Hemorrhagic Stroke

Core Concepts

Intracerebral hemorrhage (ICH)

Bleeding within the brain tissue itself. Chronic hypertension is the most important risk factor: years of high pressure damage small penetrating arteries deep in the brain, weakening their walls until they rupture. Anticoagulant and antiplatelet use increases both the likelihood and the severity of bleeding, so an accurate medication history is essential. Onset is often during activity or waking hours and evolves over minutes to hours. Symptoms depend on location — bleeding into motor or sensory tracts causes weakness or numbness on the opposite side of the body, while bleeding into deeper structures can compress the brainstem and rapidly depress consciousness.

Subarachnoid hemorrhage (SAH)

Bleeding into the space between the brain and the arachnoid membrane, most commonly from a ruptured saccular ("berry") aneurysm. The classic presentation is a sudden, explosive headache that is maximal at onset — patients often describe it as "the worst headache of my life" (thunderclap headache) — accompanied by nausea, vomiting, neck stiffness from meningeal irritation, and sensitivity to light. Some people lose consciousness briefly at the moment of rupture. The major early danger is rebleeding, which is why the patient is typically kept quiet, monitored closely, and treated urgently by the care team; specific blood pressure targets and aneurysm interventions follow provider orders and facility protocols.

Why bleeding damages the brain

Think of the skull as a closed box with three occupants: brain tissue, blood, and cerebrospinal fluid. When a clot adds volume, the box cannot expand, so pressure climbs. The body compensates only so far, and beyond that point rising ICP compresses veins, then arteries, reducing blood flow to the entire brain. Added dangers include blood breakdown products irritating the brain (a trigger for seizures) and swelling (edema) that peaks days after the initial bleed. This is why a patient can look stable at first and then deteriorate — secondary injury evolves over time, and repeated neurologic checks exist to catch it.

Recognizing hemorrhagic stroke at the bedside

Hemorrhage tends to announce itself more violently than ischemia: sudden severe headache, vomiting (especially with headache), decreasing level of consciousness, seizures, and rapid-onset focal deficits such as one-sided weakness, facial droop, or slurred speech. Blood pressure is often markedly elevated. The patient on anticoagulants or with a bleeding tendency is at higher risk. Because onset can be fast and deterioration faster, the nurse records the exact time of onset and the trajectory of symptoms and reports that story clearly.

The stroke workup: imaging before treatment

The standard first-line test is a non-contrast CT scan of the head: fresh blood appears bright on it, so it reliably distinguishes hemorrhage from ischemic stroke within minutes. That single distinction determines whether clot-dissolving treatment is safe, which is why "stat head CT" is the mantra of acute stroke care. Additional steps follow facility protocols: a focused history (onset time, medications, anticoagulant use), vital signs, coagulation studies and platelet count, and sometimes CT angiography to look for an aneurysm. Nursing actions include preparing the patient for imaging, documenting the last-known-well time, keeping the patient NPO until swallowing is assessed, and gathering the medication list.

Nursing priorities and safety

Airway, breathing, and circulation come first — a declining level of consciousness threatens the airway, so positioning and suction readiness matter. Neurologic assessment (level of consciousness, pupil size and reactivity, extremity strength) is repeated on the schedule the facility protocol requires, and any worsening is reported immediately because it may signal rebleeding or rising ICP. Seizure precautions include a low bed, padded side rails, and rescue equipment at hand. Activity and positioning are provider-ordered: many protocols restrict head-of-bed elevation and instruct the patient to avoid straining, forceful coughing, and bearing down (Valsalva), all of which spike blood pressure and ICP. Blood pressure management is entirely provider-driven — the nurse never adjusts therapy on personal judgment. Medication reconciliation is critical because anticoagulant and antiplatelet reversal decisions belong to the care team. Dysphagia screening must happen before any food, fluids, or oral medications, and the family needs honest, compassionate teaching about what is happening and what to watch for. Scope note: assessment, monitoring, precautions, positioning, and patient/family teaching are within nursing scope; specific treatments (blood pressure targets, reversal agents, surgery, aneurysm repair) require provider orders and vary by institution.

Common Confusions