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PHM 1350 Final Pt 2
Study Guide - Terms/Abbreviations
Term | Definition | |
---|---|---|
bid | twice a day | |
d | day | |
h | hour | |
IV | intravenous(ly) | |
npo | nothing by mouth | |
q | every | |
q3h | every 3 hours | |
qid | four times a day | |
qod | every other day | |
tid | three times a day | |
Ca | Calcium | |
Cl | Chlorine (Chloride) | |
HCO3 | bicarbonate | |
K | Potassium | |
mEq | milliequivalent | |
Mg | Magnesium | |
mM | millimole | |
Na | Sodium | |
PO4 | phosphate | |
SO4 | sulfate | |
additive | substance added to a compounded preparation | |
administration | delivery of a drug product to the body | |
admixture | combination of 2 or more pharmaceutical products for administration as a unit | |
compounding | preparation of a drug for dispensing pursuant to a practitioner’s order | |
formulary | approved drug list for an organization or institution | |
microorganism | microscopic living organism | |
parenteral | administration via a route outside the alimentary tract | |
pyrogen | substance that causes fever | |
route | the way in which a drug is delivered to the body | |
sterile | free of microorganisms and microbial byproducts | |
PharmD | Doctor of Pharmacy | |
active ingredient | substance intended for use in the diagnosis, cure, mitigation, treatment or prevention of disease | |
aseptic technique | procedures followed under controlled conditions in a manner that minimizes chance of contamination by introduction of microorganisms | |
ampule | sealed glass container which must be broken to remove the fluid it contains | |
bevel | diagonal cut of a needle shaft | |
coring | dislodging part of the stopper of a vial or an injection port into the solution inside the container | |
flange | rim around the barrel of a syringe | |
gauge | designation of needle size (higher for a finer needle) | |
hub | Part of the needle to which a syringe can be attached | |
injection port | Part of a plastic IV fluid bag designed to allow injection of medication | |
Luer lock | threaded tip on many syringes to hold needle in place | |
lumen | hollow bore of a needle shaft | |
plunger | piston-type rod with cone-shaped tip inside the syringe barrel | |
vial | glass or plastic container sealed with a rubber or synthetic stopper | |
Policy and Procedure Manual | Document detailing how things are done at a particular site or workplace | |
IVPB | intravenous piggyback | |
LVP | large volume parenteral (> 250 mL) | |
PPE | personal protective (or protection) equipment | |
SVP | small volume parenteral (< 250 mL) | |
critical work surface | space between the HEPA filter and the sterile product being prepared | |
HEPA filter | High Efficiency Particulate Air filter (removes 99.97% of all airborne particles > 0.3 μm) | |
ISO Class 5 | having fewer than 100 particles > 0.5 microns per cubic foot | |
micron | one millionth of a meter (0.001 mm or 0.00004 inches) | |
USP 797 | official document detailing procedures and requirements for compounding sterile preparations | |
vehicle | substance, often without therapeutic action, used as a carrier for an active ingredient | |
ASHP | American Society of Health-System Pharmacists | |
CAI | Compounding Aseptic Isolator | |
IPA | Isopropyl alcohol | |
LAFW | Laminar AirFlow Workbench | |
SWFI | Sterile water for injection | |
Aqueous (aq.) | having water as the only (or primary) solvent | |
beyond-use date (BUD) | date by which a preparation should be used or returned to the pharmacy | |
diluent | liquid added to a product during reconstitution or dilution | |
expiration date | last date on which unopened product may be used, assigned by manufacturer | |
reconstitution | process of adding liquid to a drug in powder form | |
solution | one-phase homogeneous system in which a solute is dispersed in a solvent in molecular or ionic sized particles. | |
D.O. | Doctor of Osteopathy | |
M.D. | Medical Doctor | |
buffer capacity | Ability of solution to resist change in pH when acidic or basic substances are added | |
clarity | Confirmation that medication is completely dissolved and solution free of particulate matter. | |
isotonic | Describes concentration of dissolved substances approximating that of red blood cells. | |
hypertonic | Describes a concentration of dissolved substances higher than that of red blood cells. | |
precipitation | Formation of solid particles that settle out of a solution | |
stability | Extent to which compound retains the properties it possessed at the time of admixture | |
pH | Indicates the degree of acidity of a solution | |
maintenance therapy | IV solutions given to supply a patient’s routine fluid and electrolyte needs | |
replacement therapy | IV solutions given to restore fluids when patients have losses from trauma or burns | |
incompatibility | Physicochemical phenomenon which results in an undesirable change in an admixture | |
hypotonic | Describes a concentration of dissolved substances lower than that of red blood cells. | |
continuous infusion | administration of larger volumes over several hours at a slow, constant rate | |
enteral | Via or involving the alimentary (digestive) tract | |
Home care | Pharmacy practice that provides IV medications and services to outpatients. | |
injection | administration of a relatively small volume directly from a syringe | |
intermittent infusion | administration of medication doses at periodic intervals | |
IV Push | intravenous injection over a short period | |
parenteral | Bypassing the alimentary tract (injections, inhalations, etc) | |
subcutaneous injection | injection of a drug or implantation of a device beneath the surface of the skin | |
prophylaxis | disease prevention | |
generic name | name of a drug which is common no matter what company manufactures it. | |
indication | reason, condition, or use for which a drug is prescribed | |
brand name | trademarked name owned by an individual manufacturer | |
central vein | large vein near the heart | |
macronutrients | amino acids, dextrose, and lipids (form “base solution” for nutrient admixture) | |
micronutrients | electrolytes, vitamins, and trace elements added to parenteral nutrition solutions | |
peripheral vein | smaller vein further from the heart (e.g., arm, leg) | |
TNA | Total Nutrient Admixture | |
TPN | Total Parenteral Nutrition | |
trace elements | elements needed by the body in very small amounts, including zinc, chromium, copper, manganese, selenium, iodine and molybdenum | |
antineoplastic | inhibiting or killing tumor cells (“against cancer”) | |
biological safety cabinet | a sterile environment for safe manipulation of cytotoxic and biohazardous materials | |
cytotoxic | poisonous to cells, preventing their reproduction or growth | |
oncologist | physician who specializes in cancer treatment | |
ALARA | As little as reasonably achievable | |
CACI | Compounding aseptic containment isolator | |
CSTD | Closed system drug transfer device | |
HD | Hazardous drug | |
IVIG | intravenous immune globulin | |
MPF | Methylparaben-Free (preservative free) | |
NIOSH | National Institute for Occupational Safety and Health | |
PEC | Primary engineering control | |
SCA | Segregated compounding area | |
End product validation | Visual inspection to ensure the absence of particulates in solutions,absence of leakage from vials or bags, accuracy of labeling, review to ensure correct ingredients/amounts; sometimes batch sampling | |
Media fill challenge test | process simulation with a medium that supports microbial growth | |
Process validation | Mechanism of ensuring that processes consistently result in sterile products of acceptable quality | |
Quality assurance | Process to ensure that products or services meet appropriate or predetermined standards | |
List the 5 “rights” of Pharmacy Quality | Patient, medication, dose, time, route of administration | |
ADD-vantage | diluent container which mates with threaded drug vial for point-of care activation | |
autoclave | sterilizing device which subjects its contents to a combination of heat and high pressure | |
closed transfer packaging | Needle-less system for dispensing drug with vehicle for point-of care reconstitution | |
Mini-Bag Plus | point-of-care activated delivery system consisting of a diluent container with a built-in vial adapter | |
Three main functions of the laminar air flow workbench fans and filters | provides clean air in the working area and prevents room air from entering the working area | suspends and removes contaminants introduced by materials or personnel |
Isotonic solution examples | D5W, NS, LR, Ringer’s | |
List four routes of administration (other than intravenous) requiring sterile products, | intramuscular, intradermal, subcutaneous, intrathecal, epidural | ophthalmic, inhalation, intranasal |
Advantages and Disadvantages of IV administration | Advantages - most rapid onset of action, can be used for irritating drugs, completely available to the body | Disadvantages - requires skills and equipment to administer, may cause complications (emboli, thrombosis, phlebitis, infiltration, extravasation ) |
Parts of NDC number | AAAA-BBBB-CC AAAA - labeler code (manufacturer or repackager) | BBBB - product code - drug, dosage form, and dose CC - package code (package size) |
overfill | Contents of IV bag in excess of labeled volume which must be removed for precision drips | |
PCA | Patient-controlled Analgesia | |
Two types of whole protein injections | immune globulins | clotting factors |
precautions used with whole protein injections | Do not shake or use NS, follow instructions | |
Two routes of intraspinal administration | intrathecal, epidural | |
Two indications for instraspinal administration | pain, spasticity | |
Which facilities and equipment must be certified/verified for air quality? | PECs, buffer and ante rooms | |
2 examples of non-injectable sterile preparations compounded in pharmacy | ophthalmic, irrigation, inhalation, dialysis solution | |
2 uses for irrigation solutions | bladder care, wound care, surgical procedures | |
Pore size of filter used for sterilization | 0.22 μm (micron) | |
Two advantages of closed-transfer packaging | Vial stays attached for identification | LAFW and refrigeration unnecessary, reduces waste, |
Two disadvantages of closed-transfer packaging | require training for use | limited drugs/doses/sizes |
Aseptic Technique principles (2): | DO NOT use syringes whose gradations are greater than twice the precision of the volume being measured because syringes are accurate only to one-half of the smallest increment of the barrel markings | Choose a syringe the next size larger than the volume being measured. Ideally, the syringe should be filled to between 50% and 90% of its capacity. |