NANDA-I 2024-2026 edition · Reviewed November 2, 2026 by the editorial team
Diagnosis at a glance
| Code | 00201 |
|---|---|
| Label | Risk for ineffective cerebral tissue perfusion |
| Spanish label | Riesgo de perfusión tisular cerebral ineficaz |
| Domain | 4. Activity / rest |
| Class | 4. Cardiovascular / pulmonary responses |
| Type | Risk |
| Status | Current |
What it means
The person may experience a drop in the blood reaching the brain and, with it, in the oxygen and glucose that neurons need. There are no new signs of damage yet, but the situation makes them likely if it isn't monitored and corrected in time.
Explanation written by our team. The official definition is in the NANDA-I 2024-2026 book.
When to use it
Clinical situations where it commonly shows up. The diagnosis is confirmed by your assessment, not by the medical diagnosis.
- Ischemic stroke in the first hours and days, before and after thrombolysis or thrombectomy.
- Intracerebral or subarachnoid hemorrhage.
- Traumatic brain injury.
- Sepsis with unstable blood pressure or requiring vasopressors.
- Atrial fibrillation, cardiac or carotid surgery.
- Prolonged or repeated seizures, because of hypoxemia and increased cerebral demand.
What to assess
- Level of consciousness with the Glasgow Coma Scale and, in stroke, the NIHSS per unit protocol.
- Pupils: size, symmetry and reaction to light.
- Strength and sensation in all four extremities, speech and facial droop.
- Blood pressure and mean arterial pressure, heart rate and rhythm.
- SpO2 and breathing pattern.
- Temperature and point-of-care blood glucose.
- Headache, vomiting, increasing drowsiness or seizures: they may signal rising intracranial pressure.
- In anticoagulated patients or after thrombolysis, signs of bleeding.
Risk factors
What makes the problem more likely, and what nursing can monitor or modify.
- Blood pressure above or below the ordered targets.
- Hypoxemia (low SpO2) from airway obstruction or hypoventilation.
- Hyperglycemia or hypoglycemia.
- Fever, which increases the brain's oxygen consumption.
- Dehydration or volume loss.
- Head position that impairs venous return (neck flexed or rotated).
- Straining, forceful coughing or agitation in patients with increased intracranial pressure.
- Nonadherence to previous antihypertensive or anticoagulant therapy.
At-risk populations
- Older adults with hypertension or diabetes.
- People with atrial fibrillation.
- Patients in the first 72 hours after a stroke.
- Critically ill patients with sepsis or shock.
- Neurosurgical patients or patients with traumatic brain injury.
Associated conditions
- Ischemic or hemorrhagic stroke and transient ischemic attack.
- Thrombolysis and mechanical thrombectomy.
- Traumatic brain injury and brain tumors.
- Sepsis and shock.
- Atrial fibrillation, endocarditis and cardiac surgery.
- Status epilepticus.
Risk factors are the ones nursing monitors and corrects: blood pressure, blood glucose, temperature, oxygenation, positioning. Associated conditions (the stroke, atrial fibrillation, thrombolysis, trauma) raise the risk but are treated under medical orders. If your program requires it, write them as “in a patient with…”.
How to write it (PES)
Risk for ineffective cerebral tissue perfusion related to blood pressure fluctuations, uncontrolled hyperglycemia and hyperthermia, in a patient with ischemic stroke treated with thrombolysis (associated condition).
There is no “as evidenced by”: there is no new neurological decline yet. If it appears (a 2-point drop in GCS, new weakness, a dilated pupil), it is no longer a risk but a medical emergency.
Example written by our team for a fictional patient. Adapt it to your own patient's data. Build your statement with the PES generator.
Goals / expected outcomes
Written in measurable terms: what, how much and by when.
- The patient maintains a GCS equal to or higher than on admission, with no new motor deficits, during the first 72 hours.
- Blood pressure stays within the provider's ordered targets at every reading during the shift.
- SpO2 stays at 94% or higher throughout the stay.
- Point-of-care glucose stays within the ordered range and temperature below 37.5 °C (99.5 °F).
- The patient and family recognize neurological warning signs before discharge.
Nursing interventions and rationales
| Intervention | Rationale |
|---|---|
| Perform neuro checks (GCS, pupils, strength, speech) at the frequency set by protocol: more often in the first 24 hours after thrombolysis. | A change caught early allows action before the injury extends. |
| Measure blood pressure at the ordered frequency and report immediately if it falls outside the targets. | Hypertension increases the risk of bleeding, and hypotension reduces perfusion to the tissue at risk. |
| Keep the airway patent and give oxygen if SpO2 is below 94%. | The brain does not tolerate hypoxemia. If SpO2 is normal, extra oxygen adds no benefit. |
| Check point-of-care glucose as ordered and report values out of range. | Both hyperglycemia and hypoglycemia worsen neurological outcomes. |
| Monitor temperature and apply the ordered measures if it rises above 37.5 °C (99.5 °F). | Fever increases metabolic demand and is associated with a worse prognosis. |
| Keep the head aligned with the trunk and the head of the bed at the ordered position (30° if there is a risk of increased intracranial pressure or aspiration). | A neutral position promotes venous return and avoids raising intracranial pressure. |
| Prevent straining: prevent constipation, cluster care and allow rest periods. | Bearing down, forceful coughing or agitation can raise intracranial pressure. |
| Monitor for signs of bleeding in patients after thrombolysis or on anticoagulants: sudden headache, vomiting, declining level of consciousness. | Intracranial hemorrhage is the most serious complication of these treatments. |
| Teach the patient and family the warning signs and the importance of taking antihypertensive or anticoagulant therapy. | Reduces the risk of another event after discharge. |
NOC outcomes and NIC interventions
Outcomes (NOC) and interventions (NIC) that published sources link to this diagnosis. Pick the ones that fit your patient.
NOC outcomes
- 1931Risk Control: Stroke
- 0409Blood Coagulation
- 1902Risk Control
NIC interventions
- 6610Risk Identification
- 6650Surveillance
- 4150Hemodynamic Regulation
- 5616Teaching: Prescribed Medication
Linkages drawn from care plans published by health services, universities and nursing journals. Labels may vary depending on the NIC and NOC edition your facility uses.
Case study: The first 24 hours after thrombolysis
Patient. A 63-year-old man with hypertension and type 2 diabetes arrives at the ED with left-sided hemiparesis that started 2 hours earlier; he is diagnosed with an ischemic stroke and receives IV thrombolysis.
Assessment
- GCS 15 (E4, V5, M6); pupils equal and reactive, 3 mm.
- Strength 3/5 in the left arm and leg.
- BP 176/98 mmHg; the ordered target after thrombolysis is below 180/105 mmHg.
- HR 88 bpm, sinus rhythm; SpO2 95% on room air.
- Point-of-care glucose 214 mg/dL.
- Temperature 37.2 °C (99.0 °F).
- Reports not taking his blood pressure medication for the past week.
Nursing diagnosis
Risk for ineffective cerebral tissue perfusion related to blood pressure near the upper target limit, hyperglycemia and nonadherence to antihypertensive therapy, in a patient with ischemic stroke treated with thrombolysis (associated condition).
Goal
The patient will maintain a GCS of 15 and strength equal to or better than on admission during the first 24 hours.
Interventions
- Neuro checks and BP per the post-thrombolysis protocol.
- Report if BP exceeds 180/105 mmHg or if there is any neurological change.
- Point-of-care glucose as ordered and give the prescribed insulin.
- Head aligned and head of bed as ordered.
- Monitor for headache, vomiting and bleeding at puncture sites.
- Talk with him and his wife about medication adherence.
Evaluation
At 24 hours he maintains a GCS of 15, left-sided strength improves to 4/5, BP stayed within target and glucose came down to 162 mg/dL. The risk persists because of the recent stroke: the diagnosis stays active with less frequent monitoring per protocol.
How it differs from similar diagnoses
- Risk for ineffective peripheral tissue perfusion (00228): Refers to perfusion of the extremities. 00201 focuses on the brain.
- Risk for decreased cardiac output (00240): The focus is the heart's pumping. It can be a cause of cerebral hypoperfusion, but it doesn't describe the risk to the brain.
- Risk for shock (00205): Use it when perfusion of the whole body is threatened, as in sepsis. If the brain is also a concern, you can use both.
- Risk for acute confusion (00173): If what you anticipate is delirium from the acute illness rather than brain injury from lack of flow, the focus is risk for acute confusion.
Common mistakes
- Keeping the risk diagnosis when there is already new neurological decline: it is an emergency and must be reported immediately.
- Writing only medical conditions (“related to stroke”) with no factors nursing monitors or corrects.
- Documenting the GCS without its components (E, V, M).
- Lowering blood pressure abruptly without an order: in ischemic stroke it can worsen perfusion.
- Leaving blood glucose and temperature out of neuro monitoring.
Assessment scales
Used in these conditions
Other diagnoses in the Cardiovascular / pulmonary responses class
Domain 4, Activity / rest. See every diagnosis in this domain.
Frequently asked questions
What is the NANDA code for risk for ineffective cerebral tissue perfusion?
00201. It belongs to Domain 4 (Activity/rest), Class 4 (Cardiovascular/pulmonary responses), and is still current in the 2024-2026 edition.
Is there an actual “ineffective cerebral tissue perfusion” diagnosis without “risk for”?
Not in the 2024-2026 edition: only the risk diagnosis exists. If there is already new neurological decline, report it immediately and document the problems the person is showing.
What do I do if the patient's GCS drops by two points?
Notify the provider immediately, check airway, SpO2, blood pressure and blood glucose, and follow your unit's protocol. Don't wait for the next round.
Can I use it for patients with sepsis?
Yes, when blood pressure is unstable or there is hypoperfusion and you need to monitor the brain. It often goes along with risk for shock.
Is a seizure a risk factor?
It is an associated condition. Prolonged seizures can cause hypoxemia and increased cerebral demand; nursing acts on the airway, oxygenation and safety.
Study material: the explanation, characteristics, factors, examples and case study on this page were written by our editorial team. The official text for Risk for ineffective cerebral tissue perfusion (00201) is in NANDA International Nursing Diagnoses: Definitions and Classification 2024-2026. This page does not replace clinical judgment or your facility's protocols.
Classification sources: NANDA-I 2024-2026, Thieme supplement · Elsevier summary of changes · Spanish edition table of contents · NOC/NIC: source 1. Reviewed November 2, 2026.