Abg interpretation made easy pdf 2026

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  2. Begin by analyzing the pH value. Check if it falls within the normal range of 7.35 to 7.45. If it's below, label it as acidic; if above, label it as alkalotic.
  3. Next, examine the pCO2 levels. Normal values range from 35 to 45 mmHg. Label accordingly: below 35 is alkalotic and above 45 is acidic.
  4. Now, assess the HCO3 level, which should be between 22 and 26 mEq/L. Label it as acidotic if below 22 and alkalotic if above 26.
  5. Match either CO2 or HCO3 with the pH to determine the type of acid-base disorder present.
  6. Finally, evaluate the pO2 and O2 saturation levels for hypoxemia indications, ensuring all findings are documented clearly.

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Some of the more common analytical errors have already been touched upon in this article, specifically, allowing air contamination of the sample, and inappropriate or inadequate mixing of the sample. A bubble at an electrode can wreak havoc on results.
Because of the near-linear relationship between pH and [H+] in the pH interval of 7.257.5, an estimated [H+] can be made by a rule of 80 (Table 1) (1,2,16). Subtracting the last two digits of the pH from 80 approximates [H+].
1:17 37:51 So the memory trick think of the double Bs base equals by carb. And CO2 our carbon dioxide is ourMoreSo the memory trick think of the double Bs base equals by carb. And CO2 our carbon dioxide is our acid pushing the body into an acidotic. State. So too much CO2 we get a body that is in acidosis.
Professionals Interpretation of Arterial Blood Gases (ABGs) 6-step approach: Step 1: Assess the internal consistency of the values using the Henderseon-Hasselbach equation: Step 2: Is there alkalemia or acidemia present? Step 3: Is the disturbance respiratory or metabolic?
When required to make a proper approach towards the evaluation of blood gas and acidbase disturbances in the body, the following scheme is suggested: Look at pH - 7.40 - Acidosis; 7.40 - Alkalosis. If pH indicates acidosis, then look at paCO2and HCO3- If paCO2is , then it is primary respiratory acidosis.
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1-2-HCO3-4-5 rule for change in HCO3 for every 10 mmPaCO2 varies from 40: Acute respiratory acidosis HCO3 increases by 1. Acute respiratory alkalosis HCO3 decreases by 2. Chronic respiratory acidosis HCO3 increases by 4.

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