Radiologee automates the measurements that matter most for stroke risk — calcium scoring, plaque burden, and multi-territory risk assessment — and puts a reproducible number in the radiologist's hands within minutes.
Radiologists read enormous volumes every day, and the measurements that drive stroke-risk decisions are still done largely by hand. Two things suffer: time, because manual measurement eats into every read — and consistency, because in the grey areas the call becomes subjective. Radiologee replaces that judgment call with one reproducible number.
Ranks the worklist most-critical → least-critical, so the highest-risk patient is read first — not whenever their scan happens to surface.
Auto-generates 3D artery models and computes calcium scoring plus a reproducible Plaque Burden Score — replacing slow, variable hand-measurement.
Extends analysis across multiple vascular territories into one combined stroke-risk picture — a multi-territory view no single tool offers today.
Watch a de-identified carotid study go from raw CT slices to a quantified 3D plaque model, with live-tracked anatomy labels.
Radiologee sits alongside the reading workflow. Studies come in; ranked worklists, 3D vessel models, and quantified risk come out — in about two minutes.
Every incoming study is scored and the stack is re-ordered most-critical → least-critical. The patient with the unstable plaque doesn't wait behind routine follow-ups.
Radiologee automatically reconstructs the arteries in 3D and characterizes what it finds: the open lumen, calcified plaque, and non-calcified plaque — then computes calcium scoring and a reproducible Plaque Burden Score.
Plaque doesn't respect anatomical boundaries, but today's tools analyze one territory at a time. Radiologee extends the same quantification across the multiple vascular territories — and combines them.
CT angiography studies flow in from the scanner or PACS as they're acquired.
Vessels are reconstructed in 3D; lumen, calcified, and non-calcified plaque are characterized.
Calcium scoring, Plaque Burden Score, and multi-territory stroke risk are computed automatically.
The radiologist opens a ranked worklist with the numbers already in hand — and decides.
A de-identified carotid CT angiogram is reviewed slice-by-slice, then reconstructed in 3D. As the model rotates, the anatomy labels below track the structures in real time: the arterial lumen in red, calcified plaque in yellow, non-calcified plaque in green.
Axial, coronal, and sagittal series with the carotid lumen segmented automatically on every slice.
Both carotid bifurcations reconstructed in 3D — rotate view with live-tracked plaque characterization.
Radiologee handles the measuring so your attention can go where it should: to the patient. Every output is quantified, reproducible, and reviewable — the final call is always yours.
The manual measurements behind a stroke-risk assessment take on the order of 25 minutes. Radiologee computes them automatically and has results waiting in about 2 — before you've opened the study.
Borderline plaques are where reads diverge — intervene now, or medicate and watch? A reproducible Plaque Burden Score gives every reader the same quantitative starting point on the same scan.
The 3D model, segmentation, and every score are fully inspectable. Radiologee informs the decision; it never makes it for you.
Risk-ranked worklists mean the high-grade stenosis acquired at 9:40 doesn't sit behind eleven routine follow-ups until noon.
"One physician looks at a borderline plaque and books the OR. Another looks at the same scan and prescribes blood thinners. Same image — two very different paths for the patient. Our job is to replace that coin-flip with a number."
Stroke-risk assessment still depends on slow manual measurement and subjective judgment. Radiologee automates the measurement and quantifies the judgment — across multiple vascular territories at once.
Time to determine stroke risk, per study. The saved time compounds across every eligible scan a practice reads.
Multiple vascular territories in one combined stroke-risk picture — a multi-territory view no single tool offers today.
The same scan produces the same score, every time — removing reader-to-reader variability from the grey-area call.
We're happy to walk through the demo, the clinical workflow, and where Radiologee goes next.
Whether you're a radiologist who wants their time back, a department evaluating workflow tools, or an investor who wants to see the platform — we'd like to talk.