Abstract Details

Title A Sympathetic Heart Weeps for the Brain

Topic Cerebrovascular Disease and Interventional Neurology

Presentation(s) P2 - Poster Session 2 (11:45 AM-12:45 PM)

Poster/Presentation
Number 4-013

Objective To examine the association between acute insular cortex infarcts and pulmonary edema by analysing cardiovascular parameters, clinical profiles, and imaging findings in affected patients.

Background Insular cortex is a complex rich cortical hub involving interoception, autonomic control, social behaviour, multimodal sensory modulation and emotional control. Acute lesions like stroke and seizures result in a wide range of sensory, autonomic, cognitive, motor and emotional manifestations. Insular strokes manifest with both neurogenic and cardiogenic pulmonary edema with concurrent multi-varied cardiac manifestations.

Design/Methods Ten patients (4 males, 6 females) aged 45-84 years with acute ischemic strokes with insular involvement(right-6,left-4) were identified from a stroke database (January 2022- February 2025). For all cases underwent through clinical history, neurological examination, routine blood test including NT-proBNP, ECG, troponin chest radiograph, carotid and transcranial ultrasound and neuroradiology according MRI stroke protocol.

Results Major (more than 2/3rd insula) and minor (less than 2/3rd insula) are 5 each in number(5 anterior and posterior and 5 posterior alone). All patients developed pulmonary edema during hospitalization within first week. All 6 Right insular strokes showed tachycardia, 3 showed AF and 2 showed AF in left insular strokes. The MCA(M1,M2,M3,M4, the troponin levels were also looked into). All patients developed pulmonary edema post-stroke, reinforcing the role of the insular cortex in autonomic dysfunction. Right insular infarctions were linked to excessive sympathetic activity. Due to the small sample size, meaningful statistical analysis was not conducted.

Conclusions Strokes with insular involvement shows the link between insular cortex and the heart. The SYMPATHETIC overactivity results in increased heart rate and arrhythmogenicity which results in the sympathetic heart weeping for the brain. This causes flash pulmonary edema which requires watchful expectancy.

Authors/Disclosures
Bagath Srinivasan Balaji, MBBS PRESENTER	Dr. Balaji has nothing to disclose.
Abhinav Mahesh, MBBS	Dr. Mahesh has nothing to disclose.
Hemanth Kumar Arumugam, MBBS	Dr. Arumugam has nothing to disclose.
Lakshmi N. Ranganathan, MD, PhD, FAAN	Dr. Ranganathan has nothing to disclose.
Sundar Shanmugam, MD	Dr. Shanmugam has nothing to disclose.
Rithvik Ramesh, MD	Dr. Ramesh has nothing to disclose.
Deepa Avadhani, MD	Dr. Avadhani has nothing to disclose.
Philo Hazeena, MD	Dr. Hazeena has nothing to disclose.

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