Nursing care
Hemorrhagic Stroke nursing care: what to assess and what to do first
Written and reviewed by Dana Whitfield, RN, MSN · 5 min read · Updated September 2026
Short answer
Hemorrhagic stroke nursing centres on controlled blood pressure reduction and vigilance for rebleeding, not clot dissolution. Unlike ischaemic stroke, anticoagulants and thrombolytics are contraindicated here because the bleed itself is the injury. Priorities are neuro checks, airway protection, ICP monitoring, and gradual BP control, typically to a systolic target under 140-160 mmHg depending on the bleed type and protocol.
The pathophysiology in one pass
Blood escapes into brain tissue or the subarachnoid space, most often from a ruptured aneurysm, arteriovenous malformation, or chronic hypertension weakening a small penetrating vessel. The haematoma itself compresses surrounding tissue, and the blood breakdown products that follow are chemically irritating to brain parenchyma and cerebral vessels alike.
Two dangers unfold over the following days, on different timelines. Rebleeding is the early threat, peaking in the first 24 hours as the initial clot is unstable and any spike in blood pressure can reopen the vessel. Vasospasm follows later, typically days 4 to 14 after a subarachnoid bleed, as the vessels bathed in blood react by narrowing and starving downstream tissue of flow. A nurse who understands both timelines assesses differently on day one than on day seven.
Assessment findings that matter
A sudden, severe headache described as the worst of the patient's life points toward subarachnoid haemorrhage specifically, often with nuchal rigidity and photophobia as blood irritates the meninges. Intracerebral bleeds present more variably, with focal deficits that track the affected territory, but a rapidly declining level of consciousness is the single most sensitive early sign of expanding haematoma or rising intracranial pressure.
Track vital signs as a set, not in isolation. Cushing's triad, widening pulse pressure, bradycardia, and irregular respirations, signals herniation is underway and demands immediate escalation. Pupillary checks matter here more than in most conditions: a unilaterally blown pupil suggests uncal herniation compressing the third cranial nerve. Serial Glasgow Coma Scale scoring, done by the same standard each time, catches the trend before a single number would.
What the exam asks about this
NCLEX items on this topic like to set a trap: a question describing a haemorrhagic bleed followed by an answer option offering tPA or heparin. The correct choice is always to withhold anticoagulation and thrombolytics, because dissolving or thinning further in an active bleed extends the haemorrhage rather than resolving it. Expect the stem to require you to distinguish haemorrhagic from ischaemic stroke by history or CT findings before you can pick an intervention.
You will also be tested on prioritisation between airway, blood pressure, and positioning. A common pairing asks you to choose between elevating the head of bed to 30 degrees for venous drainage and a distractor answer involving Trendelenburg or flat positioning, which raises intracranial pressure and is wrong. Another frequent stem asks you to recognise Cushing's triad by name and match it to impending herniation rather than to a cardiac or respiratory cause.
Nursing interventions in priority order
Airway and oxygenation come first, since a falling GCS threatens the patient's ability to protect their own airway. Elevate the head of bed to 30 degrees, keep the neck neutral, and avoid anything that raises intra-abdominal or intrathoracic pressure, straining, coughing, hip flexion, because each transmits pressure upward into the cranial vault.
Next comes blood pressure control, and it must be gradual rather than aggressive. Too rapid a drop compromises cerebral perfusion pressure in a brain that has lost its normal autoregulation; too little control risks rebleed. Maintain a calm, low-stimulation environment: dim lighting, minimal suctioning, and clustered care to limit ICP spikes. Seizure precautions follow, since irritated cortex from blood products can trigger seizures, and seizure activity itself raises metabolic demand and ICP further.
Medications and monitoring
Antihypertensives, commonly nicardipine or labetalol by continuous infusion, are titrated to a specific systolic target rather than to a general goal of lower is better; the exact number depends on the bleed type and institutional protocol, so verify the ordered parameter rather than assuming one. Nimodipine is given specifically after subarachnoid haemorrhage to reduce vasospasm-related ischaemia, not to lower blood pressure, and it is dosed orally or via feeding tube on a fixed schedule regardless of blood pressure readings.
Osmotic therapy, mannitol or hypertonic saline, treats rising ICP and requires monitoring of serum osmolality and renal function alongside neuro checks. Anticonvulsants may be used prophylactically or reactively depending on protocol. Continuous neuro checks, ICP monitoring where a device is in place, and strict intake and output round out surveillance, since fluid shifts affect both cerebral oedema and osmotic therapy dosing.
When to escalate
Call immediately for any drop in GCS of two points or more, a new or worsening pupillary change, or the emergence of Cushing's triad; these signal expanding haematoma or herniation and cannot wait for the next scheduled assessment. A new focal deficit partway through the vasospasm window, days four through fourteen after subarachnoid haemorrhage, should also prompt urgent notification, since it may indicate delayed cerebral ischaemia requiring intervention.
Escalate too if blood pressure drifts outside the ordered parameters in either direction, or if the patient develops a sudden severe headache distinct from their baseline, which can herald rebleeding. Document the exact finding, the time, and the trend, not just the current number, since the trajectory is what guides the physician's next step.
The next step on this is the same as on everything else here: answer questions and read the rationales. Our neurological practice questions are the closest set to what this page covers.
Common questions
Why can't you give a hemorrhagic stroke patient blood thinners?
The stroke is caused by bleeding into or around the brain, so an anticoagulant or thrombolytic would extend the haemorrhage rather than restore flow. This is the opposite of ischaemic stroke management and is one of the most heavily tested distinctions in stroke nursing.
What position should a hemorrhagic stroke patient be in?
Head of bed elevated to about 30 degrees with the neck kept neutral, to promote venous drainage from the brain and help control intracranial pressure. Avoid flat or Trendelenburg positioning, and avoid neck flexion or rotation that could impede jugular venous outflow.
What is Cushing's triad and why does it matter here?
It is the combination of widening pulse pressure, bradycardia, and irregular respirations, and it signals impending brain herniation from rising intracranial pressure. In hemorrhagic stroke it is a late but urgent sign that requires immediate escalation.
When does vasospasm occur after a subarachnoid hemorrhage?
Typically between days four and fourteen after the bleed, with the risk peaking around day seven to ten. Nimodipine is given during this window specifically to reduce ischaemic injury from vessel narrowing, independent of blood pressure control.