🟢 Hepatitis A is transmitted primarily by the fecal-oral route, usually through ingestion of contaminated food or water or close contact with an infected person.

🟢 This form of hepatitis is strongly linked to poor sanitation, improper hand hygiene, and food contamination.

🟢 Unlike hepatitis B and hepatitis C, hepatitis A is not mainly spread through blood exposure.

🟢 It causes an acute infection and does not progress to chronic hepatitis.

🟢 This makes fecal-oral transmission the primary mode of spread for hepatitis A.

Direct contact with other bodily fluids

🟢 This description is more consistent with infections spread through secretions or blood-containing body fluids, not classic hepatitis A transmission.

🟢 Hepatitis A is mainly associated with stool contamination and ingestion, not general body-fluid exposure.

Aerosolized droplets from infected individuals

🟢 Hepatitis A is not spread by respiratory droplets like influenza or other airborne infections.

🟢 Breathing near an infected person is not the usual route of transmission.

Contact with infected blood

🟢 Bloodborne transmission is much more characteristic of hepatitis B and hepatitis C.

🟢 Although rare exceptions exist, it is not the primary mode of transmission for hepatitis A.

🟠 Lactulose is given to clients with cirrhosis mainly to help lower ammonia levels, especially when there is concern for hepatic encephalopathy.

🟠 It works by drawing ammonia into the colon and increasing bowel movements so the body can excrete more nitrogenous waste.

🟠 This action helps reduce neurologic symptoms such as confusion, lethargy, and altered mental status.

🟠 Although lactulose also has a laxative effect, its key therapeutic purpose in cirrhosis is not ordinary constipation relief.

🟠 The primary reason for administration is to reduce ammonia accumulation through stool elimination.

To decrease portal pressure and the risk of variceal bleeding

🟠 Lactulose does not directly lower portal hypertension.

🟠 Medications such as nonselective beta blockers are more associated with reducing portal pressure and variceal bleeding risk.

To lower bilirubin levels and improve jaundice

🟠 Lactulose is not used to reduce bilirubin or directly treat jaundice.

🟠 Jaundice improves only if the underlying liver dysfunction or obstruction is addressed.

To prevent constipation by softening the stool

🟠 Lactulose can soften stool and increase bowel movements, but in cirrhosis this is not the main therapeutic goal.

🟠 The most important reason is prevention and treatment of hepatic encephalopathy through ammonia reduction.

🔴 A newly diagnosed client with celiac disease needs more teaching if they say, “I can still enjoy oatmeal for breakfast.”

🔴 Oats themselves may be tolerated by many people with celiac disease, but regular oatmeal is often contaminated with gluten during processing.

🔴 Clients should be taught that only certified gluten-free oats are considered safer, and even then they should be introduced carefully based on provider or dietitian guidance.

🔴 A blanket statement that oatmeal is always acceptable is inaccurate and can lead to ongoing intestinal inflammation.

🔴 This response shows incomplete understanding of the need to avoid hidden gluten exposure and cross-contact.

"I need to check food labels for hidden sources of gluten, like barley and rye."

🔴 This statement is correct because barley and rye contain gluten and must be avoided in celiac disease.

🔴 Reading labels carefully is an essential part of long-term disease management.

"My family should use separate serving utensils for gluten-free foods."

🔴 This statement is correct because cross-contact can expose the client to gluten even when the food itself is meant to be gluten-free.

🔴 Separate utensils and clean preparation surfaces help reduce accidental contamination.

"I need to avoid foods like bread, pasta, and cereal."

🔴 This statement is correct because many common breads, pastas, and cereals contain wheat or other gluten-containing grains.

🔴 Avoiding these foods is a central part of celiac disease treatment unless they are specifically labeled gluten-free.

⚫ In a client with cirrhosis at risk for hepatic encephalopathy, the nurse should monitor ammonia levels closely.

⚫ Hepatic encephalopathy develops when the damaged liver cannot adequately clear toxic nitrogenous wastes, especially ammonia.

⚫ Rising ammonia contributes to neurologic changes such as confusion, personality changes, lethargy, asterixis, and decreased level of consciousness.

⚫ While the diagnosis of hepatic encephalopathy is primarily clinical, ammonia remains an important lab value to review in an at-risk client.

⚫ Among the options given, ammonia is the most directly related laboratory value.

Prothrombin time

⚫ Prothrombin time is important in cirrhosis because it reflects impaired clotting factor production by the liver.

⚫ However, it does not specifically monitor risk for hepatic encephalopathy as directly as ammonia does.

Serum albumin

⚫ Albumin helps assess the liver’s synthetic function and nutritional status.

⚫ A low albumin level is important in chronic liver disease, but it is not the best marker for encephalopathy risk among these choices.

Serum potassium

⚫ Potassium is important because electrolyte imbalances can worsen many conditions, including encephalopathy.

⚫ Even so, potassium is not the most direct lab indicator of hepatic encephalopathy in this question.

🟡 In advanced cirrhosis, reduced sodium intake is especially beneficial because it helps limit fluid retention, ascites, and peripheral edema.

🟡 Sodium promotes water retention, which can worsen abdominal distention and discomfort in clients with portal hypertension and liver failure.

🟡 Restricting sodium is a key dietary strategy when cirrhosis is accompanied by ascites or significant fluid overload.

🟡 This intervention helps minimize symptom exacerbation and supports the effect of prescribed diuretics when used.

🟡 For these reasons, reduced sodium intake is the most beneficial dietary adjustment listed.

Increased protein intake

🟡 Protein is necessary for nutrition, but simply increasing it is not the most targeted way to reduce symptom exacerbation in advanced cirrhosis.

🟡 The greater dietary priority in clients with fluid retention is usually sodium restriction, not indiscriminate protein increase.

Increased fiber intake

🟡 Fiber may support bowel health, but it does not directly address the main cirrhosis-related problems of ascites and edema.

🟡 It is not the most beneficial dietary modification for minimizing symptom worsening in this context.

Higher sugar intake

🟡 Increasing sugar intake does not treat the pathophysiology of advanced cirrhosis.

🟡 It may even be unhelpful, especially if the client also has glucose intolerance or poor nutritional balance.

⭐ A client with celiac disease needs further teaching if they say, “I need to eat whole wheat bread to get enough fiber.”

⭐ Whole wheat bread contains gluten, which triggers the autoimmune intestinal damage seen in celiac disease.

⭐ Clients must avoid wheat, barley, and rye, even when those foods are considered healthy in other settings.

⭐ Fiber can still be obtained from gluten-free sources, such as fruits, vegetables, legumes, and gluten-free grains.

⭐ This statement is incorrect because it shows misunderstanding of the lifelong need for a strict gluten-free diet.

"I should increase my intake of sources of vitamins."

⭐ This statement is appropriate because celiac disease can cause malabsorption of vitamins and minerals.

⭐ Improving nutrient intake is an important part of recovery and long-term management.

"I can continue to eat foods labeled as gluten-free."

⭐ This statement is correct because foods properly labeled gluten-free are intended to be safe for people with celiac disease.

⭐ These products help the client maintain dietary variety while still avoiding gluten exposure.

"I will have to avoid foods that contain barley, rye, and wheat."

⭐ This statement is correct because all three of these grains contain gluten.

⭐ Lifelong avoidance is necessary to prevent intestinal injury and ongoing symptoms.

✅ In a client with alcohol-related cirrhosis who reports easy bruising, the platelet count is the most crucial lab test to assess from the options provided.

✅ Cirrhosis can lead to portal hypertension and splenic sequestration, which commonly cause thrombocytopenia.

✅ A low platelet count increases the risk of bruising, petechiae, and bleeding because platelets are essential for primary hemostasis.

✅ Fatigue may have multiple causes, but easy bruising strongly points toward a potential bleeding or clotting abnormality.

✅ This makes the platelet count the most immediately relevant laboratory value to review.

Serum creatinine

✅ Serum creatinine is useful for evaluating kidney function, which can be important in advanced liver disease.

✅ However, it does not directly explain easy bruising as specifically as platelet count does.

Serum calcium

✅ Calcium abnormalities can affect neuromuscular and bone function, but they are not the main cause of bruising in cirrhosis.

✅ This makes calcium a less urgent priority in the context of the symptoms described.

Total bilirubin

✅ Total bilirubin helps assess jaundice and impaired bile processing by the liver.

✅ Although it is important in liver disease, it does not directly evaluate the bruising tendency as well as platelet count.