This question tests risk reduction in NG and urinary catheter care. The key risk in this scenario is infection from contamination when the drainage bag touches the floor, potentially introducing bacteria. Hanging the drainage bag on the bed frame below bladder level without allowing it to touch the floor effectively reduces the risk by preventing microbial ascent and promoting gravity drainage. Emptying into the toilet (B) risks splashing; disconnecting (C) opens the system; clamping (D) causes stasis. A key principle of catheter care is keeping the bag off the floor and below the bladder to control infection. Another principle is maintaining a closed system for patency and hygiene. A strategy for monitoring includes checking bag position during transfers and assessing urine clarity to detect early contamination.

This question tests risk reduction in NG and urinary catheter care. The key risk in this scenario is aspiration or respiratory distress from nasogastric tube displacement into the airway, indicated by coughing and changed markings. Stopping the suction, assessing respiratory status, and notifying the registered nurse or provider per policy effectively reduces the risk by preventing further harm and ensuring prompt intervention. Irrigating with air (B) is unsafe without confirmation; offering water (C) risks aspiration; advancing the tube (D) could worsen displacement. A key principle of catheter care is verifying placement before use to maintain safety. Another principle is immediate response to signs of displacement to prevent complications. A strategy for monitoring includes checking tube markings and respiratory status every shift to detect early dislodgement.

This question tests risk reduction in NG and urinary catheter care. The key risk in this scenario is nasogastric tube malfunction causing nausea and potential aspiration from lack of decompression. Assessing the suction equipment and tubing for disconnection or kinks and ensuring prescribed suction is functioning effectively reduces the risk by restoring drainage. Administering antiemetic (B) treats symptom; offering fluids (C) risks aspiration; removing tube (D) is unauthorized. A key principle of catheter care is equipment checks for patency. Another principle is immediate troubleshooting. A strategy for monitoring includes hourly drainage and symptom assessment to detect malfunctions early.

This question tests risk reduction in NG and urinary catheter care. The key risk in this scenario is urinary catheter obstruction leading to decreased output and abdominal pressure postoperatively. Assessing the catheter tubing for kinks or obstruction, ensuring the bag is below the bladder, and notifying the registered nurse effectively reduces the risk by promoting flow and escalating care. Irrigating without prescription (B) is unauthorized; removing (C) is premature; increasing fluids (D) doesn't address patency. A key principle of catheter care is checking for mechanical issues to maintain patency. Another principle is collaboration for interventions outside scope. A strategy for monitoring includes hourly output measurement and abdominal assessment to detect retention early.

This question tests risk reduction in NG and urinary catheter care. The key risk in this scenario is nasogastric (NG) tube obstruction leading to inadequate decompression, worsening nausea, and potential aspiration in a patient with small bowel obstruction. Assessing the tubing for kinks, ensuring the suction is on and set as prescribed, repositioning the client, and rechecking drainage effectively reduces the risk by restoring patency and promoting gastric emptying. Advancing the tube (A) without verification could cause trauma; increasing suction (B) may damage mucosa; irrigating without an order (D) is outside scope and risks complications. A key principle of catheter care is regularly checking equipment functionality to maintain patency and prevent blockages. Another principle is avoiding unauthorized interventions to ensure patient safety and adherence to orders. A strategy for monitoring includes observing drainage amount and character hourly and assessing abdominal distension to detect early complications like obstruction or displacement.

This question tests risk reduction in NG and urinary catheter care. The key risk in this scenario is infection during urinary catheter removal in a patient with recurrent UTIs. Performing hand hygiene, donning clean gloves, deflating the balloon completely, and removing smoothly effectively reduces the risk by minimizing bacterial introduction. Cutting the catheter (B) is unsafe; instilling antiseptic (C) is not standard; delegating to UAP (D) is inappropriate. A key principle of catheter care is aseptic technique during removal. Another principle is ensuring full deflation to prevent trauma. A strategy for monitoring includes post-removal voiding assessment to detect retention or infection early.

This question tests risk reduction in NG and urinary catheter care. The key risk in this scenario is urinary retention causing distension after catheter removal. Assessing for bladder distension and notifying the registered nurse or provider for possible bladder scan effectively reduces the risk by enabling timely intervention. Encouraging rapid drinking (A) may overload; documenting as expected (C) ignores risk; independent reinsertion (D) is outside scope. A key principle of catheter care is post-removal assessment. Another principle is escalation for complications. A strategy for monitoring includes palpation and voiding logs every 4 hours to detect retention early.