PPT-Marijuana – CB 1 receptor agonist

Ketamine and PCP glutamate receptor antagonists LSD serotonin receptor agonist Alcohol GABAA and GABAB receptor agonist also NMDA receptor antagonist MDMA increases activity of serotonin dopamine and noradrenaline by enhancing their release andor inhibiting reuptake. Contact us at: contact.omics@omicsonline.org. OMICS . International . through its Open Access Initiative is committed to make genuine and reliable contributions to the scientific community. OMICS International journals have over . . DR NARENDRA KUMAR. . Pharmacodynamics. is the study of the biochemical and physiological effects of drugs and their mechanisms of action. . Simply stated, . pharmacodynamics. refers to the effects of a drug on the body.. Zak Fallows. pharmacology@mit.edu. 2013-11-23. ESP Splash (Saturday). These slides are available online, along with fun 5-minute quizzes and other materials:. http://. datb.mit.edu. /. Are You in the Right Room?. Teaser. Zak Fallows. 2013-07-03. http://datb.mit.edu. pharmacology@mit.edu. 1. How the Brain Works. You have about 100 billion brain cells, which are called neurons.. Each neuron has about 1,000 connections, called synapses. (This number is extremely variable.). Pharmacodynamics. Pharmacodynamics. The study of the biochemical and physiologic effects of drugs and the molecular mechanisms by which those effects are produced . The study of what drugs do to the body and how they do it . A Selective Overview. Carl Rosow, M.D., Ph.D.. Disclosures. Consultant – Salix Pharmaceuticals. Topics for Today. Pharmacodynamics. Receptors, potency, efficacy. Agonists, antagonists. The dose response curve. Jessica Tagerman, . PharmD. , . RPh. Pharmacokinetics & pharmacodynamics. Pharmacodynamics: What the drug does to the body. Pharmacokinetics: What the body does to the drug. pharmacodynamics. “What the drug does to the body”. Lectures. Drug Mechanisms. Receptor Interactions. Pharmacokinetics. Pharm definitions and drug selectivity. Drug= A chemical substance that interacts with a biological substance to produce a physiological effect. Anna Maria Nardiello. 1,. *, Lucia Sessa. 1,2. , Jacopo Santoro. 1. and Stefano Piotto. 1,2. 1. . Department of Pharmacy, University of Salerno, . Fisciano. , 84084, Italy. 2. . Research. Centre for . Graded Dose-response Relationships. Agonist . drugs mimic the action of the original endogenous ligand for the receptor (for example, isoproterenol mimics norepinephrine on β1 . receptors . of the heart). The magnitude of the drug effect depends on the drug concentration at the receptor site, which, in turn, is determined by both the dose of drug administered and by the drug’s pharmacokinetic profile, such as rate of absorption, distribution, metabolism, and elimination. Archana Vidya Boopathy,. 1. Anurag Nekkalapudi,. 1. Bhawna Sharma,. 1. Sophie Schulha,. 2. . Raphaela. Wimmer,. 2. Debi Jin,. 1. Janette Sung,. 1. Jeffrey Murry,. 1. Mark Nagel,. 1. Brian Carr,. Pharmacodynamics. D-R Interact.ions and Pharmacodynamics. Pharmacodynamics. . Describes the actions of drugs on the body and the influence of drug . concentration on the magnitude of the response. Pharmacodynamics. Dennis Paul, Ph.D.. dpaul@lsuhsc.edu. Learning Objectives:. Understand the theoretical basis of drug-receptor interactions.. Understand the determinants and types of responses to drug-receptor interactions.. Graded Dose-response . Relationships:. Agonist drugs mimic the action of the original endogenous ligand for the receptor (for example, isoproterenol mimics norepinephrine on β1 receptors of the heart). .