A nurse is assessing a client who is postoperative following a cholecystectomy. Which of the following techniques should the nurse use to assess for peristalsis of the abdomen?

Rationale for correct choices:
• Transfusion-associated circulatory overload: Characterized by dyspnea, cough, crackles in the lungs, jugular vein distention, and hypertension due to fluid overload during transfusion. The client’s findings of shortness of breath, cough, crackles, and distended neck veins directly align with this condition.

• Lung sounds: The presence of new crackles bilaterally along with dyspnea indicates fluid overload affecting pulmonary circulation, consistent with TACO.

Rationale for incorrect choices:

• Acute intravascular hemolytic reaction: This reaction presents with flank pain, fever, chills, and hemoglobinuria due to incompatible blood. The client shows no evidence of hematuria, fever spike, or severe back pain.

• Anaphylactic reaction: Anaphylaxis occurs rapidly, with symptoms such as bronchospasm, hypotension, urticaria, and possible shock. The client does not have a rash, hives, or hypotension, which rules this out.

• Febrile nonhemolytic reaction: Typically presents with fever, chills, and headache caused by donor WBCs. The client’s temperature is stable and no chills are reported, so this does not match.

• Sepsis transfusion reaction: This occurs when contaminated blood is transfused, leading to fever, hypotension, and rigors. The client is not hypotensive or febrile, making this less likely.

• Temperature: A temperature rise would point to a febrile or septic transfusion reaction, but the client’s temperature remained stable.

• Urticaria: Urticaria would suggest an allergic or anaphylactic reaction, which was not observed.

• Hypotension: Hypotension is seen with hemolytic or septic reactions, but this client’s blood pressure is elevated, not decreased.

• Chills: Chills are typical of febrile or hemolytic reactions, but the client did not report them.

A. Place a vibrating tuning fork on the top of the client's head: This describes the Weber test, which assesses lateralization of sound to determine conductive versus sensorineural hearing loss.

B. Move a vibrating tuning fork's prongs in front of the client's left or right ear canal: In the Rinne test, the nurse compares bone conduction and air conduction. After placing the fork on the mastoid bone, it is moved in front of the ear canal to test air conduction, which should normally be longer than bone conduction.

C. Activate a tuning fork and place the prongs on the client's occipital area: Placing the tuning fork on the occipital bone is not part of any standard hearing assessment test. It would not yield useful information about bone or air conduction.

D. Instruct the client to occlude one ear and repeat a softly spoken phrase by the nurse: This describes the whisper test, a screening tool for gross hearing acuity. It is not related to the Rinne test procedure.