What information regarding a fractured clavicle is most important for the nurse to take into consideration when planning the infant's care?
Prone positioning facilitates bone alignment.
No special treatment is necessary.
The shoulder should be immobilized and cast applied.
Parents should be taught range-of-motion exercises.
The Correct Answer is B
The correct answer is B. No special treatment is necessary.
Choice A reason: Prone positioning is not typically recommended for a fractured clavicle in infants. It does not facilitate bone alignment in the case of clavicle fractures and is not part of standard care.
Choice B reason: This is the correct choice because clavicle fractures in newborns generally heal on their own without the need for special treatment. Parents may be instructed to pin the child’s sleeve to the front of their clothing to avoid moving the arm while it heals, but beyond gentle handling, no other special treatment is necessary. In most cases, clavicle fractures in newborns heal very quickly without any problems, and usually, no treatment is required.
Choice C reason: Immobilization and casting are not standard care for newborn clavicle fractures. These fractures typically heal without such interventions, and immobilization with a cast is not needed for these types of injuries in infants.
Choice D reason: While range-of-motion exercises might be beneficial later in the healing process, they are not the primary consideration immediately after the fracture occurs. The initial care plan focuses on gentle handling and comfort for the infant, not on exercises.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","B","C","D"]
Explanation
Choice A reason: AFI stands for amniotic fluid index, which is a measurement of the amount of amniotic fluid surrounding the fetus. AFI is an indicator of fetal well-being, as it reflects the fetal urine output and the placental function. A normal AFI is between 5 and 25 cm. A low AFI (< 5 cm) can suggest fetal growth restriction, oligohydramnios, or fetal distress. A high AFI (> 25 cm) can suggest fetal anomalies, polyhydramnios, or maternal diabetes.
Choice B reason: Fetal heart rate is an assessment of the fetal cardiac activity, which is usually monitored by a non-stress test (NST). Fetal heart rate is an indicator of fetal well-being, as it reflects the fetal oxygenation and the autonomic nervous system. A normal fetal heart rate is between 110 and 160 beats per minute, with moderate variability and accelerations. A non-reactive fetal heart rate (< 2 accelerations in 20 minutes) can suggest fetal hypoxia, acidosis, or distress.
Choice C reason: Fetal movement is an assessment of the fetal gross body movements, which are usually counted by the mother or observed by ultrasound. Fetal movement is an indicator of fetal well-being, as it reflects the fetal activity and the central nervous system. A normal fetal movement is at least 3 movements in 30 minutes. A decreased fetal movement (< 3 movements in 2 hours) can suggest fetal sleep, sedation, or distress.
Choice D reason: Fetal tone is an assessment of the fetal muscle tone, which is usually observed by ultrasound. Fetal tone is an indicator of fetal well-being, as it reflects the fetal maturity and the neuromuscular system. A normal fetal tone is at least 1 episode of fetal flexion or extension in 30 minutes. An abnormal fetal tone (absent or hypotonic) can suggest fetal immaturity, anomalies, or distress.
Choice E reason: Placental grade is not an assessment that is included in the fetal biophysical profile (BPP), as it is not a direct measure of fetal well-being, but rather a classification of the placental maturity and calcification. Placental grade is usually evaluated by ultrasound, and it ranges from 0 to 3, with higher grades indicating more calcification and aging. Placental grade can affect the placental function and the fetal growth, but it is not a reliable or consistent indicator of fetal distress.
Correct Answer is ["117"]
Explanation
The correct answer is 117 mL/hr.
To calculate the IV rate, the nurse should use the following formula:
IV rate (mL/hr) = (Volume to be infused (mL) / Time of infusion (hr)) x Drop factor (gtt/mL)
In this case, the volume to be infused is 350 mL, the time of infusion is 3 hr, and the drop factor is 1 gtt/mL (assuming the IV pump is calibrated in mL/hr). Therefore, the formula becomes:
IV rate (mL/hr) = (350 mL / 3 hr) x 1 gtt/mL
IV rate (mL/hr) = 116.67 mL/hr
The nurse should round the answer to the nearest whole number, which is 117 mL/hr.
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