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Abdominal tenderness is a common expected finding in peritonitis because inflammation of the peritoneum causes significant pain, guarding, and rebound tenderness. Although it helps confirm the diagnosis, it is a symptom rather than the most serious complication. It does not represent the greatest threat to survival compared to systemic infection.

Diarrhea may occur with some abdominal infections, but it is not the most dangerous complication of peritonitis. The priority concern is not altered bowel elimination but the spread of infection beyond the abdomen. Compared with sepsis, diarrhea poses far less immediate risk to the client’s life.

Nausea is a common symptom associated with abdominal inflammation, ileus, and gastrointestinal irritation in peritonitis. While it contributes to discomfort and may lead to poor oral intake, it is not a major life-threatening complication. The nurse should focus on detecting signs of worsening infection and systemic instability first.

Steatorrhea refers to excessive fat in the stool, which usually appears bulky, pale, foul-smelling, and greasy. It is associated with malabsorption disorders such as pancreatitis or celiac disease. A guaiac test does not detect fat content; separate stool fat analysis is required for this purpose.

Bacteria in the stool are identified through stool culture testing, which is performed when infection is suspected, such as in cases of diarrhea, fever, or suspected foodborne illness. The guaiac test does not assess for bacterial growth or infectious organisms. Its purpose is specifically to identify occult gastrointestinal bleeding.

Parasites are identified using stool ova and parasite testing, which examines the sample microscopically for organisms or eggs. This is commonly done when parasitic infection is suspected due to symptoms like chronic diarrhea or travel history. The guaiac test does not detect parasites and is unrelated to parasitic screening.

Small bowel obstruction usually presents with abdominal pain, vomiting, abdominal distention, and decreased or absent stool passage rather than large greasy stools. Obstruction limits movement of intestinal contents and often leads to constipation or inability to pass stool or flatus. It does not typically cause fat-rich, bulky stool output.

Colon cancer may cause changes in bowel habits, occult blood in the stool, pencil-thin stools, or visible rectal bleeding depending on the tumor location. It is not commonly associated with voluminous greasy stools because it does not primarily interfere with fat digestion or absorption. Steatorrhea is not a classic finding of colon malignancy.

Inflammatory colitis more commonly causes frequent loose stools containing mucus, blood, or pus due to inflammation of the colon lining. Symptoms often include abdominal cramping, urgency, and tenesmus rather than fatty stools. Greasy stool is not a typical feature because the colon is not the main site of fat absorption.

Performing auscultation between meals is appropriate because bowel sounds are less likely to be influenced by recent food intake. This provides a more accurate assessment of normal intestinal motility without the temporary increase in peristalsis that often occurs after eating. It is considered good practice during gastrointestinal assessment.

Auscultating bowel sounds for 3 to 5 minutes is appropriate, especially when bowel sounds are faint or absent. The nurse should listen long enough in each quadrant to accurately determine whether bowel activity is present. Declaring bowel sounds absent too quickly may result in incorrect assessment findings and missed complications.

Clamping the NG tube during auscultation is appropriate because an unclamped NG tube may create suction sounds that interfere with accurate assessment of bowel sounds. Temporarily stopping suction helps the nurse distinguish true intestinal sounds from mechanical noise. This improves the reliability of the abdominal assessment.

Limiting calories to no more than 3,000 daily is inappropriate because most post-bariatric surgery clients require a much lower caloric intake than this to support weight loss and prevent overstretching of the gastric pouch. Calorie goals are individualized but are generally significantly below 3,000 calories. The focus is on nutrient-dense foods rather than high calorie allowance.

Choosing foods high in simple carbohydrates is incorrect because simple sugars increase the risk of dumping syndrome, especially after gastric bypass procedures. Dumping syndrome can cause nausea, abdominal cramping, diarrhea, dizziness, and tachycardia. Clients are encouraged to choose high-protein foods and complex carbohydrates instead of sugary foods.

Drinking a minimum of 90 mL (3 oz) of fluid with each meal is inappropriate because fluids are usually limited during meals after bariatric surgery. Drinking with meals can overfill the stomach pouch, cause discomfort, and interfere with nutrient intake. Clients are generally advised to drink fluids between meals rather than with meals.

Ascites is the accumulation of fluid in the peritoneal cavity and is more commonly associated with advanced liver disease such as cirrhosis and portal hypertension rather than elevated bilirubin alone. While bilirubin may be elevated in severe liver disease, ascites is not the most immediate or direct finding from rising bilirubin levels. It usually develops later as liver function worsens significantly.

Cold intolerance is more commonly associated with hypothyroidism or reduced metabolic activity rather than liver dysfunction or elevated bilirubin levels. It is not a characteristic finding of hyperbilirubinemia. A rising bilirubin level would more likely produce visible skin discoloration than changes in temperature tolerance.

Dependent edema may occur in chronic liver disease due to hypoalbuminemia and fluid shifts, but it is not the most direct assessment finding related to elevated bilirubin. Edema reflects broader liver dysfunction rather than bilirubin accumulation specifically. Jaundice is a much more immediate and characteristic sign of increased bilirubin levels.

Solid and formed stool is not expected with an ileostomy because the colon, where most water absorption and stool formation occur, is bypassed or absent. Without passage through the large intestine, stool does not have enough time to become fully formed. Solid stool is more typical of a descending or sigmoid colostomy, not an ileostomy.

Hard and pellet-like stool suggests constipation or excessive water absorption in the colon, which does not occur with an ileostomy since the colon is not being used for stool passage. This type of output would be abnormal and may indicate another issue rather than expected postoperative function. It is not a normal finding after ileostomy creation.

Mucus only is expected from the rectum if part of the colon or rectum remains in place, but it is not the normal output from the ileostomy stoma itself. The ileostomy should produce intestinal contents rather than only mucus. Exclusive mucus output from the stoma would suggest absent bowel function or another complication requiring evaluation.

A hiatal hernia does not directly increase the risk for stomach cancer. While chronic irritation from reflux may affect the esophagus and increase the risk of esophageal complications such as Barrett’s esophagus, stomach cancer is not the primary concern. The more immediate and common issue is acid reflux rather than gastric malignancy.

A hiatal hernia does not primarily increase the risk for lung disease, although severe reflux may occasionally lead to aspiration and respiratory irritation. Lung disease is not considered the major complication associated with this condition. The main concern is the backflow of gastric contents into the esophagus due to lower esophageal sphincter dysfunction.

A hiatal hernia does not directly increase the risk for intestinal cancer because it affects the stomach and esophageal junction rather than the intestines. The primary issue involves reflux and irritation of the esophagus, not intestinal pathology. Cancer risk concerns are more related to chronic esophageal irritation than intestinal malignancy.

A request for a cup of tea and toast may suggest improved appetite or interest in food, but it is not a reliable indicator that peristalsis has returned. Clients may express hunger before bowel function has fully recovered, which could lead to complications such as nausea or ileus if oral intake is advanced too early. Objective signs are preferred over subjective appetite cues.

Abdominal distention is a sign of impaired or delayed peristalsis rather than recovery. It may indicate accumulation of gas or fluid due to reduced bowel motility, which is consistent with postoperative ileus. This finding suggests that intestinal function has not yet fully returned.

Hypoactive bowel sounds in two quadrants indicate reduced intestinal activity rather than normal or returning peristalsis. While some bowel sounds may be present, decreased frequency suggests that full gastrointestinal function has not yet been restored. The nurse should continue to monitor until more definitive signs, such as flatus passage, occur.