A nurse is caring for a client who is experiencing status epilepticus. Which of the following medications should the nurse expect to administer?

A. Contraction intensity increased by ambulation. This finding is typical of true labor, as walking or changing positions usually causes contractions to increase in strength, duration, and frequency. In contrast, false labor contractions often subside with rest or activity changes and do not intensify with movement.
B. Slow change in dilation and effacement. Any change in cervical dilation or effacement, even if slow, is more consistent with true labor. False labor does not produce any significant cervical change, and the cervix remains closed or minimally altered with time or contractions.
C. Presence of bloody show. Bloody show is the expulsion of the mucus plug mixed with blood, a common sign of cervical softening and dilation. This is a key indicator of true labor, as it reflects actual physical changes in preparation for delivery.
D. Intermittent painless contractions. These contractions, also called Braxton Hicks contractions, are a hallmark of false labor. They are usually irregular, mild, and do not lead to cervical changes. They often resolve with hydration, rest, or position changes and are considered a normal part of the body's preparation for labor, not the onset of true labor.

A. Draw up regular insulin prior to NPH insulin. This is the correct technique when mixing short-acting (regular) and intermediate-acting (NPH) insulins in the same syringe. Drawing up regular insulin first prevents contamination of the clear insulin vial with the cloudy NPH, which could alter the action of the regular insulin.
B. Roll the syringe gently to ensure mixture of the insulins. Insulin should be mixed in the vial before drawing it into the syringe—not after. NPH insulin should be gently rolled between the hands to mix it, but the syringe itself should not be rolled after drawing both insulins, as this can introduce bubbles and affect dosing accuracy.
C. Inject into the vastus lateralis. The preferred sites for subcutaneous insulin administration are areas with sufficient subcutaneous tissue, such as the abdomen, upper outer arms, thighs, or buttocks. The vastus lateralis is more commonly used for intramuscular injections, such as vaccines.
D. Use a 15° angle for the injection. A 15° angle is appropriate for intradermal injections, not subcutaneous insulin injections. For insulin, the correct angle is typically 45° or 90°, depending on the client’s body habitus and needle length, to ensure proper subcutaneous delivery.