked receptor, kinase linked receptor, ligand, pharmacokinetics, Pharmacology, Receptor, Nuclear receptors, Ligand-gated ion channels | |
| Importance of membrane bound receptors to the speed of drug action | To determine the clinical importance of receptor location in determining the time of onset of drug effect. | Adrenaline, drug, ligand, Membrane bound receptor, Biochemical cascade, Drug actions, Pharmacology, Receptor, time of effect | |
| Targets for Drug Actions | This RLO explains the four major targets at which drugs act, namely receptors, ion channels, carriers and enzymes | drug, Pharmacology, Receptor, enzymes, ion channels, carriers | |
| Introduction to drug clearance | Provides a definition of clearance and a basic explanation of the processes | Pharmacology, Physiology, elimination, excretion, half-life, ionised, clearance, metabolism, lipid-soluble, steady-state | |
| Pharmacokinetic and pharmacodynamic influences of aminoglycoside dosing | Examines how the absorbtion and distribution of aminoglycosides within the body affects the dosing regimens used. | Pharmacology, aminoglycosides, pharmacokinetics, lola | |
| Volume of distribution | Explains the pharmacological concept of Volume of Distribution, and how it is calculated. | Pharmacology, loading dose, prescribing | |
| Liver Physiology | Introduction to the physiology of the liver, examining its role in filtering blood, metabolism, nutrient extraction and homeostasis. | Biology, Liver, Pharmacology, Physiology | |
| The Kidneys and Drug Excretion | The role of the kidneys in the excretion of drugs. | Biology, Kidney, Pharmacology | |
| The Liver and drug metabolism | The role of the liver in the metabolism of drugs. | Biology, Liver, Pharmacology | |
| Bioavailability | Introduction to the concept of the bioavailability of drugs. | Pharmacology | |
| Half-life of drugs | To understand the half-life of drugs and its relationship with volume of distribution and clearance. | Pharmacology, loading dose, maintenance dose | |
| Lock and Key Hypothesis | Introducing the "lock and key" analogy of drug-receptor interaction, whereby only drugs of a certain molecular shape will 'fit' with a cell membrane receptor. | Pharmacology, Biology | |
| Understanding First Pass Metabolism | Description of first pass metabolism of orally-administered drugs in the liver and gastrointestinal tract | Pharmacology, Drug actions, metabolism | |
| Exploring the synapse | Describe the events during the transmission of an impulse across a synapse | Biology, Pharmacology, neuron, synapse, neurology, nerve | |
| Drug-receptor interaction | Introduction to the interaction of cell receptors with drugs | Biology, Pharmacology, cell biology | |
| Pharmacogenetics | Pharmacogenetics refers to the study of genetic influences on an individual’s response to drugs. In pharmacogenetics, the analysis of a specific gene, or group of genes, may be used to predict responses to a specific drug or class of drugs. | Pharmacology, genetics, drug response, cancer | |