Arterial Blood Gas Interpretation Questions and Answers 100% Pass

Arterial Blood Gas Interpretation Questions and Answers 100% Pass What should the nurse understand about this imbalance in relation to hypoxia? Metabolic alkalosis without How should the nurse interpret this arterial blood gas (ABG) result? Respiratory acidosis Arterial blood gas results show: This ABG indicates a ____ normal outcome Arterial blood gas results show: Elevated pH leads to alkalosis Arterial blood gas results show: It's been determined that pH is high, indicating alkalosis. PaCO2 is ____. HCO3- is ____ The issue is ____ normal high metabolic PaCO2 is normal. HCO3- is high. The issue is metabolic. Remember to use ROME to ascertain whether it's respiratory or metabolic. "ROME" stands for Respiratory Opposite, Metabolic Equal. In this instance, both pH and HCO3- are high (metabolic equal). It's been determined that pH is high, indicating alkalosis, and the issue is metabolic. What is this acid-base imbalance called? Metabolic Alkalosis ABG results indicate metabolic alkalosis. pH is high, indicating alkalosis. HCO3- is high, indicating the issue is metabolic. PaCO2 is normal, indicating no compensation is occurring. It's been determined that the acid-base imbalance is metabolic alkalosis. Considering the ABG results, hypoxia ____ occurring is not PaO2 is within normal limits. Therefore, hypoxia is not occurring. It's been determined that the acid-base imbalance is metabolic alkalosis without hypoxia. The _____ are not compensating. lungs As this is a metabolic problem, the lungs (PaCO2) will attempt to compensate and correct pH. Since PaCO2 is normal, the lungs are not compensating for the imbalance at present. If it were partially compensated, PaCO2 would be high. If fully compensated, PaCO2 would be high and pH would be normal. pH is ____. PaCO2 is ____. HCO3- is l_____. Hypoxia is ____. ABG results are _____.