Patient Data Exhibits The nurse pulled a bottle of potassium from the automated medication administration system. They went to the medication room to pull up the medication, and immediately went to the client's room to administer the dose. The nurse did not realize that they needed to calculate and pull the appropriate dose from the bottle and gave the entire volume for a total of 40 mEq. Which medication error prevention techniques would have helped to avoid this error? Select all that apply

A. Use at least 2 client identifiers before administering a dose – This is a critical step in preventing medication errors, but it would not have prevented the error in this scenario. The issue was with the dosage of the medication, not the identification of the client. B. Document all medication as soon as it is given – While documentation is important for patient safety, it does not directly address the error of giving the wrong dose. Proper calculation and verification of the dose before administration are more effective in preventing this type of error. C. Question unusually large or small doses – This is a key technique for preventing medication errors. The nurse should have questioned the unusually large dose of potassium, which was not calculated based on the client's weight and the prescribed amount. This would have alerted the nurse to the error before administering the medication. D. Double check the dosage of high-risk medications with another nurse – Potassium is considered a high-risk medication, and double-checking the dosage with another nurse would have been an effective safety measure. This technique helps to catch errors in dosage calculations, especially with medications that have narrow therapeutic windows like potassium. E. Involve and educate clients in medication administration – While involving and educating clients is important for overall safety and understanding, it is not a technique that would have helped prevent this particular medication error. The error was related to the nurse’s calculation and administration of the dose, not the client's involvement.