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Pharmacology and the Pharmacist. Key Questions you should be asking as a Pharmacist: Where is the molecular site of action? What are the body function changes caused by a drug (pharmacodynamics)? What is the relationship between the Dose vs. Effect? How does a drug produce its effect?
- 3. Factors Contributing to Drug Effect
The Effect a Drug may have is Dependent on a Variety of...
- 18. Agents and Actions of The Autonomic Nervous System
Somatic Nervous System. The somatic nervous system [SoNS] is...
- 5. Drug Action Vs. Drug Effect
Two Main Classes of Receptor Ligands in Pharmacology:...
- 15. Nuclear Receptors
Type I Nuclear Receptors. Androgen Receptors [AR] Endogenous...
- 2. Introduction to Drug-Receptor Interactions and Pharmacodynamics
2. Introduction to Drug-Receptor Interactions and...
- 9. Receptor Allosteric Modulators
9. Receptor Allosteric Modulators Allosteric modulators...
- 11. Types of Drug-Drug Interactions
11. Types of Drug-Drug Interactions Additivity: when the...
- 17. Ion Channels
ACETYLCHOLINE RECEPTORS. Acetylcholine Receptors – There are...
- 3. Factors Contributing to Drug Effect
13 kwi 2022 · Learn the basics of pharmacology, the science of drug actions and effects on the body. This web page covers drug administration, distribution, metabolism, excretion, and receptor binding.
Learn the principles and applications of pharmacology in this online course from Harvard Medical School. Explore drug nomenclature, classes, mechanisms, kinetics, pharmacodynamics, pharmacogenetics, toxicity, and discovery.
Basic Pharmacology, Third Edition aims to present accounts of drug actions and their mechanisms in a compact, inexpensive, and updated form, and explain the basis of the therapeutic exploitation of drugs.
A free online textbook that covers the basics of pharmacology, including drug-receptor interactions, pharmacodynamics, pharmacokinetics, and autonomic nervous system. Learn about the characteristics, mechanisms, and effects of drugs and receptors with examples and illustrations.
Learn the basic concepts of pharmacology, how the body and drugs interact, and how drugs are used to treat and prevent disease. This online course covers topics such as drug modalities, pharmacokinetics, pharmacodynamics, and drug delivery.
11 wrz 2023 · Basic principles. Drug affinity: a measure of the tendency of a drug to bind to its receptor. Most drug-receptor bonds are reversible; Covalent drug-receptor bonds, which are less common, are almost always irreversible (e.g., the binding of aspirin to cyclooxygenase enzyme).