An older male client reports nocturia with difficulty starting his urine stream. Which additional assessment should the nurse perform to obtain further data related to this information?

Choice A reason: Placing the chair by the bed is preparatory but not immediate after sitting up. Prolonged bedrest risks orthostatic hypotension from reduced plasma volume and baroreceptor sensitivity. Assessing the client’s response ensures stability before transfer, preventing falls, making this less urgent than evaluating for dizziness or hypotension.

Choice B reason: Supporting the client when rising is premature before assessing their response to sitting. Bedrest causes deconditioning, increasing orthostatic hypotension risk, leading to dizziness or syncope. Determining how the client feels confirms cardiovascular stability, preventing falls during transfer due to blood pressure drops.

Choice C reason: Determining how the client feels assesses for orthostatic hypotension, common post-bedrest due to reduced venous return and baroreceptor dysfunction. Dizziness or lightheadedness signals syncope risk during transfer. This ensures cardiovascular stability, prioritizing safety before physical support, addressing physiological changes from prolonged immobility.

Choice D reason: Offering non-skid socks prevents falls during ambulation but is secondary to assessing sitting response. Bedrest heightens hypotension risk, and ensuring the client is not dizzy takes precedence to avoid syncope. Socks are a later safety measure, making this less immediate than evaluating physiological stability.

Choice A reason: Crackles in bilateral lower lobes indicate pulmonary edema in heart failure, where reduced cardiac output causes fluid backup into alveoli, impairing gas exchange and causing dyspnea. This life-threatening emergency requires immediate diuretics or oxygen to reduce preload, preventing respiratory failure or hypoxia, prioritizing intervention.

Choice B reason: A heart rate of 92 beats/minute is normal and not urgent in heart failure, where dyspnea and fatigue suggest fluid overload. Crackles indicate pulmonary edema, a critical issue compromising oxygenation, necessitating immediate action to restore respiratory function, making heart rate less concerning.

Choice C reason: Blood pressure of 138/86 mm Hg is mildly elevated but not critical in heart failure. Crackles signal pulmonary edema, where fluid in alveoli impairs gas exchange, risking hypoxia. This requires urgent intervention like furosemide, as respiratory compromise is more immediate than managing stable blood pressure.

Choice D reason: Peripheral edema 1+ indicates fluid retention in heart failure but is less urgent than crackles, which signify pulmonary edema. Alveolar fluid causes dyspnea and hypoxia, requiring immediate diuretics. Edema is chronic, making respiratory assessment and intervention the priority to prevent acute respiratory failure.