Which laboratory values are important to consider in a transport patient?

Which laboratory values are important to consider in a transport patient?

• A. Complete blood count
• B. Electrolytes and blood gas results
• C. Urinalysis results
• D. Liver function tests

Answer: (B)

Electrolytes and blood gas results are critical laboratory values to consider in a transport patient due to their direct impact on the patient's physiological status and treatment needs. These values provide essential information about the patient's acid-base balance, oxygenation, and overall electrolyte homeostasis, which can be particularly volatile in neonates and pediatric patients during transport. In transport scenarios, variations in these parameters can indicate respiratory or metabolic issues that may jeopardize the patient's stability. For example, abnormal blood gas results may highlight respiratory failure or metabolic acidosis, necessitating immediate intervention. Additionally, electrolyte abnormalities can lead to cardiac arrhythmias or other complications, thus requiring continuous monitoring and potential correction. While a complete blood count can help assess infection or anemia, it may not provide immediate guidance for critical interventions during transport. Urinalysis results, though useful in specific contexts, do not hold the same urgency for immediate management as electrolyte and blood gas results do in acute scenarios. Liver function tests may offer valuable insights into hepatic conditions but are less frequently a priority during transport compared to the more immediate concerns encompassed by electrolytes and blood gases. In summary, focusing on electrolytes and blood gases is essential in the context of transport of neonatal and pediatric patients due to their significant role in

Electrolytes and blood gas results are critical laboratory values to consider in a transport patient due to their direct impact on the patient's physiological status and treatment needs. These values provide essential information about the patient's acid-base balance, oxygenation, and overall electrolyte homeostasis, which can be particularly volatile in neonates and pediatric patients during transport.

In transport scenarios, variations in these parameters can indicate respiratory or metabolic issues that may jeopardize the patient's stability. For example, abnormal blood gas results may highlight respiratory failure or metabolic acidosis, necessitating immediate intervention. Additionally, electrolyte abnormalities can lead to cardiac arrhythmias or other complications, thus requiring continuous monitoring and potential correction.

While a complete blood count can help assess infection or anemia, it may not provide immediate guidance for critical interventions during transport. Urinalysis results, though useful in specific contexts, do not hold the same urgency for immediate management as electrolyte and blood gas results do in acute scenarios. Liver function tests may offer valuable insights into hepatic conditions but are less frequently a priority during transport compared to the more immediate concerns encompassed by electrolytes and blood gases.

In summary, focusing on electrolytes and blood gases is essential in the context of transport of neonatal and pediatric patients due to their significant role in