Chapter MC Questions / Practice Test (No Answers) Flashcards
Which of the following is an example of a patient condition anticipated to manifest with a severe systemic inflammatory response?
a) Anorexia with BMI of 15
b) Major depression with compromised dietary intake and 5% loss of body weight
c) Homebound older adult with restricted access to food and 10% loss of body weight.
d) Thermal burn injury of second and third degrees covering 15% surface area.
- Chapter 9
A physician informs you that a patient has a serum albumin of 2.8 g/dL and prealbumin of 14 mg/dL and asks whether these laboratory findings means the patient is malnourished. What is the most appropriate response?
a) The patient’s protein intake is inadequate, and the patient should receive prompt nutrition support.
b) Together, these markers indicate that the patient has moderate protein-energy malnutrition.
c) Consideration of medical hx, clinical dx, and laboratory signs of the inflammatory response would help you interpret these findings.
d) For most hospitalized patients, albumin and prealbumin have excellent sensitivity and specificity to identify malnutrition.
- Chapter 9
Which of the following is one of the best validated screening indicators for malnutrition risk?
a) Patient reports a non-volitional weight loss.
b) Patient reports following a low-carb, weight loss diet.
c) Patient is 2 days s/p laparoscopic cholecystectomy
d) Patient reports a recent flu-like febrile illness
- Chapter 9
Which of the following is a benefit of EN compared with PN or no nutrition?
a) Maintenance of normal GB function
b) Reduced GI bacterial translocation
c) More efficient nutrient metabolism
d) All of the above
- Chapter 10
High-protein hypocaloric EN feeding providing 65% to 70% of energy needs, as determined by indirect calorimetry, is recommended for ICU patients with which of the following conditions?
a) Malnutrition
b) Obesity
c) Liver failure
d) Acute respiratory distress syndrome (ARDS)
- Chapter 10
Risk factors for aspiration include all of the following except:
a) Malnutrition
b) Use of naso-/oro-feeding tube
c) Bolus EN feeding
d) Supine position
- Chapter 10
A 55-year-old man presented to the hospital after a traumatic fall from a ladder while working at home. A CT scan of the head showed significant subdural hematoma with midline shift. After admission to the ICU, the patient was intubated and sedated, with an orogastric tube to suction and removal of 200 mL gastric content. The patient’s abdomen was soft and nondistended. Nephrology was consulted, and the patient was started on continuous venovenous hemodialysis. What type of enteral formula would best meet his needs?
a) A formula restricted in fluid, protein, and electrolytes.
b) A formula not restricted in protein but restricted in fluid and electrolytes
c) A formula restricted in fluid but not restricted in protein or electrolytes
d) A formula not restricted in fluid or protein but restricted in electrolytes
- Chapter 11
A 60-year-old, critically ill patient has been tolerating a standard 1 kcal/mL enteral feeding formula well for the past week. She begins having frequent bouts of loose stools, requiring placement of a rectal tube. What should be the clinician’s next suggestion?
a) Change to peptide-based formula
b) Determine the cause of diarrhea
c) Add pre- and probiotics to the feeding regimen
d) Change to a fiber-supplemented formula
- Chapter 11
What should a clinician do when considering the use of enteral formulas marketed for specific disease conditions?
a) Use formulas as indicated by the product manufacturer to meets patient’s needs
b) Use standard polymeric formulas for all patients
c) Use specialty formulas only when patients exhibit signs and symptoms of intolerance to standard polymeric formulations.
d) Evaluate the studies used to support the use of specialty formulas and apply clinical judgment to select the appropriate enteral product for the individual patient.
- Chapter 11
If a nasoenteric feeding tube cannot be unclogged using water flushes, what is the next most reliable method for unclogging the tube before it is replaced?
a) Administer cola through the tube and let it sit for a few hours.
b) Administer Clog Zapper (CORPAK MedSystems, Buffalo Grove, IL) and flush within 30 to 60 minutes.
c) Wait a few hours to see whether the clog dissolves spontaneously.
d) Administer a mixture of pancreatic enzymes and bicarbonate solution, allow it to sit for 1 to 2 hours (or longer) and then flush with warm water.
- Chapter 12
You perform a telephone evaluation of a patient who relates increased redness, pain and swelling around his existing low-profile gastrostomy tube (G-tube). He has not been seen in the clinic for more than 6 months, and when asked, states that he has been doing quite well on his enteral tube feeds. In fact, the patient states that he has gained over 20 pounds. You would proceed as follows:
a) Congratulate him on gaining the weight and tell him to continue his present tube feeding plan.
b) If possible, have him come to the clinic or call the clinician managing the tube to rule out buried bumper syndrome.
c) Direct him to put some triple antibiotic around the site and call back in a couple of weeks if the discomfort continues.
d) Tell him to put hot packs on it, take acetaminophen, and rest for a few days.
- Chapter 12
An 18-year-old female patient with cystic fibrosis had a standard-profile, solid internal bumper, 20-Fr percutaneous endoscopic gastrostomy (PEG) tube placed 1 year ago because of her inability to take enough energy orally and weight loss. She has done very well, with her weight stabilizing and no complications of the PEG. The original tube is now getting stiff and cracking, and the patient wants a replacement tube. The patient has a very supportive family environment, is very active, and is concerned about the cosmetic appearance of the tube itself. What type of replacement tube would you recommend?
a) Standard-profile, 20-Fr PEG with solid internal bolster
b) Standard-profile, 20-Fr PEG with balloon internal bolster
c) Low-profile, 20-Fr PEG with solid internal bolster
d) Low-profile, 20-Fr PEG with balloon internal bolster
- Chapter 12
Which of the following actions is most appropriate for enhancing gastric emptying during the administration EN?
a) Keeping the bed in Trendelenburg position
b) Decrease the rate of a continuous feeding infusion, or change from bolus to continuous feeding.
c) Switch to enteral formulations with higher fat content
d) Switch to enteral formulation with higher protein content
- Chapter 13
Which of the following is the most appropriate initial action for the management of tube feeding-associated diarrhea?
a) Change to an enteral formulation with fiber
b) Review the patient’s medication administration record to determine whether hyperosmolar agents are being administered
c) Change to a peptide-based enteral formulation.
d) Use an antimotility agent
- Chapter 13
Which of the following methods is not recommended to minimize contamination of enteral feeding formula?
a) Washing hands and donning clean gloves before preparing enteral formula
b) Immediate use of enteral formula from a newly opened container
c) Infusing reconstituted powdered formulas or formulas with added modular components in 1 bag for up to 8 hours.
d) Changing an “open” feeding container every 24 hours.
- Chapter 13
What is the optimal nutrition support for malnourished patient when the enteral nutrition is not feasible for a prolonged period?
a) Central parenteral nutrition (CPN)
b) Nasogastric enteral tube feedings
c) Post-pyloric enteral tube feedings
d) Peripheral parenteral nutrition (PPN)
- Chapter 14
In which patient condition or treatment could PN elicit an improved patient outcome?
a) Cancer chemotherapy
b) Preoperative care of surgery patients with upper GI cancer
c) Allogeneic bone marrow transplantation
d) Critical illness
- Chapter 14
CPN is contraindicated in which of the following conditions?
a) Do no resuscitate (DNR) status
b) Peritonitis
c) Intestinal hemorrhage
d) High-output fistulas
- Chapter 14
PN should be discontinued when which of the following criteria are met?
a) A clear liquid diet is ordered.
b) Tube feeding is initiated at 10% of goal rate
c) Solid food is well tolerated by mouth
d) Advancement to regular diet is poorly tolerated
- Chapter 14
Which of the following may increase the risk of phlebitis with peripherally administered parenteral nutrition (PPN)?
a) Osmolarity equal to or less than 900 mOsm/L
b) Potassium 100 mEq/L
c) Calcium less than 5 mEq/L
d) Addition of heparin to the PPN
- Chapter 15
What is the smallest pore size filter that is recommended for TNA?
a) 0.22 microm
b) 0.5 microm
c) 1.2 microm
d) 5 microm
- Chapter 15
Which of the following will increase the solubility of calcium and phosphate in a PN formulation?
a) Use of calcium as chloride salt
b) Use of phosphate as the sodium salt
c) Increased amino acid concentration
d) Increased temperature
- Chapter 15
According to recommendations by the National Advisory Group on Standards and Practice guidelines for parenteral nutrition formulations and the American Society for Parenteral and Enteral Nutrition (ASPEN) parenteral nutrition safety consensus, the amount of dextrose used in preparation of a PN formulation is required to appear on the label as:
a) The percentage of original concentration and volume (ie: dextrose 50% water, 500 mL)
b) The percentage of final concentration after admixture (ie: dextrose 25%)
c) Grams per liter of PN admixed (ie: dextrose 250 g/L)
d) Grams per day (ie: dextrose 250 g/d)
- Chapter 15
Which of the following is the most appropriate VAD strategy for a patient requiring long-term PN therapy?
a) Use a midclavicular catheter as a cost-effective measure
b) Place a percutaneous non-tunneled catheter to initiate PN then replace it with an implanted port.
c) Place a single-lumen, tunneled cuff catheter.
d) Place a triple-lumen, antibiotic-coated catheter to ensure adequate access for future needs.
- Chapter 16