A nurse is assessing a client who has an abdominal incision. Which of the following findings should the nurse report to the provider?

Rationale:

A. "You will receive a dose of misoprostol to initiate contractions.": Misoprostol is used for cervical ripening and induction of labor, not for a contraction stress test. A CST uses nipple stimulation or low-dose oxytocin to produce mild contractions. Using misoprostol would create strong, prolonged contractions that could endanger the fetus.

B. "I will apply an external fetal heart rate monitor during the test.": A contraction stress test evaluates how the fetal heart rate responds to contractions. External fetal monitoring is required to record the fetal heart pattern and contraction frequency, allowing the provider to assess for late decelerations that indicate uteroplacental insufficiency. This reflects accurate and essential teaching for the procedure.

C. "I will give you a terbutaline injection after the test.": Terbutaline is a tocolytic used to stop contractions, but it is not routinely administered after a CST. The contractions produced during a CST are mild and temporary, and terbutaline is only given if excessive contractions occur, which is not expected in normal testing.

D. "I will apply an oxygen face mask during the test.": Oxygen is not routinely administered during a CST because the goal is to observe how the fetus tolerates normal physiologic contractions. Oxygen is used only if fetal distress occurs, so including it in routine teaching suggests an incorrect understanding of the procedure.

Rationale:

A. Shoulders: The shoulders are usually covered with clothing and have more pigmentation and subcutaneous tissue, making color changes less apparent. Cyanosis may be difficult to detect in these areas, especially in clients with dark skin.

B. Palms of the hands: The palms, along with the soles of the feet, nail beds, and mucous membranes, have less melanin and are more reliable sites to observe for cyanosis in clients with dark skin. These areas can show a bluish or grayish discoloration more accurately when oxygenation is low.

C. Area of trauma: Trauma sites may exhibit bruising, erythema, or inflammation, which can mask the presence of cyanosis. Assessing these areas may lead to inaccurate conclusions regarding oxygenation status.

D. Sacrum: While the sacrum may be assessed for pressure injuries, it is not a reliable site for detecting cyanosis because of pigmentation, limited blood flow, and potential masking by subcutaneous tissue. The nurse should focus on areas with minimal pigmentation for accurate assessment.