See how you can connect with your patients at scale.
Ai Model
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Vision
Carotid stenosis on non-contrast CT
15%
Stroke risk for severe carotid stenosis patients
45k
Carotid endarterectomies performed annually in US
~15%
Of ischemic stokes are caused by carotid stenosis
Input
Head/Neck CT without contrast
Neck CT without contrast
C-Spine CT without contrast
Whole Spine CT without contrast
Number of patients (US annually)
~5M
Specialty
Neurology
Vascular surgery
Interventional cardiology
Cardiology
FDA approval
Pre-market
The challenge
Patients are unaware of their carotid artery disease until they experience a major cerebrovascular event, such as a stroke.
The solution
Screen for carotid stenosis on medical imaging and navigate undiagnosed, high-risk patients to the appropriate healthcare professional.
How does it work?
Bunkerhill’s incidental carotid stenosis algorithm runs automatically in the background of all non-contrast head/neck CTs. When the algorithm finds a patient with high risk of carotid stenosis, Bunkerhill’s software performs an automatic chart review to determine whether the patient is unaware of their cardiovascular disease and suitable for follow-up (e.g., no end-of-life diseases). If the patient passes through that automatic chart review, Bunkerhill automatically notifies the patient, their PCP, and the appropriate specialist for review.
Why does it matter?
Impact carotid duplex ultrasound screening rates.
Patients deemed at risk of carotid stenosis may undergo carotid duplex ultrasound to further evaluate presence and severity of stenosis.
Prescribe statins to at-risk patients.
After confirming presence and severity of carotid stenosis, physicians may choose to prescribe statins to slow progression of atherosclerosis and reduce stroke risk.
Impact carotid endarterectomy rates.
Patients with more severe carotid stenosis may undergo carotid endarterectomy to restore normal blood flow and reduce risk of stroke.
Case studies
No items found.
