Patient-specific cardiac blood flow insights from standard CT imaging. CorASCT maps blood stagnation automatically — turning routine scans into a new clinical signal for stroke risk.
Deviated flow in the left atrium drives thrombus formation — the dominant mechanism behind ischemic stroke. Today's risk scores miss the patient. The signal lives in the scan.
Automated blood stagnation mapping from a standard CT — a new quantitative marker for clinicians, designed for cloud-native distribution through existing PACS platforms.
Computes hemodynamics per case — no population averages, no proxies.
Works with any CT vendor and the systems that already exist in hospitals today.
Delivered as an automated application integrated into PACS and AI marketplaces — without any manual intervention.
Not a render. The model identifies target cardiac structures from a routine CT, which are tracked over time and feed advanced hemodynamic computations.
Improve stroke care with patient-specific stagnation data when a cardioembolic origin is suspected — identify the silent high-risk patient.
Move beyond ablation for symptomatic AF patients and optimise resources — prioritise ablation for stroke risk reduction.
Informed anticoagulation strategy and decisions with a new precision marker that complements existing clinical risk scores.
CorASCT addresses converging clinical workflows across ablation therapy, stroke care and anticoagulation decisions — defining a meaningful addressable market for an integrated, CT-native solution.
Backed by leading Nordic investors and progressing toward integrated distribution through the imaging platforms clinicians already use — with an interdisciplinary team, strong IP and a maturing clinical evidence base.
We are recruiting a senior software engineer to help scale CorASCT — join a small, interdisciplinary team building the next quantitative marker in stroke care.
Talk to the team building the next quantitative marker in stroke care — whether you are a clinician, a partner, an investor or a future colleague.
