Notes in 01. Intro to Pharmacology

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Published	10/21/2024	Drugs binds to regulatory molecules and either {{c1::activates}} or {{c1::inhibits}}normal body processes.
Published	10/21/2024	Medical Pharmacology is the science of substances used to {{c1::prevent}}, {{c1::diagnose}}, and {{c1::treat diseases}}.
Published	10/21/2024	{{c1::Toxicology}} deals with the undesirable effects of chemicals on living systems.
Published	10/21/2024	Pharmacokinetics refers to what the {{c1::body}} does to a drug.
Published	10/21/2024	{{c1::Pharmacodynamics}} refers to what the drug does to the body.
Published	10/21/2024	The four pharmacokinetic properties determine the onset, intensity, and duration of drug action{{c1::Absorption}}{{c1::Distribution}}{{c1::Metabolism}…
Published	10/21/2024	{{c1::Agonist drugs}} bind and activate the receptor in some fashion which directly or indirectly brings about the effect
Published	10/21/2024	{{c1::Antagonist drugs}} binds to the same receptor (has the same shape as an agonist) but turns off the mechanism so there would be no biological res…
Published	10/21/2024	{{c1::Allosteric activator}} has a different shape and binds to other binding site which enhances the clinical response when bound to a receptor
Published	10/21/2024	{{c1::Allosteric Inhibitor}} decreases the action of agonists and is taken into account when giving multiple drugs
Published	10/21/2024	{{c1::Allosteric activators}} may increase the efficacy of the agonist or its binding affinity
Published	10/21/2024	What makes up the green line?{{c1:: Agonist + Allosteric Activator}}
Published	10/21/2024	What makes up the black line?{{c1:: Agonist}}
Published	10/21/2024	What makes up the orange line?{{c1:: Agonist + Antagonist}}
Published	10/21/2024	What makes up the violet line?{{c1:: Agonist + Allosteric Inhibitor}}
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