Introduction To Pharmaceutics Flashcards
(19 cards)
Animal drugs
Insulin (pig, cow)
Ex. Premarin - comes from urine of pregnant mares
Growth hormone (human) Ex. Cadavers
Drug
A chemical substance that interacts with a part of the body to alter an existing physiological or biochemical process, either good or bad.
Plant drugs
Digoxin (digitalis)
- heart issues
Morphine
Inorganic drugs
-made from minerals
Arsenic mercury
- has a bad effect
Lithium
Ex. Zinc, Magnesia
Synthetic drugs
- made in a lab
- pure and controlled
Propranolol (chemical)
Penicillin (biological)
Human insulin (biotechnology)
Alkaloids
Nitrogen containing heterocyclic compounds that are bitter and very potent
Glycosides
Compounds that are an active drug hooked through a sugar moiety
Non-sugar part is active drug
Premarin
Used as insulin
Comes from the urine of pregnant mares
Medicine
Still has effects on the body, like a drug, but it is packaged in a therapeutic nature to help cure disease; a packaged, finished dosage form
Pharmaceutical sciences
Group of interdisciplinary areas of study involved with the design, action, delivery, disposition, and use of drugs; turns drugs into viable medicines
Ex. Pharmacology, toxicology, medicinal chemistry, pharmacotherapy, pharmacodynamics, and pharmacokinetics
Pharmacology
The science dealing with the preparation, uses, and especially the effects of drugs
Toxicology
The science dealing with the effects, antidotes, detection, etc. , of poisons
Medicinal chemistry
The science of designing, synthesizing, and developing pharmaceutical drugs
Pharmacotherapy
The treatment of disease through the administration of drugs (what we are using the drug for in the patient)
Pharmacokinetics
Studies the fate of pharmacological substances in the body through ADME (absorption, distribution, metabolism, and elimination or excretion)
how that chemical drug moves throughout the body
Pharmacodynamics
Deals with the course of action, effect, and breakdown of drugs within the body (consequence of pharmacokinetics)
Pharmaceutics
The science that deals with the dosage forms design
Ideal drug delivery system
- controlled delivery rates (flexible programming)
- constant delivery rates (precise programming)
- not highly sensitive
- physiochemical principles
- capable of high drug order dispersion (the ultimate is molecular in scale)
- drug stability
- controlling mechanism adds little mass to dosage form
- applicable to a wide range and variety if drugs
Dosage form
The final formulation of the drug in combination with one or more non-medicinal agents (known as excipients) that together serve a specialized pharmaceutical function