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123 Cards in this Set

  • Front
  • Back
Content Review:
Six rights of Drug Administration
1.Right Person
2.Right drug
3.Right dose
4.Right time
5.Right route
6.Right documentation

Extra: Right expiration
MEDPR TD

Page 395
Agents used in the diagnosis, treatment, or prevention of disease
Medications/drugs

Page 395
Measures to decrease your risk of exposure to blood and body fluids
Standard Precautions

Page 396
A condition free of pathogens
Asepsis

Page 397
Limited to one area of the body
Local

Page 397
Throughout the body
Systemic

Page 397
Free of all forms of life
Sterile

Page 397
Careful handling to prevent contamination
Medically clean

Page 397
Cleansing agent that is toxic to living tissue
Disinfectant

Page 397
Cleansing agent that is not toxic to living tissue
Antiseptic

Alcohol, iodine preps

Page 398
Content Review:
Needle Handling Precautions
1.Minimize tasks in a moving ambulance
2.Properly dispose of all sharps
3.Recap needles onlyu as a last resort
Rigid, puncture-resistant container clearly marked as a biohazard
Sharps container

Page 398
Material applied to and absorbed through the skin or mucous membranes
Topical medications

Page 399
Content Review:
Routes of Drug Administration
1.Percutaneous
2.Pulmonary
3.Enteral
4.Parenteral

Page 399
Content Review:
Percutaneous Routes
1.Transdermal
2.Mucous membrane

Page 399
Content Review:
Mucous Membrane Medication Sites
1.Tongue
2.Cheek
3.Eye
4.Nose
5.Ear

Page 399
Benneath the tongue
Sublingual

Page 400
Between the cheek and gums
Buccal

Page 400
Drug administered through the mucous membranes of the eye
Ocular medication

Page 401
Drug administered through the mucous membranes of the nose
Nasal medication

Page 402
Device that produces a fine aerosol mist that permits wide and even distribution of a medication across the nasal mucosa
Medication Atomization Device (MAD)

Page 403
Drug administered through the mucous membranes of the ear and ear canal
Aural medication

Page 403
Drawing of medication into the lungs along with air during breathing
Inhalation

Page 404
Placement of medication in or under the skin with a needle and syringe
Injection

Page 404
Content Review:
Pulmonary Medication Mechanisms
1.Nebulizer
2.Metered dose inhaler
3.Endotracheal tube

Page 404
Inhalation aid that disperses liquid into aerosol spray or mist
Nebulizer

Page 404
Handheld device that produces a medicated spray for inhalation
Metered dose inhaler

Page 405
Content Review:
Endotracheal Medications
1.Lidocaine
2.Vasopressin
3.Epinephrine
4.Atropine
5.Naloxone

Page 407
Through the gastrointestinal tract
Enteral

Page 407
Content Review:
Enteral Routes
1.Oral
2.Gastric tube
3.Rectal

Page 408
Change in a medication's chemical composition that occurs in the liver
hepatic alteration

Page 412
Medication packaged in a soft pliable form for insertion into the rectum
Suppository

Page 413
A liquid bolus of medication that is infected into the rectum
Enema

Page 413
Concentrated mass of medication
Bolus

Page 413
Outside of the gastrointestinal tract
Parenteral

Page 414
Plastic tube with which liquid medications can be drawn up, stored, and injected
Syringe

Page 414
Hollow metal tube used with the syringe to administer medications
Hypodermic needle

18 - 27 guage
3/8 - 1 1/2 inch lengths

Page 415
The size of a needle's diameter
Gauge

Page 415
Breakable glass vessel containing liquid medication
Ampule

Page 416
Plastic or glass container with a self-sealing rubber top
Vial

Page 416
Vial with two containers, one holding a powdered medication and the other holding a liquid mixing solution
Nonconstituted drug vial/ Mix-o-vial

Page 419
Syringe packaged in a tamper-proof container with the medication already in the barrel
Prefilled / Preloaded syringe

Page 419
Parenteral medication packaged in an IV bag and administered as an IV infusion
Medicated Solution

Page 421
Liquid medication delivered through a vien
Infusion

Page 421
Content Review:
Parenteral Routes
1.Intradermal injection
2.Subcutaneous injection
3.Intramuscular injection
4.Intravenous access
5.Intraosseous infusion

Page 422
Within the dermal layer of the skin
Intradermal

25 - 27 guage
3/8 - 1 inch long

Page 422
The layer of loose conective tissue between the skin and muscle
Subcutaneous

24 - 26 guage
3/8 - 1 inch long

Page 424
Within the muscle
Intramuscular

1 -5 ML syringe
21 - 23 guage
3/8 - 1 inch long

Page 427
Content Review:
Intramuscular Injection Sites
1.Deltoid
2.Dorsal gluteal
3.Vastus lateralis
4.Rectus femoris

Page 427
Surgical puncture of a vein to deliver medication or withdraw blood.
Intravenous (IV) access

Also called Cannulation

Page 430
Surgical puncture of a vein in the arm, leg, or neck
Peripheral venous access

Page 431
Surgical puncture of the internal jugular, subclavian, or femoral vein.
Central venous access

Page 432
Line threaded into the central circulation via a peripheral site
Peripherally inserted central catheter (PICC)

Page 432
External Jugular access is considered.....
Peripheral venous access

Page 432
Internal Jugular access is considered....
Central venous access

Page 432
Chemically prepared solution tailored to the body's specific needs
Intravenous fluid

Page 433
Intravenous solutions containing large protiens that cannot pass through capillary membranes
Colloid

Page 433
Intravenous solutions that contain electrolytes but lack the larger proteins associated with colloids
Crystalloid

Page 433
State in which solutions on opposite sides of a semipermeable membrane are in equal concentration
Isotonic

Page 433
State in which a solution has a higher solute concentration on one side of a semipermeable membrane than on the other side
Hypertonic

Page 433
State in which a solution has a lower solute concentration on one side of a semipermeable membrane than on the other side
Hypotonic

Page 434
Content Review:
Crystalloid Classes
1.Isotonic
2.Hypertonic
3.Hypotonic

Page 434
Flexible, clear plastic tubing that connects the solution bag to the IV cannula
Administration tubing

Page 435
Hollow needle used to puncture a vien
Cannula

Page 435
Administration tubing that delivers a relatively large amount of fluid
Macrodrip administration tubing

Page 435
Administration tubing that delivers a relatively small amount of fluid
Microdrip administration tubing

Page 435
Sharp pointed device inserted into the IV solution bag's administration set port.
Spike

Page 435
Clear plastic chamber that allows visualization of the drip rate
Drip chamber

Page 435
Pace at which the fluid moves from the bag into the patient
Drip rate

Page 435
Device that regulates the size of drops
Drop former

Page 436
Self sealing membrane into which a hypodermic needle is inserted for drug administration
Medication injection port

Page 437
Rigid plastic device specifically constructed to fit into the hub of an intravenous cannula
Needle adapter

Page 437
IV tubing used to extend a macrodrip or microdrip setup
Extention tubing

Page 437
IV setup that delivers specific volumes of fluid
Measured volume administration set

Page 438
Calibrated chamber of berutol IV administration tubing that enables precise measurement and delivery of fluids and medicated solutions
Burette chamber

Page 438
Administration tubing that contains a filter to prevent clots or other debris from entering the patient
Blood tubing

Page 438
Semiflexible catheter enclosing a sharp metal stylet
Over the needle catheter / angiocatheter

Page 440
Stylet that does not have a Teflon tube but is itself inserted into the vein and secured there
Hollow needle catheter

Page 440
Teflon catheter inserted through a large metal stylet
Catheter inserted through the needle / intracatheter

Page 441
Flat rubber band used to impede venous return and make veins easier to see
Venous constricting band

Page 441
leakage of fluid or medication from the blood vessel that is commonly found with infiltration
Extravasation

Page 449
Content Review:
IV Troubleshooting
1.Constricting band still in place?
2.Edema at the puncture site?
3.Cannula abutting vein wall or valve?
4.Administration set control valves closed
5.IV bag to low
6.Completely filled drip chamber
7.Is the catheter patent?

Page 449
Content Review:
IV Access Complications
1.Pain
2.Local infection
3.Pyrogenic reaction
4.Allergic reaction
5.Catheter shear
6.Inadvertent arterial puncture
7.Circulatory overload
8.Thrombophlebitis
9.Air embolism
10.Necrosis
11.Anticoagulants

Page 450
Foreign protein capable of producing fever
Pyrogen

Page 450
Foreign particle in the blood
Embolus

Page 450
An excess in intravascular fluid volume
Circulatory overload

Page 450
Inflammation of the vein
Thrombophlebitis

Page 450
Blood clot
Thrombus

Page 451
Air in the vein
Air embolism

Page 451
The sloughing off of dead tissue
Necrosis

Page 451
Drug that inhibits blood cloting
Anticoagulant

Page 451
Intravenous Bolus syringe size and length is.....
Syringe size depends on volume

18 - 20 guage
1 - 1 1/2 inch long
Peripheral IV cannula with a distal medication port used for intermittent fluid or medication infusions, Saline is injected into the device to maintain its patency.
Saline lock

18 - 20 guage
1 - 1 1/2 inch long

Page 456
Peripheral IV cannula with a distal medication port used for intermittent fluid or medication infusions, Flushes of Heparin solution, which inhibit blood coagulation, are used to maintain patency of the device.
Heparin lock

Page 456
Surgically implanted port that permits repeated access to central venous circulation.
Venous access device

Page 458
Needle that has an opening on the side of the shaft instead of the tip
Huber needle

21 or 22 guage Huber needle
Is injected into a venous access device at a 90 degree angle. There are other specialized needles for this task besides the Huber as well.


Page 458
Gravity flow device that regulates fluids passage through an electromechanical pump
Infusion controller

Page 459
Outside the vien
Extravascular

Page 459
Device that delivers fluids and medications under positve prssure
Infusion pump

Page 460
Glass container with color coded, self sealing rubber top
Blood tube

Page 461
Device that holds blood tubes
Vacutainer

Page 462
Long, exposed needle that screws into the vacutainer and is inserted directly into the vein
Multidraw needle

Page 462
Order of blood tube sequence is....
(RBGPG)
1.Red
2.Blue
3.Green
4.Purple
5.Grey
Elevated numbers of red and white blood cells
Hemoconcentration

Page 464
The destruction of red blood cells
Hemolysis

Page 464
Within the bone
Intraosseous

14 - 18 guage hollow cannula with metal trocar


Page 465
A sharp, pointed instrument
Trocar

Page 466
Developed in Israel used for IO's
Bone Injection Gun (B.I.G.)

Page 468
Used for IO placement into the sternum
F.A.S.T.I.

Page 468
Uses a small drill to place an IO needle into the bone
EZ-IO

Page 468
Content Review:
Intraosseous Access Complications
1.Fracture
2.Infiiltration
3.Growth plate damage
4.Complete insertion
5.Pulmonary embolism
6.Infection

Page 472
Content Review:
Fundamental Metric Units
1.Grams=mass
2.Meters=distance
3.Liters=volume

Page 474
Predetermined amount of medication or fluid
Unit

Page 476
Standard concentration of routinely used medications
Stock solution

Page 476
Specific quanity of medication needed
Desired dose

Page 476
Weight per volume
Concentration

Page 477
The ammount of drug available in a solution
Dosage on hand

Page 477
The available amount of solution containing a medication
Volume on hand

Page 477
Speed at which a medication is delivered intravenously
Infusion rate

Page 480
Drug administered through the mucous membranes of the eye
Ocular medication

Page 401
Abbreviations/names for right eye, left eye, and both eyes
1.o.d. (oculus dexter) right eye
2.o.s. (oculus sinister) left eye
3.o.u. (oculus uterque) both eyes

Page 401
Name the guage needles used for each of the following:
IO, IV, IM, SQ, ID, Hubber
Write them on a sheet of paper and compare.....
IO= 14 - 18 guage
IV= 18 - 20 guage
IM= 21 - 23 guage
SQ= 24 - 26 guage
ID= 25 - 27 guage

Page 422.......
How many liters of o2 do you set for a nebulizer
5 - 8 LPM