INTRAVENOUS THERAPY Flashcards

1
Q

insertion of a needle or catheter / cannula into a vein, based on the physician’s written prescription

A

IV therapy

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2
Q

Change the IV site every ___

A

48-72 hours

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3
Q

Replace the tubing every ___

A

72 hours

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4
Q

Replace solution bottle (or bag) every ___

A

24 hours

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5
Q

Change blood tubing every ___ or after ___ units

A

4 hours; 2 units

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6
Q

2 types of IV solutions

A

crystalloid and colloid

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7
Q

These solutions stay in the vascular compartment expanding vascular volume

A

isotonic solution

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8
Q

used to provide free water and treat cellular dehydration. These solutions promote waste elimination by the kidneys.

A

hypotonic solution

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9
Q

draw fluid out of the intracellular and interstitial compartments into the vascular compartment, expanding vascular volume

A

hypertonic solution

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10
Q

this isotonic solution should not be given to patients with liver disease or blood pH > 7.5

A

lactated ringer’s

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11
Q

this isotonic solution should not be given to patients at risk for increased ICP

A

D5W / 5% dextrose in water

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12
Q

Do not administer to clients at risk for increased intracranial pressure or third-space fluid shift, hypotension, neurosurgery, burns, trauma, or low serum protein levels from malnutrition or liver disease

A

0.45% and 0.33% NaCl

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13
Q

Do not administer to clients with kidney or heart disease or clients who are dehydrated. Watch for signs of hypervolemia

A

D5NS, D5 1/2 NS, D5LR

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14
Q
  • Contain large molecules such as proteins that do not readily pass through the capillary membrane.
  • referred to as volume expanders
  • expensive, short half-lives, require refrigeration
A

colloid solutions

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15
Q

These solutions are commonly used to:

  • Increase blood volume following severe blood loss
  • Replace blood components
  • Supplementation of nutrients / needs
A

colloid solutions

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16
Q

Consists of an insertion spike, a drip chamber, a roller valve or screw clamp, tubing with secondary ports, and a protective cap over the connecter to the IV catheter

A

infusion administration sets

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17
Q

The insertion spike is kept ___

A

sterile

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18
Q

A macrodrip drip chamber delivers between ___ drops (abbreviated gtts) per milliliter of solution.

A

10 and 20

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19
Q

Microdrip sets deliver ___ drops per milliliter of solution

20
Q
  • used for rapid or routine fluid delivery or in keeping the vein open
  • 10, 15, 20 drop factor
A

macrodrip set

21
Q
  • Used for medication administration or for pediatric fluid delivery
  • 60 ugtts/mL
A

microdrip set

22
Q

Used to hang the solution container

A

IV poles / stands

23
Q

the higher the solution, the ___ the force of the solution

24
Q
  • Winged infusion set or scalp vein set
  • Used to draw blood from a vein
A

butterfly needle with adapter

25
Infusion of IV medications over short periods of time (e.g., 30, 60, or 120 minutes) and repeated at intervals of several hours (e.g. every 4, 6, 8, 12, or 24 hours)
intermittent infusion set
26
- safest and easiest infusion - Commonly added medications: Vitamins, KCl - Danger: circulatory fluid overload
large volume infusions
27
an undiluted drug is given directly into the systemic circulation, especially in cases of an emergency or if the drug is not supposed to be diluted
IV push / bolus
28
These are small fluid containers (100-150mL) that is attached to the primary infusion container, so the medication is administered through the patient's IV line
volume controlled infusion
29
A second container is attached to the line of the first container at the lower, secondary port so that the meds can be administered intermittently at the same time with the primary solution
tandem set up
30
- There is a second set that connects the second container to the tubing of the primary container at the upper port - used for intermittent drug administration
piggyback
31
These can be attached to an IV catheter or needle to allow medications to be administered through the veins without needing a continuous IV infusion
intermittent infusion devices
32
infusion of fluid and/or medication outside the intravascular space, into the surrounding soft tissue
infiltration
33
One way to determine if the IV has infiltrated is to apply slight pressure over the vein about ___ inches below the catheter tip; if the solution continues to run, it is probably infiltrated
three / 3
34
leaking of vesicant drugs into surrounding tissue
extravasation
35
occurs when there is leakage of blood from the vessel into the surrounding soft tissue
hematoma
36
inflammation of the vein. Inflammation occurs as a result of irritation to the endothelial cells of the vein creating a rough cell wall where platelets readily adhere
phlebitis
37
common site of phlebitis
dorsum of the hand
38
the formation of a blood clot
thrombosis
39
Refers to vein inflammation associated with a thrombus formation at the vein wall
thrombophlebitis
40
a sudden involuntary contraction of a vein resulting in a temporary cessation of blood flow through a vessel.
venous spasm
41
caused by fibrin sheath formation and identified by absent or sluggish blood return, although fluids can be infused
occlusion
42
characterized by inability to withdraw blood or infuse fluids or medications.
total occlusion
43
precipitated by the presence of more fluid volume than the circulatory system can manage
circulatory overload
44
a pathological state or pyrogenic reaction that is usually accompanied by systemic illness. It occurs when pathogenic bacteria invade the bloodstream.
septicemia
45
occurs as a result of a large volume of air entering the patient's vein via the IV administration set
air embolism