Elevate the head of the client’s bed

🔷 Elevating the head of the bed should be done first because it is an immediate nursing action that helps promote respiratory expansion and comfort, especially in a client who likely has worsening liver disease with ascites.

🔷 Ascites can push upward on the diaphragm and make breathing more difficult when the client is lying flat.

🔷 This intervention is rapid, noninvasive, and addresses an airway and breathing priority before other actions.

🔷 Positioning the client upright also helps decrease discomfort associated with abdominal distention.

🔷 For this reason, elevate the head of the client’s bed is the action the nurse should perform first.

Testing stool and emesis for bleeding

🔷 After positioning the client, the nurse should next focus on testing stool and emesis for bleeding because chronic liver disease places the client at high risk for gastrointestinal bleeding, especially from esophageal varices or portal hypertension.

🔷 Bleeding is a serious complication that can rapidly become life-threatening if not recognized early.

🔷 Checking stool and emesis helps the nurse identify occult or visible blood loss and respond quickly.

🔷 This follow-up action is more urgent than routine procedures because it helps detect a potentially unstable complication.

🔷 For this reason, testing stool and emesis for bleeding is the best second action.

Client is oriented to person, place, and time

🔷 Being oriented to person, place, and time indicates that the client does not currently show worsening hepatic encephalopathy.

🔷 In progressive liver dysfunction, increasing ammonia can lead to confusion, disorientation, and decreased mental status.

🔷 Since the client remains alert and oriented, neurologic function is being maintained at this time.

🔷 This suggests that treatment is helping prevent deterioration in cognitive status.

🔷 For this reason, client is oriented to person, place, and time indicates expected progress.

Bilateral breath sounds clear and present throughout

🔷 Clear bilateral breath sounds indicate that the client is maintaining effective air movement and does not show signs of worsening pulmonary compromise.

🔷 Clients with advanced liver disease and abdominal fluid retention can develop respiratory difficulty from upward pressure on the diaphragm.

🔷 Clear lung sounds suggest that breathing status is stable rather than worsening.

🔷 This is an expected positive finding, especially when monitoring for complications of ascites.

🔷 For this reason, bilateral breath sounds clear and present throughout indicates progress as expected.

Client reports decreased shortness of breath

🔷 A report of decreased shortness of breath is a positive response because it suggests improved respiratory comfort.

🔷 This may occur when abdominal distention is better controlled and less pressure is placed on the diaphragm.

🔷 Improvement in breathing supports that current interventions are helping the client’s overall status.

🔷 Reduced dyspnea also reflects better tolerance of activity and positioning.

🔷 For this reason, client reports decreased shortness of breath indicates expected progress.

Abdominal girth decreased in size

🔷 A decrease in abdominal girth suggests reduced fluid accumulation, which is an expected improvement in a client with likely ascites from chronic liver disease.

🔷 This indicates that interventions such as sodium restriction and ongoing management may be helping decrease abdominal fluid retention.

🔷 Reduced girth can also improve comfort, breathing, and mobility.

🔷 Monitoring girth is an important way to evaluate whether treatment is working.

🔷 For this reason, abdominal girth decreased in size indicates the client is progressing as expected.

The client admitted with diabetic ketoacidosis

🔷 Diabetes mellitus is one of the most common causes of peripheral neuropathy because chronic hyperglycemia damages peripheral nerves over time.

🔷 Even though the client is admitted with DKA, the underlying diabetic disease process places the client at risk for neuropathic complications.

🔷 Diabetic neuropathy often affects sensation in the feet and lower extremities first.

🔷 This is a well-recognized long-term complication of diabetes and should be considered in care planning.

🔷 For this reason, the client admitted with diabetic ketoacidosis is at risk for peripheral neuropathy.

The client admitted for an exacerbation of Systemic Lupus Erythematosus (SLE)

🔷 SLE can involve the peripheral nervous system and may lead to peripheral neuropathy because of autoimmune inflammation and nerve injury.

🔷 Neurologic complications of lupus are diverse and can include sensory and motor nerve involvement.

🔷 During an exacerbation, inflammatory activity may increase the risk of neurologic manifestations.

🔷 This makes neuropathy an important complication to consider in clients with active lupus.

🔷 For this reason, the client admitted for an exacerbation of SLE is at risk for peripheral neuropathy.

The client admitted with untreated tuberculosis

🔷 Clients with tuberculosis may be at risk for peripheral neuropathy, especially because isoniazid therapy is associated with neuropathy and because TB guidance highlights increased risk in people with conditions associated with neuropathy.

🔷 Nursing exam questions commonly connect TB care with neuropathy risk because patients receiving treatment often require pyridoxine prophylaxis.

🔷 Untreated TB clients may also have malnutrition, which can further increase neuropathy risk.

🔷 This makes peripheral nerve complications a relevant concern in this population.

🔷 For this reason, the client admitted with untreated tuberculosis should be considered at risk for peripheral neuropathy.

The client admitted with cirrhosis secondary to chronic alcohol use

🔷 Alcohol use is a major risk factor for peripheral neuropathy because chronic alcohol exposure and associated nutritional deficiencies can damage peripheral nerves.

🔷 A client with cirrhosis secondary to chronic alcohol use has a strong history consistent with this risk.

🔷 Alcohol-related neuropathy often presents with pain, numbness, tingling, and weakness in the extremities.

🔷 Because alcohol use is specifically recognized as a neuropathy risk factor, this client should be monitored closely.

🔷 For this reason, the client admitted with cirrhosis secondary to chronic alcohol use is at risk for peripheral neuropathy.

The client admitted with sleep apnea

🔷 Sleep apnea is not a classic primary risk factor for peripheral neuropathy in standard nursing teaching.

🔷 It does not carry the same well-established neuropathy association as diabetes, lupus, TB-related treatment risk, or chronic alcohol use.

The client admitted with a hypertensive crisis

🔷 Hypertensive crisis is an acute cardiovascular emergency, but it is not a typical direct cause of peripheral neuropathy.

🔷 Peripheral neuropathy risk is more strongly linked to metabolic, autoimmune, infectious-treatment, and toxic causes.

🟣 Flank pain is a classic manifestation of an acute hemolytic transfusion reaction because hemolysis can rapidly affect the kidneys and cause back or flank discomfort.

🟣 Acute hemolytic reactions occur when incompatible red blood cells are destroyed, most often because of ABO incompatibility.

🟣 These reactions are serious and can also cause fever, chills, hypotension, hemoglobinuria, and renal injury.

🟣 Because flank pain is a key sign of acute intravascular hemolysis, it should prompt immediate action.

Wheezing

🟣 Wheezing is more suggestive of an allergic or anaphylactic transfusion reaction than an acute hemolytic reaction.

🟣 It does not best identify hemolysis from incompatible red blood cells.

Hives

🟣 Hives are associated more with a mild allergic transfusion reaction than with acute hemolysis.

🟣 Acute hemolytic reactions are more likely to present with fever, chills, flank pain, and hemoglobinuria.

Distended neck veins

🟣 Distended neck veins are more suggestive of transfusion-associated circulatory overload (TACO) than acute hemolysis.

🟣 This finding points to volume overload rather than destruction of transfused red blood cells.

💠 This statement shows a need for further teaching because when using nitroglycerin transdermal systems or topical preparations, the previous dose should be removed before applying the next one.

💠 Leaving an old patch or dose in place can cause excess medication exposure and increase adverse effects such as hypotension and headache.

💠 Clients also need a nitrate-free interval to reduce tolerance, depending on the formulation and schedule prescribed.

💠 Safe use requires proper dose timing and correct removal of the prior application.

💠 For this reason, “I should leave the patch in place until it is time for the next dose” indicates the need for further teaching.

“I might have a headache when I first start taking this medication.”

💠 This statement is correct because headache is a common early adverse effect of nitroglycerin.

💠 It reflects appropriate understanding rather than a teaching deficit.

“I should measure the dosage on the supplied paper.”

💠 This statement is correct for nitroglycerin ointment/paste, which is measured using the supplied dose-measuring paper.

💠 It shows that the client understands proper administration technique.

“I should get up slowly when I stand.”

💠 This statement is also correct because nitroglycerin can cause orthostatic hypotension and lightheadedness.

💠 Rising slowly helps reduce dizziness and fall risk.

✅ Using heparin-specific IV tubing is an appropriate nursing action because it helps standardize administration and reduce medication error with a high-alert anticoagulant.

✅ Continuous unfractionated heparin infusions require careful handling, pump control, and monitoring because dosing mistakes can lead to serious bleeding.

✅ Dedicated tubing also supports safer infusion practice by reducing accidental incompatibility or confusion with other medications.

✅ This is the best answer among the choices provided because the other options are clearly unsafe or inaccurate.

✅ For this reason, use IV tubing specific for heparin sodium when administering the infusion is the correct action.

Check the activated partial thromboplastin time (aPTT) every 4 hr

✅ aPTT is used to monitor unfractionated heparin, but checking it every 4 hours is not the standard routine for every client and depends on protocol.

✅ Monitoring intervals are usually based on institutional titration guidelines rather than a fixed q4h rule.

Have vitamin K available on the nursing unit

✅ Vitamin K reverses warfarin, not heparin.

✅ The antidote for heparin is protamine sulfate, so this statement is incorrect.

Administer 50,000 units of heparin by IV bolus every 12 hr

✅ This dose and schedule are not an appropriate routine action for a continuous IV heparin infusion.

✅ Such an action would create a serious risk for bleeding and is unsafe.