ATI RN Pediatric Nursing at International University Miami

Correct Answer: Restore bone marrow function.

Explanation:

Aplastic anemia is a condition where the bone marrow fails to produce enough blood cells (red blood cells, white blood cells, and platelets). The treatment for aplastic anemia often involves medications or interventions aimed at stimulating or restoring the function of the bone marrow. Restoring bone marrow function is the primary goal of treatment. This can be achieved through medications like immunosuppressive therapy (e.g., antithymocyte globulin (ATG) or cyclosporine) to suppress the immune system and allow the bone marrow to recover. In some cases, bone marrow transplant might be considered.

Why Other Options Are Wrong:

Replace clotting factors: While clotting factors might be necessary if the child is also experiencing bleeding or clotting issues, this is not the primary goal in the treatment of aplastic anemia. The primary issue is bone marrow failure, not a problem with clotting factors.

Increase intravascular volume: This option would be relevant if the child had issues like dehydration or hypovolemia, but it is not the focus of treatment for aplastic anemia, which is related to bone marrow production of blood cells, not blood volume.

Increase iron levels in the blood: Iron deficiency is not typically a direct concern in aplastic anemia unless there is a separate issue of iron deficiency anemia. Increasing iron levels would not directly address the bone marrow dysfunction that characterizes aplastic anemia.

Conclusion:

The goal of treatment for aplastic anemia is to restore bone marrow function, allowing it to produce adequate numbers of blood cells and improve the patient’s blood counts.

Strabismus is a condition in which a child’s eyes are misaligned, leading to impaired depth perception and poor visual coordination. A toddler with this condition may misjudge distances or bump into objects, putting them at a greater risk for falls and injury. Since toddlers are already developing mobility and balance skills, visual impairment significantly increases this risk. The nurse should ensure a safe environment by keeping walkways clear and supervising ambulation.

Correct Answer: Duration.

Explanation:

When documenting a child's seizure episode, the duration of the seizure is most important. Knowing how long a seizure lasts is critical because prolonged seizures (greater than 5 minutes) may indicate status epilepticus, a medical emergency that requires immediate intervention to prevent brain injury or other serious complications. The nurse must accurately record the start and end times to provide this essential information for treatment and follow-up care.

Why Other Options Are Wrong:

Classification: While it is important to classify the seizure (e.g., focal, generalized), this is secondary to knowing the duration, which is a more immediate concern for treatment.

Etiology: The cause of the seizure (e.g., trauma, infection, metabolic disturbance) is important for long-term management and treatment but is not as critical in the immediate assessment during or after the episode.

Expected outcome: The expected outcome is not known during the seizure. Documenting the outcome would be more relevant once the seizure has ended and the child’s condition has stabilized. During the seizure, duration is the most vital piece of information.

Conclusion:

Duration is the most important information to document immediately after a seizure episode, as it guides clinical decision-making and helps assess the need for urgent intervention

The correct answer is: a. Apical heart rate of 60.

An apical heart rate of 60 beats per minute in an infant is concerning, especially when the infant is receiving digoxin. Digoxin can have a negative inotropic effect (it strengthens the heart's contractions) and can also slow the heart rate. In infants, a heart rate of 60 beats per minute or lower is considered bradycardia and may indicate digoxin toxicity, which is a medical emergency. The nurse should immediately assess for signs of digoxin toxicity (such as nausea, vomiting, or lethargy) and notify the healthcare provider to potentially adjust the dosage or take other interventions.

Why the other options are incorrect:

b. Sweating across the forehead: Sweating across the forehead can be a sign of heart failure or discomfort in infants, especially in cases of CHF. It is not as immediately concerning as bradycardia associated with digoxin toxicity, but it should still be monitored as it can indicate worsening CHF.

c. Doesn't suck well: Poor feeding or difficulty sucking is a common sign of distress in infants, but in this context, it could be related to the infant's underlying CHF or medication effects, rather than being a direct emergency. However, if the infant is not feeding well due to lethargy or other signs of toxicity, it would require assessment.

d. Respiratory rate of 30 breaths per minute: A respiratory rate of 30 breaths per minute is within normal limits for a 6-month-old infant. In the context of CHF, respiratory rates may increase as the infant tries to compensate for oxygen demand, but 30 breaths per minute is not an alarming rate.

Conclusion:

An apical heart rate of 60 is a sign of potential digoxin toxicity, and this warrants immediate intervention. The nurse should assess for other signs of toxicity and notify the provider immediately.

The correct action for assessing a 4-year-old child's visual acuity is: Assess both eyes together first, then each eye separately.

Rationale:

Assessing both eyes together first helps to evaluate the child's overall visual acuity and ensures that both eyes are functioning properly.

After evaluating both eyes together, you should assess each eye separately to detect any issues with one eye that may not be evident when both eyes are used together.

Here’s why the other options are less appropriate:

Position the child 4.6 meters (15 feet) from the chart: This distance is typically used for older children or adults. For a 4-year-old child, a closer distance (around 3 meters or 10 feet) is usually preferred.

Use a tumbling E chart for the assessment: While this chart is a great tool for young children who may not know letters, it is not always necessary for all 4-year-olds. If the child can recognize letters or symbols, a standard chart might be more appropriate.

Test the child without glasses before testing with glasses: It is essential to test the child's vision with their glasses on if they already wear them, as this reflects their typical visual acuity.

Correct Answers are:

Provide a high-calorie diet:

Children with large burns have increased metabolic needs and require a high-calorie diet to promote wound healing, prevent weight loss, and support overall recovery. Burn injury causes a hypermetabolic state where the body needs more energy to repair tissue and fight infection.

Change dressings using aseptic technique:

To minimize the risk of infection, dressing changes should be done using aseptic technique to prevent contaminants from entering the wound and causing infection, which can further delay healing and complicate recovery.

Monitor intake and output:

Close monitoring of intake and output is essential in children with large burns to assess their hydration status, kidney function, and fluid balance. Burns can lead to fluid loss and electrolyte imbalances, so it's important to ensure the child is receiving enough fluids and maintaining proper kidney function.

Why Other Options are Wrong:

Administer analgesics IM:

Intramuscular (IM) analgesics should be avoided in burn patients due to poor absorption and risk of tissue damage at the injection site. IV analgesics are preferred for pain management, as they provide quicker and more reliable absorption for burn patients.

Remove splints during sleep:

Splints are used to maintain proper positioning of joints and prevent contractures in burn patients. Splints should be left in place as much as possible, including during sleep, to promote healing and prevent deformities. Removing them during sleep can increase the risk of contracture formation.

Summary:

In caring for a child with partial thickness burns to over 50% of the body, the nurse should focus on promoting healing with a high-calorie diet, preventing infection through aseptic technique for dressing changes, and monitoring intake and output for fluid balance. IM analgesics should be avoided in favor of IV medications, and splints should not be removed during sleep to prevent joint contractures.

Correct Answer: "Our child repeats statements often."  

A common sign of hearing loss in young children is the tendency to repeat statements or phrases because they may not fully hear or understand what's being said. They might mimic what they hear but struggle with processing or responding to new information or questions appropriately.

Why Other Options are Wrong:

"Our child prefers to play in groups.": This statement does not suggest hearing loss. Many children enjoy playing in groups at this age as part of social development, and it doesn't directly relate to hearing abilities.

"Our child talks in a monotone voice.": While a monotone voice could be a sign of various developmental or emotional concerns, it is not a primary sign of hearing loss. It may suggest issues such as speech development or emotional expression, but it isn't directly tied to hearing problems.

"Our child responds quickly to questions in short sentences.": This is a normal behavior for a 3-year-old. Responding quickly and in short sentences typically indicates that the child can hear and understand what is being asked.

Conclusion:

The statement "Our child repeats statements often." is the most indicative of potential hearing loss, as children with hearing impairments might repeat things they have heard without fully understanding them.