A nurse is reviewing the ABG values of a client. The client has a pH of 7.2, PaCO2 of 60 mm Hg, and HCO3 of 25 mEq/L. The nurse should identify that the client has which of the following acid-base imbalances?

Verify the client and blood product information with another licensed nurse.

Rationale:

1. A - This is not a correct procedure for client identification, but rather for blood compatibility. The nurse should check the client's blood type and crossmatch it against the blood product label, not the provider's orders.
2. B - This is not a reliable method of client identification, as the client may not know or remember their blood type correctly. The nurse should use two identifiers, such as name and date of birth, to confirm the client's identity.
3. C - This is not a relevant step for client identification, but rather for informed consent. The nurse should ensure that the client has signed an informed consent form before administering blood, but this does not verify that the blood product matches the client.
4. D - This is the correct procedure for client identification, as it involves two licensed nurses who independently check and confirm the client's identity and the blood product information, such as blood type, Rh factor, expiration date, and serial number.

Place the client in a quiet environment.

• A. Limiting suctioning the client's airway to 30 seconds at a time can reduce intracranial pressure by minimizing hypoxia and hypercarbia, which can cause cerebral vasodilation and increased cerebral blood volume. However, this intervention alone is not sufficient to prevent increased intracranial pressure, and suctioning should be done only when necessary and with caution. Therefore, this choice is partially correct but not the best answer.
• B. Grouping several nursing activities to be completed at one time can increase intracranial pressure by stimulating the client and causing fluctuations in blood pressure and heart rate.Therefore, this choice is incorrect.
• C. Flexing the client's neck forward can increase intracranial pressure by impeding venous drainage from the brain and increasing cerebral blood volume. Therefore, this choice is incorrect.
• D. Placing the client in a quiet environment can reduce intracranial pressure by minimizing sensory stimulation and promoting relaxation, which can lower blood pressure and heart rate and decrease cerebral metabolic demand. Therefore, this choice is correct and the best answer.