Ch-1: Product Preparation Flashcards
Aseptic
Freedom from pathogenic bacteria, pyrogens & other micro organisms
Aseptic Technique
Procedure used to prevent and minimize contamination by micro organisms when preparing sterile products
Pyrogen
Bi-product of micro organisms, which is dead but still causes fever
Routes of administration
- Parenteral
- Ophthalmics/otis
- Topicals
Parenteral
- Meds given by injection
- Rapid onset of action
- Types:
a) Subcutaneous (S.C)
b) Intramuscular (I.M)
c) Intravenous (I.V)
d) Intrathecal (I.T)
e) Intradermal
f) Intraocular
g) Intracardiac
Subcutaneous (S.C) injection
injection beneath the skin
eg. Insulin
Intramuscular (I.M) injection
injection into the muscle
eg. vitamins or something oily
Intravenous (I.V) injection
injection into a vein
Intrathecal (I.T) injection
injection into the spinal fluid
(before pregnancy)
Intraocular injection
injection into the eye
Intracardiac injection
injection into the heart
Ophthalmics sterility
prepared aseptically and are sterile
Otis sterility
can be prepared as a sterile product but is not necessary
the ear has better defense system to combat micro organisms
Sterile topicals
prepared for burn victims or surgical patients
Types of contaminants
- Particulate matter
- Microbes & pyrogens
Particulate matter contamination: particles
glass, plastic, hair, lint, fibers, rubber, metal, & undissolved drug
Particulate matter contamination: sources
- often introduced during compounding
- needle coring, breaking glass ampoules
- reconstitution of sterile powders
- incompatibilities when drugs are mixed together
Particulate matter contamination: side effects
large particles could cause an embolism in lung or brain
Microbial contamination
- Microorganisms- bacteria, fungi, virus
- the major source of infection for the patient receiving compounded sterile products
Microbiology
study of life forms that cannot be seen without the aid of a microscope
Pathogens
microorganisms that cause disease & represent approximately 3% of known microorganisms