The client comes to the emergency department with a blood pressure of 80/50 and a heart rate of 150.

The physician diagnosed the client with dehydration.

The physician orders 2 L of normal saline to be infused over 12 hours.

How many mL/hr will the IV need to run in order to deliver the solution? Round answer to the nearest whole number.

Accurate neurologic assessment in suspected stroke requires systematic comparison to identify focal deficits. Applying knowledge of neuroanatomy and lateralization of brain function is essential to differentiate between localized ischemic events and generalized systemic issues, ensuring the correct vascular territory is identified.

Choice A rationale

Rapid assessments may lead to overlooking subtle focal neurologic deficits or sensory changes. Precision is required to localize the brain lesion accurately. While time is critical in stroke, haste must not compromise the integrity and detail of the examination.

Choice B rationale

The supine position may increase intracranial pressure or compromise the airway in a stroke patient with decreased gag reflexes. Assessing certain reflexes and motor strength often requires varying the head of the bed to at least 30 degrees for safety.

Choice C rationale

Symmetry is the hallmark of neurologic health. Comparing left and right sides allows the nurse to identify unilateral weakness, sensory loss, or reflex changes characteristic of stroke. This lateralization helps distinguish focal neurological deficits from global brain dysfunction.

Choice D rationale

Anxiolytics can depress the central nervous system, altering the level of consciousness and pupillary responses. This medication masks the client's true neurologic status, making it impossible to obtain a baseline or detect subtle clinical changes or deterioration.

Prioritizing interventions for autonomic dysreflexia in quadriplegic clients requires understanding the physiological response to noxious stimuli below the injury level. Critical thinking is applied to determine the most immediate action to lower dangerous hypertensive levels and prevent intracranial hemorrhage or seizures.

Choice A rationale

Nitrates are used to manage severe hypertension in autonomic dysreflexia, but pharmacological intervention is not the first step. Non-pharmacological measures to reduce blood pressure should be attempted immediately before administering medications to the client to ensure safety.

Choice B rationale

Assessing for bladder distention is vital because it is the most common trigger for autonomic dysreflexia. However, physiological stabilization via positioning must occur before or simultaneously with the search for the underlying cause to prevent immediate vascular complications.

Choice C rationale

Monitoring the heart rate is necessary as bradycardia often accompanies the hypertensive surge in autonomic dysreflexia. While important for assessment, obtaining vital signs does not actively lower the blood pressure or address the immediate risk of a stroke.

Choice D rationale

Placing the client in a high-Fowler's position is the priority action because it utilizes gravity to cause orthostatic pooling of blood in the lower extremities. This immediate intervention helps decrease the dangerously high blood pressure and reduces intracranial pressure..