You are assessing the baby and notice that their hands and feet are bluish-purple. You:
Don't do anything, this is a normal finding
Check the infant's 02 sat
Call the MD for referral
Put socks and mittens on the infant to keep them warm
The Correct Answer is B
A) Don't do anything, this is a normal finding:
While it's true that acrocyanosis (bluish-purple discoloration of the hands and feet) can be a normal finding in the first 24-48 hours of life due to immature circulation, it’s important to assess the severity of the condition and rule out more serious causes. Just ignoring it without assessing the infant’s oxygenation status could lead to missing a potential respiratory issue.
B) Check the infant's O2 sat:
The most appropriate action is to assess the infant’s oxygen saturation levels. Acrocyanosis is typically benign and resolves on its own, but persistent cyanosis or a drop in oxygen saturation could indicate a more serious issue, such as respiratory distress or congenital heart disease. A pulse oximeter is a non-invasive tool that can help determine whether the infant’s oxygenation is adequate. This would help guide further clinical decisions.
C) Call the MD for referral:
Calling the doctor should only be considered if the baby’s oxygen saturation levels are low, or if other concerning symptoms (like poor feeding, lethargy, or significant difficulty breathing) are present. If the O2 saturation is normal, there’s no immediate need for referral. The key is to assess first before escalating to the provider.
D) Put socks and mittens on the infant to keep them warm:
Although providing warmth can help with maintaining body temperature, simply putting socks and mittens on the baby is not sufficient to rule out respiratory issues or other causes of cyanosis. If the infant’s oxygen saturation is normal and the baby is otherwise stable, this may be appropriate. However, checking the O2 saturation first is the correct step to ensure that no underlying respiratory problems are contributing to the cyanosis.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A) The neonate with respirations of 78 and a heart rate of 176:
This is the most concerning finding and requires immediate evaluation. Normal respiratory rate for a newborn is typically between 30 and 60 breaths per minute, so a rate of 78 breaths per minute is significantly elevated, indicating potential respiratory distress. Additionally, a heart rate of 176 beats per minute, while somewhat elevated, could indicate tachycardia, especially if the baby is experiencing distress or inadequate oxygenation. This combination of abnormal vital signs may point to respiratory or cardiovascular compromise, such as respiratory distress syndrome or other neonatal respiratory issues, which requires immediate evaluation and intervention.
B) The neonate with a temperature of 99.1°F and a weight of 3000 grams:
This neonate’s temperature is within the normal range (97.7°F to 99.5°F), and a weight of 3000 grams is also considered appropriate for a full-term newborn. These findings do not raise any immediate concerns, and no further action is necessary based on these observations alone.
C) The neonate with raised white specks on the gums:
Raised white specks or nodules on the gums are often a normal finding in newborns and are called Epstein pearls. These are benign cystic formations that do not require treatment. They are not a cause for concern and are common in newborns, usually disappearing on their own within a few weeks.
D) The neonate with white spots on the bridge of the nose:
White spots on the nose are likely to be Milia, which are small, benign cysts commonly seen on the face of newborns, particularly on the nose, cheeks, and chin. Milia are harmless and typically resolve without treatment within a few weeks. There is no need for concern in this case.
Correct Answer is ["0.5"]
Explanation
Given:
Desired dose: Vitamin K 0.5 mg IM
Available concentration: Vitamin K 1 mg/1 mL
To find:
Volume to administer (in mL)
Step 1: Set up the proportion
We can use the following proportion to solve the problem:
(Desired dose) / (Available concentration) = Volume to administer
Step 2: Substitute the values
Plugging in the given values, we get:
(0.5 mg) / (1 mg/1 mL) = Volume to administer
Step 3: Simplify
To simplify, we can invert the denominator and multiply:
(0.5 mg) x (1 mL / 1 mg) = Volume to administer
The "mg" units cancel out, leaving us with:
(0.5 x 1 mL) / 1 = Volume to administer
Step 4: Calculate
Performing the multiplication and division, we get:
0.5 mL / 1 = Volume to administer
0.5 mLVolume to administer
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