Long-term EKG monitoring in patients with cerebrovascular insufficiency
Insights
Cardiac dysrhythmias were identified in six out of ten patients experiencing cerebrovascular insufficiency. These heart rhythm disturbances may be linked to neurological events like transient ischemic attacks and stroke.
Area of Science:
- Cardiology
- Neurology
- Vascular Medicine
Background:
- Cerebrovascular insufficiency can manifest with symptoms suggesting neurological events.
- The role of cardiac dysrhythmias as a potential cause requires investigation.
Observation:
- Ten patients with cerebrovascular insufficiency underwent 24-hour Holter EKG monitoring.
- Eight patients experienced transient ischemic attacks (TIAs), and two had mild deficits from completed strokes.
- Eight patients showed abnormal cerebral angiography, frequently carotid stenosis.
Findings:
- Holter monitoring revealed cardiac dysrhythmias in six of the ten patients.
- These dysrhythmias included various disturbances in cardiac rhythm or conduction.
- Four patients had no cardiac abnormalities detected during monitoring.
Implications:
- Cardiac dysrhythmias may be a direct cause or contributing factor to cerebrovascular events.
- Holter EKG monitoring is valuable for identifying cardiac etiologies in patients with neurological symptoms.
- Further research can elucidate the precise relationship between cardiac rhythm disturbances and cerebrovascular insufficiency.
Abstract:
Cardiac dysrhythmia may be responsible for signs of cerebrovascular insufficiency in some patients. Ten patients with cerebrovascular insufficiency were monitored for up to 24 hours with the Holter EKG monitor. Eight of the patients had transient ischemic attacks and two had mild deficits from a completed stroke. Eight of the ten patients had associated abnormal cerebral angiography, the most frequent finding being carotid stenosis. Holter EKG monitor in these ten patients showed no abnormalities in four patients. The remaining six had a variety of cardiac dysrhythmias. Although there were a variety of cardiac, cerebrovascular, and neurological abnormalities in these ten patients, six of these patients had a disturbance in cardiac rhythm or conduction which could have been directly associated with or suggest an etiology for the patient's neurological event.
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