ATI RN
ATI Pediatric Proctored Exam
1. When preparing to insert an intravenous catheter for a 7-year-old child, which of the following actions should a healthcare professional take?
- A. Apply an anesthetic cream to the insertion site 1 hr before the procedure.
- B. Use a 16-gauge needle for the insertion.
- C. Insert the catheter into a vein of the child's dominant hand.
- D. Choose a site over the child's metacarpal veins.
Correct answer: A
Rationale: Applying an anesthetic cream to the insertion site 1 hr before the procedure is crucial when inserting an intravenous catheter in a child to minimize pain and discomfort during the procedure. This practice is especially important in pediatric patients to ensure a more comfortable experience and improve cooperation during the insertion process. Choice B is incorrect as a 16-gauge needle is too large for a child, and a smaller gauge needle is typically used. Choice C is incorrect as the catheter should be inserted into a suitable vein, not specifically the dominant hand vein. Choice D is incorrect as metacarpal veins are usually avoided due to their small size and the potential for complications.
2. When teaching a client with cancer who has a prescription for methotrexate, which supplement should the nurse instruct the client to take?
- A. Folic acid
- B. Magnesium
- C. Vitamin D
- D. Iron
Correct answer: A
Rationale: The correct answer is folic acid. Methotrexate is a folic acid antagonist, so instructing the client to take folic acid helps reduce the risk of methotrexate toxicity by providing additional folic acid that the medication may deplete. Magnesium (choice B), Vitamin D (choice C), and Iron (choice D) are not the correct supplements to instruct the client to take with methotrexate.
3. Which of the following bones is a component of the appendicular skeleton?
- A. Xiphoid process
- B. Symphysis pubis
- C. Sacrum
- D. Sternum
Correct answer: Symphysis pubis
Rationale: The correct answer is B: Symphysis pubis. The symphysis pubis is a component of the appendicular skeleton, specifically part of the pelvic girdle. The xiphoid process (Choice A) is part of the axial skeleton, located at the lower end of the sternum. The sacrum (Choice C) is also part of the axial skeleton, forming the posterior part of the pelvis. The sternum (Choice D) is part of the axial skeleton, located in the center of the chest.
4. The nurse is caring for a child with suspected ingestion of some type of poison. What action should the nurse take next after initiating cardiopulmonary resuscitation (CPR)?
- A. Empty the mouth of pills, plants, or other material.
- B. Question the victim and witness.
- C. Place the child in a side-lying position.
- D. Call poison control.
Correct answer: D
Rationale: After ensuring the child's immediate survival needs are met with CPR, contacting poison control is critical to receive specific guidance on how to proceed with treatment. Other actions may be necessary depending on the situation but should follow contacting poison control.
5. A toddler is displaying signs/symptoms of weakness and muscle atrophy. The pediatric neurologist suspects it may be a lower motor neuron disease called spinal muscular atrophy (SMA). The client's family asks how he got this. The nurse will respond:
- A. This could result from playing in soil and then ingesting bacteria that is now attacking his motor neurons.
- B. No one really knows how this disease is formed. We just know that in time, he may grow out of it.
- C. This is a degenerative disorder that tends to be inherited as an autosomal recessive trait.
- D. This is a segmental demyelination disorder that affects all nerve roots and eventually all muscle groups as well.
Correct answer: C
Rationale: The correct answer is C. Spinal muscular atrophy (SMA) is an inherited disorder, often autosomal recessive, that affects lower motor neurons. Choice A is incorrect because SMA is not caused by ingesting bacteria from playing in soil. Choice B is incorrect as SMA is not something that a person grows out of. Choice D is incorrect because SMA is not a demyelination disorder that affects nerve roots and muscle groups.
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