When auscultating the blood pressure of a 25-year-old, the nurse hears the phase I Korotkoff sounds begin at 200 mm Hg. At 100 mm Hg the Korotkoff sounds muffle. At 92 mm Hg the Korotkoff sounds disappear. How should the nurse record this patient's blood pressure?

A. Body temperature follows a circadian rhythm, typically being lowest in the early morning (around 4–6 AM) and peaking in the late afternoon or evening.
B. Stress activates the sympathetic nervous system, which increases metabolic activity and raises body temperature rather than lowering it.
C. Physical activity generates heat, leading to an increase in body temperature, not a decrease.
D. While some surgical preparations involve cooling the patient, body temperature is not naturally lower before surgery. Instead, preoperative anxiety may even cause a slight increase in temperature.

A. Always take the patient's blood pressure manually using a sphygmomanometer. While manual BP measurements can be more accurate, they are not the priority intervention for orthostatic hypotension, which primarily involves position changes and fall prevention.
B. Monitor the patient's neurological status carefully for symptoms of a stroke. Orthostatic hypotension can cause dizziness or fainting, but it is not a direct cause of stroke. Neurological assessment is important if symptoms arise but is not the primary intervention.
C. Assist the patient to sit and stand slowly when getting out of bed. Orthostatic hypotension causes a sudden drop in blood pressure upon standing, increasing the risk of falls and syncope. The priority action is to help the patient transition slowly from lying to sitting and standing to allow the body to adjust.
D. Check the patient's blood pressure on a lower extremity using a thigh-sized cuff. Lower extremity BP measurements are not standard for managing orthostatic hypotension. Blood pressure should be checked in both lying, sitting, and standing positions to monitor for significant drops.