IV Infusion and Solutions
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Questions and Answers

A patient reports burning and tightness at their IV site, and you observe swelling. Which complication is most likely occurring?

  • Infection
  • Infiltration (correct)
  • Extravasation
  • Phlebitis

When administering a vesicant medication intravenously, which action is most important to prevent extravasation?

  • Selecting a large vein in an area of flexion
  • Establishing catheter patency prior to administration (correct)
  • Applying a warm compress to the insertion site
  • Administering the medication rapidly

A patient is ordered to receive an IV infusion to correct a severe electrolyte imbalance. Which type of IV solution is MOST likely to be used?

  • Colloid solution such as albumin
  • Hypertonic crystalloid solution to draw fluid into the intravascular space
  • Crystalloid solution containing specific electrolytes (correct)
  • Hypotonic crystalloid solution like 0.45% NaCl

A nurse observes redness, warmth, and tenderness at a patient's IV site, along with a palpable venous cord. What complication is most likely?

<p>Phlebitis (D)</p> Signup and view all the answers

A patient undergoing IV therapy develops a fever and reports pain and tenderness at the insertion site with purulent drainage. Which of the following is the priority nursing intervention?

<p>Stopping the infusion and notifying the healthcare provider (A)</p> Signup and view all the answers

A patient who is unable to take fluids orally requires intravenous fluid support. Which of the following is the PRIMARY purpose of initiating IV therapy for this patient?

<p>To supply fluids and nutrients the patient cannot obtain orally. (B)</p> Signup and view all the answers

Which of the following is the MOST appropriate intervention to manage IV infiltration?

<p>Elevate the limb and apply a warm or cool compress (C)</p> Signup and view all the answers

A postoperative patient requires an IV solution to help maintain circulating volume and prevent edema. Which type of IV solution would be MOST appropriate?

<p>Hypertonic Fluid (C)</p> Signup and view all the answers

When preparing an IV infusion, what is the MOST important action a nurse should take regarding the IV solution bag?

<p>Checking the expiration date and inspecting for clarity (B)</p> Signup and view all the answers

You are preparing to administer a medication known to be a vesicant through a patient's peripheral IV. What is the BEST course of action?

<p>Confirm with the provider if the medication can be given via a central line instead (B)</p> Signup and view all the answers

Which of the following techniques is MOST effective in preventing phlebitis during IV administration?

<p>Choosing the smallest appropriate catheter size for the ordered infusion (A)</p> Signup and view all the answers

A patient is receiving an IV infusion. The nurse observes swelling, pallor, and coolness around the insertion site. What complication is MOST likely occurring?

<p>Infiltration (A)</p> Signup and view all the answers

To prevent infection during IV insertion, which step is MOST critical?

<p>Using sterile gloves and aseptic technique (C)</p> Signup and view all the answers

Before initiating IV therapy, what is the PRIORITY nursing assessment related to the patient's medication history?

<p>Assessing the patient's drug allergies (D)</p> Signup and view all the answers

A physician orders an IV infusion of 0.9% NaCl to be administered at a rate of 100 mL/hr. What is the PRIMARY purpose of this order?

<p>To supply fluids and maintain electrolyte balance (C)</p> Signup and view all the answers

Which of the following assessments is MOST important for the nurse to perform before initiating an IV infusion?

<p>Assessing the patency of the IV site (C)</p> Signup and view all the answers

Flashcards

IV Infusion

Instillation of electrolytes, medication, blood, or nutrients into the vein.

Purposes of IV Therapy

To supply fluids, electrolytes, glucose or a lifeline for medications.

Crystalloid Solutions

Solutions with small molecules that flow easily from the bloodstream into cells and tissues.

Isotonic Fluids

Solutions with similar solute concentration as plasma.

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Hypotonic Fluids

Solutions with less solute concentration than plasma.

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Hypertonic Fluids

Solutions with greater solute concentration than plasma.

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Colloid Solutions

Solutions with large solutes; always hypertonic.

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Infiltration

Occurs when I.V. fluid leaks into surrounding tissue.

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I.V. Infiltration

Leakage of non-vesicant fluid or medication into surrounding tissue.

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Infiltration Symptoms

Swelling, discomfort, burning, and/or tightness at the I.V. site.

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I.V. Extravasation

Leakage of a vesicant (blister-causing) drug into surrounding tissue.

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Extravasation Symptoms

Tightness, burning, cool skin, redness, blanching, blistering, or skin sloughing at the I.V. site.

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Phlebitis

Inflammation of a vein.

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Phlebitis Symptoms

Pain, tenderness, warmth, erythema (redness), swelling, or purulent drainage at the I.V. site. A palpable venous cord may also be present.

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I.V. Infection

A localized or systemic response to the introduction of pathogens.

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I.V. Infection Symptoms

Pain, tenderness, redness, or discharge at the I.V. site; fever may also be present.

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Study Notes

  • IV infusion involves instilling electrolytes, medication, blood, or nutrients into a vein.
  • Physicians are responsible for ordering the type, amount, and rate of the IV solution.

Purposes of Intravenous Therapy

  • To supply fluids to patients unable to take fluids or nutrients orally.
  • To provide necessary salts for electrolyte balance (e.g., K+, Na-).
  • To provide glucose for metabolism (dextrose).
  • To serve as a lifeline for rapid blood and medication delivery.

Types of IV Solutions

  • Crystalloids are solutions with small molecules that easily flow from the bloodstream into cells and tissues.

Isotonic Fluids

  • They have a similar solute concentration as plasma.
  • 0.9% NaCl (normal saline) is an example.

Hypotonic Fluids

  • Have a lower solute concentration than plasma.
  • 0.45% NaCl (half normal saline) is an example.

Hypertonic Fluids

  • Have a greater solute concentration than plasma.
  • They are often administered to post-operative patients to maintain circulating volume and prevent edema.
  • Colloids are comprised of much larger solutes than crystalloids.
  • Colloids are always hypertonic.
  • Plasma and albumin as examples of colloids.

IV Set Parts

  • Injection site
  • Connector
  • Needle
  • PVC Tube
  • Roller Clamp
  • Solution Filter
  • Drip Chamber
  • Spike
  • Air Vent

Assessments Before Initiating IV Infusion

  • Assess the healthcare provider's order for the IV solution and flow rate for accurate administration.
  • Review information about the solution, added drugs, and nursing implications for safe administration.
  • Determine if the client understands the purpose of the IV infusion to tailor teaching to their specific needs.
  • Inspect the IV bag for leaks, tears, or cracks.
  • Examine the fluid for clarity, particulate matter, and color, also verify the expiration date.
  • Assess the skin at the IV site to avoid administering medication into inflamed or edematous tissue, which could cause injury.
  • Evaluate the patency of the IV to ensure medication will be properly administered into the vein.
  • Verify the client’s drug allergies.

Equipment Required for IV Administration

  • Prescribed IV solution
  • IV infusion set/IV tubing.
  • Spirit swabs.
  • Adhesive tape.
  • Disposable gloves (if available).
  • IV stand.
  • Arm board (if needed, especially for infants).
  • Steel tray.
  • Potential complications of IV therapy include infiltration, extravasation, phlebitis, and infection.

IV Infiltration

  • I.V. fluid or medications leak into the surrounding tissue.

Infiltration Signs and Symptoms

  • Swelling, discomfort, burning, and/or tightness.
  • Leakage from the insertion site.

Infiltration Prevention

  • Select an appropriate I.V. site, avoiding areas of flexion
  • Employ proper venipuncture technique.
  • Advise the patient to report any swelling or tenderness at the I.V. site.

Management of I.V. Infiltration

  • Stop the infusion, and remove the device.
  • Elevate the limb to enhance comfort, may apply a warm or cool compress.
  • Perform venipuncture in a different location and restart the infusion, as ordered.

Extravasation

  • The leaking of vesicant drugs into surrounding tissue.

Extravasation Signs and Symptoms

  • Tightness, burning, or discomfort at the I.V. site.
  • Cool skin, redness, and/or blanching at or above the I.V. site.
  • Blistering and/or skin sloughing.

Extravasation Prevention

  • Avoid veins that are small and/or fragile.
  • Establish catheter patency before intravenous administration.

Management of Extravasation

  • Stop the I.V. flow and remove the I.V. line.
  • Elevate the extremity.
  • Frequently assess sensation, motor function, and circulation in the affected extremity.
  • Perform venipuncture in a different location.
  • Phlebitis is inflammation of a vein.

Phlebitis Signs and Symptoms

  • Pain, tenderness, warmth, erythema, swelling, and purulent drainage.
  • Palpable venous cord.

Phlebitis Prevention

  • Choose the most appropriately sized catheter for the ordered infusion or medication.
  • Monitor administration rates and inspect the I.V. site frequently.

Management of Phlebitis

  • Stop the infusion at the first sign of redness or pain and insert a new catheter at a different site.
  • Apply warm, moist compresses to the area and elevate the limb.
  • Local or systemic infection is another potential complication of I.V. therapy.

Infection Signs and Symptoms

  • Pain, tenderness, redness, or discharge at the I.V. site.
  • Fever.

Infection Prevention

  • Perform hand hygiene, don gloves, and use aseptic technique during I.V. insertion.
  • Clean the site with approved skin antiseptic before inserting IV catheter.

Management of Infection

  • Stop the infusion and notify the prescriber.
  • Remove the device.
  • Administer medications as prescribed.
  • Monitor the patient's vital signs.

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Description

Intravenous (IV) infusions deliver fluids, electrolytes, medications, blood, or nutrients directly into a vein. Physicians determine the type and rate of IV solution, and may use crystalloids like isotonic, hypotonic and hypertonic intravenous fluids.

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