🔷 The client is assuming the tripod position, which is a common spontaneous posture used by clients with COPD to improve chest expansion and reduce the work of breathing.

🔷 Pursed lip breathing helps keep the airways open longer during exhalation, which reduces air trapping and improves the exchange of oxygen and carbon dioxide.

🔷 This technique is especially effective for clients with COPD because it promotes more complete exhalation and decreases dyspnea.

🔷 Teaching the client this breathing method is an immediate, noninvasive intervention that supports the client’s current effort to breathe more effectively.

🔷 Because the client is already demonstrating increased respiratory effort with accessory muscle use, instructing in pursed lip breathing is the most appropriate nursing action to improve ventilation.

Prepare to transfer the client to a critical care unit.

🔷 The information given does not indicate that the client requires immediate transfer to a critical care unit.

🔷 The nurse should first provide supportive respiratory interventions and further assess the client’s response before assuming a need for higher-level care.

Observe the client for the presence of a barrel chest.

🔷 A barrel chest is a common chronic assessment finding in clients with COPD, but identifying it does not address the client’s immediate breathing difficulty.

🔷 The priority is to support airflow and ease of breathing, not simply gather additional expected physical findings.

Assist the client to a high Fowler's position in bed.

🔷 The client is already sitting upright and leaning forward in a position that helps maximize breathing effort.

🔷 Moving the client back into bed may actually interfere with the client’s self-selected position of comfort and respiratory effectiveness.

Unable to remember being transported and wants to go home

🔶This finding requires follow-up because sudden confusion, impaired awareness, and poor judgment are important neurologic warning signs of acute stroke.

🔶The client’s inability to recall recent events suggests an acute change in mental status, not simple forgetfulness.

🔶Wanting to go home despite clear left-sided deficits also reflects decreased insight and unsafe decision-making, which can occur with anterior circulation stroke syndromes.

🔶With stroke, new confusion and impaired orientation require immediate nursing attention because they may indicate ongoing cerebral injury.

🔶This is not a minor symptom; it is a priority neurologic finding that supports the seriousness of the client’s acute event.

Weak left-hand grasp and unable to bear weight on left leg

🔶 Sudden unilateral weakness is one of the most important hallmark findings of stroke and always requires prompt follow-up.

🔶 This client has both left arm weakness and significant left leg motor impairment, which fit an acute right-sided brain lesion.

🔶 The CT perfusion study showing an area of opacity in the right anterior cerebral artery supports contralateral motor deficits, especially involving the leg.

🔶 In anterior cerebral artery stroke syndromes, contralateral leg weakness is especially characteristic and may be accompanied by some arm involvement.

🔶 Because weakness affects mobility and safety immediately, this finding requires urgent nursing follow-up and ongoing stroke-focused assessment.

Unable to feel palpation of the left upper arm and upper and lower left leg

🔶Sudden numbness or sensory loss on one side of the body is another classic warning sign of stroke and requires immediate follow-up.

🔶The client’s inability to feel palpation over the left arm and leg shows a significant left-sided sensory deficit.

🔶This sensory loss is consistent with a right hemisphere/anterior circulation neurologic event because stroke deficits usually occur on the side opposite the brain lesion.

🔶Sensory changes, combined with weakness, increase the risk for falls, injury, and worsening functional impairment.

🔶This is a high-priority abnormal finding because it helps confirm the presence and extent of the client’s acute neurologic deficit.

Reports a mild headache around the eyes was present upon waking up

🔶A sudden headache with no known cause is recognized as a stroke warning sign and should be followed up, even if it has improved or resolved.

🔶In a client with new neurologic deficits, a recent headache can be clinically important because it may have been part of the acute cerebrovascular event.

🔶The headache does not need to be severe at the moment of assessment to matter; the history still contributes to the overall stroke picture.

🔶Because the client also has confusion, weakness, and sensory loss, the earlier headache should not be dismissed as insignificant.

🔶This finding requires follow-up as part of the complete neurologic assessment and stroke evaluation.

🔷 The priority problem is perfusion because the client has findings of an acute ischemic stroke, including sudden left-sided weakness, left-sided sensory loss, confusion, and CT perfusion results showing an area of opacity in the right anterior cerebral artery.

🔷 These findings indicate impaired cerebral blood flow, which means brain tissue is not receiving adequate oxygen and nutrients.

🔷 In an acute stroke, restoring or preserving perfusion to the brain is the most urgent concern because prolonged ischemia can lead to irreversible neurologic damage.

🔷 The laboratory results are within normal limits, and the onset of symptoms was about 1 hour ago, which makes rapid attention to cerebral perfusion especially critical.

🔷 Although the client also has problems with cognition, mobility, and sensory perception, those are secondary to the more immediate life- and tissue-threatening issue of decreased cerebral perfusion.

Cognition

🔷 The client does have altered cognition, including confusion and poor awareness of the situation.

🔷 However, the cognitive changes are most likely a result of the impaired cerebral perfusion, so cognition is not the first priority.

Sensory perception

🔷 The client has impaired sensory perception as shown by inability to feel palpation on the left side.

🔷 This is important, but it is a consequence of the stroke and is not the most immediate threat compared with reduced blood flow to the brain.

Mobility

🔷 The client also has impaired mobility because of left-sided weakness and inability to bear weight.

🔷 Even though mobility affects safety, it is not the top priority over the need to address the underlying perfusion problem causing the neurologic deficits.

Prepare for alteplase therapy

🔷 The client’s findings are highly consistent with an acute ischemic stroke, including sudden left-sided weakness, sensory loss, confusion, and a CT perfusion result showing an area of opacity in the right anterior cerebral artery.

🔷 The spouse reports symptom onset was about 1 hour ago, which places the client within the treatment window for alteplase if no contraindications are present.

🔷 The coagulation studies are within expected limits, with PT 11.5 seconds, aPTT 33 seconds, and INR 0.9, which supports possible eligibility for thrombolytic therapy.

🔷 Rapid preparation for alteplase is appropriate because early restoration of cerebral perfusion can reduce the extent of neurologic damage.

🔷 Based on the symptoms, timing, imaging, and lab results, preparing for alteplase is an anticipated and priority intervention.

Monitor neurological status every hour

🔷This client has an evolving acute neurologic event, so frequent reassessment is essential to detect improvement, deterioration, or complications.

🔷Ongoing monitoring of level of consciousness, orientation, motor strength, sensation, and speech helps the nurse identify any change in cerebral status quickly.

🔷The client already shows persistent deficits at 1145, including unchanged left-hand weakness and unchanged left leg motor and sensory loss, making continued surveillance necessary.

🔷Hourly neurologic assessment is consistent with priority stroke care because early changes in status can indicate worsening ischemia or response to treatment.

🔷For this reason, monitoring neurological status every hour should be included in the plan of care.

Administer antihypertensive medication

🔷The client’s blood pressure remains elevated, rising from 168/96 mm Hg to 172/92 mm Hg, and blood pressure management is an important part of stroke care.

🔷In clients being considered for alteplase, the nurse should anticipate interventions to keep blood pressure within the safe treatment range ordered by the provider or stroke protocol.

🔷Even though hypertension can be protective in some ischemic stroke situations, uncontrolled elevation can increase the risk of complications, especially if thrombolytic therapy is planned.

🔷Because the client is being evaluated for urgent reperfusion treatment, antihypertensive therapy may be needed if the provider determines it is necessary to maintain treatment eligibility or safety.

🔷For that reason, administration of antihypertensive medication is a reasonable anticipated intervention in this plan of care.

Administer antibiotics

🔷 There is no evidence in the data of an acute bacterial infection requiring antibiotic therapy.

🔷 The client’s WBC is 6,000/mm³ and temperature is normal, so antibiotics are not the priority intervention here.

Apply oxygen via nasal cannula

🔷 The client’s oxygen saturation is 97% on room air, so routine oxygen administration is not indicated based on the current assessment.

🔷 Oxygen is usually reserved for clients with hypoxemia or respiratory compromise, which is not present here.

Ambulate in the hallway

🔷 This client has left-sided weakness and inability to bear weight on the left leg, making hallway ambulation unsafe.

🔷 The priority is stabilization and neurologic management, not activity progression.

Bends left leg at the knee

🔷 This finding indicates improvement because the client initially had left leg weakness with limited knee flexion and was unable to bear weight on that leg.

🔷 Being able to bend the left knee shows return of motor function on the affected side after fibrinolytic therapy.

🔷 In an ischemic stroke, improvement in movement is an important sign that cerebral perfusion may be improving.

🔷 Recovery of leg movement also suggests that the neurologic deficit is becoming less severe.

🔷 This is a positive post-alteplase finding because it reflects better neuromuscular control than the client had on admission.

Swallows sips of water

🔷The client was placed NPO until swallow screen, which means safe swallowing was a major concern after the stroke.

🔷Being able to swallow sips of water indicates improved swallowing ability and reduced risk for aspiration.

🔷Stroke can impair the muscles needed for swallowing, so this ability is an important sign of neurologic recovery.

🔷A successful swallow response also supports progression toward oral intake and medication administration by mouth when appropriate.

🔷This finding shows improvement because it reflects safer and more effective cranial nerve and motor function.

Oriented to person, place, and time

🔷On admission, the client was unable to communicate the date, was not aware of surroundings, and later was only oriented to person and place.

🔷Becoming oriented to person, place, and time shows improvement in cognition and neurologic status.

🔷Increased orientation suggests better cerebral function and improved awareness of the environment.

🔷In a client recovering from stroke, improvement in mental status is a meaningful sign that treatment is effective.

🔷This is a positive finding because it shows the client’s confusion is resolving.

Moving fingers on the left hand

🔷The client initially had a weak left-hand grasp, which reflected impaired motor function from the stroke.

🔷Being able to move the fingers of the left hand indicates improvement in fine motor activity on the affected side.

🔷Even small returns in movement after fibrinolytic therapy are clinically important because they suggest reperfusion of previously ischemic tissue.

🔷Improvement in hand movement also supports better function for grasping and performing tasks.

🔷This finding reflects recovery of left upper extremity motor strength, so it indicates improvement.

Blood pressure 132/88 mm Hg

🔷The client’s blood pressure was previously elevated at 168/96 mm Hg, 164/92 mm Hg, and 172/92 mm Hg, then later decreased to 132/88 mm Hg.

🔷A blood pressure of 132/88 mm Hg reflects better hemodynamic control than the earlier readings.

🔷Improved blood pressure after stroke care can support safer recovery and reduce strain on cerebral vessels.

🔷Stable blood pressure is especially important after alteplase therapy because uncontrolled hypertension increases the risk for bleeding complications.

🔷This finding indicates improvement because it shows the client is becoming more physiologically stable.

NIH stroke scale rating 4

🔷The NIH Stroke Scale is used to measure the severity of stroke deficits, and a lower score indicates less neurologic impairment.

🔷A rating of 4 suggests a relatively mild residual deficit compared with a more severe stroke presentation.

🔷Since the client initially had multiple significant deficits, including weakness, sensory loss, and confusion, a low NIHSS score is a positive sign of recovery.

🔷This means the client is demonstrating improvement in overall neurologic functioning after fibrinolytic therapy.

🔷Therefore, an NIH stroke scale rating of 4 indicates an improved condition.

Reports having a frontal headache

🔷A new or worsening headache after fibrinolytic therapy is concerning because it can indicate intracranial bleeding.

🔷 This is not a sign of improvement and requires prompt follow-up.

Blood oozing from the intravenous site

🔷Oozing blood from an IV site suggests a bleeding complication, which is a known risk after alteplase administration.

🔷This finding indicates possible harm from therapy, not improvement.

🔷 Carpal tunnel syndrome is caused by compression of the median nerve within the carpal tunnel, and symptoms often worsen at night because the wrists may become flexed during sleep.

🔷 Wearing wrist braces or splints at night helps keep the wrists in a neutral position, which reduces pressure on the median nerve.

🔷 This intervention is a common conservative treatment that can decrease pain, tingling, and numbness, especially during rest.

🔷 Night splinting is often one of the first teaching points because it directly targets the cause of the client’s nocturnal symptoms.

🔷 For this reason, teaching the client to wear braces on both wrists during the night is the most appropriate instruction.

Notify the healthcare provider (HCP) as soon as possible.

🔷 Worsening symptoms at night are common in carpal tunnel syndrome and do not by themselves require immediate provider notification.

🔷 The nurse should first reinforce appropriate symptom-management measures such as night splinting.

Apply cold compresses for 30 minutes before bedtime.

🔷 Cold therapy may provide temporary comfort, but it does not address the main problem of wrist positioning during sleep.

🔷 Also, 30 minutes is longer than usually recommended for cold application and may irritate tissue.

Elevate the hands on two pillows at night.

🔷 Elevating the hands is not the primary intervention for reducing median nerve compression in carpal tunnel syndrome.

🔷 Keeping the wrists in neutral alignment with braces is more effective than pillow positioning.

🟢 After transurethral needle ablation (TUNA) for benign prostatic hyperplasia, the client should be taught to monitor for decreased urinary output or a weakening urinary stream, which may indicate obstruction or urinary retention.

🟢 The procedure reduces prostatic tissue, but swelling or postoperative complications can temporarily interfere with urine flow.

🟢 Early recognition of decreased output is important because urinary retention can lead to bladder distention, discomfort, and renal complications.

🟢 Monitoring urinary function is one of the most important discharge instructions after this type of urologic procedure.

🟢 For this reason, the nurse should instruct the client to monitor the urinary stream for decrease in output.

Use incentive spirometer.

🟢 An incentive spirometer is mainly used to prevent postoperative pulmonary complications after surgeries that affect respiratory status or involve prolonged immobility.

🟢 It is not a priority discharge instruction after a TUNA procedure.

Restrict physical activities.

🟢 Clients are usually advised to avoid strenuous activity temporarily, but the broad statement restrict physical activities is too vague and not the best key teaching point here.

🟢 Monitoring urinary function is more directly related to detecting complications of the procedure.

Report when hematuria becomes pink tinged.

🟢 Mild pink-tinged urine may be expected for a short time after the procedure.

🟢 The client should report bright red bleeding, clots, or worsening hematuria, not urine that is merely pink tinged.

💎 SIADH causes excessive release of antidiuretic hormone (ADH), leading to water retention and dilution of serum sodium.

💎 Because the body retains fluid, the client often develops sudden weight gain, decreased urine output, and dilutional hyponatremia.

💎 A weight gain of 2 lb in one day is an important indicator of acute fluid retention and is consistent with SIADH.

💎 Closed head injury is a known cause of SIADH because neurologic trauma can disrupt the normal regulation of ADH secretion.

💎 Therefore, rapid daily weight gain is an expected finding in a client with SIADH.

Fremitus over the chest wall.

💎 Fremitus is a respiratory assessment finding and is not related to the fluid-balance changes seen in SIADH.

💎 SIADH primarily affects water retention and sodium balance, not tactile chest vibrations.

Serum sodium of 150 mEq/L (150 mmol/L).

💎 SIADH usually causes hyponatremia, not hypernatremia.

💎 A sodium level of 150 mEq/L would be more consistent with dehydration or diabetes insipidus rather than SIADH.

Urine specific gravity of 1.004.

💎 SIADH causes the kidneys to retain water and produce concentrated urine, so the urine specific gravity is usually elevated, not low.

💎 A urine specific gravity of 1.004 suggests very dilute urine, which is inconsistent with SIADH.