A nurse is collecting data for a client who has fluid volume deficit. Which of the following is an expected finding?

A. After administering the injection, activating the passive needle-safety device involves a mechanism where the safety feature automatically engages. This can include a shield that covers the needle or a mechanism that retracts the needle into the syringe or device. It's crucial to activate this immediately after injection to prevent accidental needlestick injuries.
B. The safety device, once activated, should remain in place and intact on the needle until it is safely disposed of in an appropriate sharps container. Removing the safety device before disposal would expose healthcare workers to potential needlestick injuries.
C. There is no need to make sure the needle retracts into the barrel of the syringe, as the safety device is designed to cover the needle after use.
D. While some devices have a plastic sheath or shield that covers the needle before and after use, the primary action for a passive device is to activate the safety feature that automatically covers or retracts the needle post-injection. Pulling a sheath over the needle manually is more typical for active safety devices or conventional needles with manual sheath covers.

A. Body weight is one of the most reliable indicators of fluid status in a dialysis patient. Before and after each hemodialysis session, the nurse should weigh the client using the same scale under similar conditions (e.g., same clothing). The difference in weight reflects fluid loss during the dialysis treatment. This measurement helps guide adjustments in fluid management and dialysis prescriptions.
B. Abdominal girth can increase due to fluid accumulation in the abdomen (ascites) but is less specific for measuring fluid losses during dialysis. It may be more indicative of fluid retention over a longer period rather than immediate changes related to a single dialysis session.
C. Neck vein distention can be a sign of fluid overload but is not typically used to assess fluid losses during dialysis. It may be more relevant for assessing fluid status over time rather than immediate changes post- dialysis.
D. Blood pressure can fluctuate based on various factors, including fluid status. While blood pressure monitoring is essential in dialysis patients, it alone does not reliably reflect fluid losses during dialysis sessions.