A scan answers one question.
It gets read for that question, reported, and archived. Nothing else in the volume is looked at.
02 · The bottleneck
It gets read for that question, reported, and archived. Nothing else in the volume is looked at.
The other organs, the tissue, the shape, the change since the last scan. Taking it out by hand costs time nobody has, so it doesn’t happen.
We built the first module the slow way. That is the reason the rest are built by a pipeline.
The measurement isn’t missing. It’s unused.
Everything in the volume, measured — not just the part someone had time for. Every value is computed from the volume itself: not a slice, not a derived image, not a metadata join.
05 · The modules
Each module turns your scans into analysis — dashboards, comparisons, cohorts — with the validated dataset always exportable underneath.
05 / Cross-module
Works across every module
Two scans of the same person never line up. MorphX treats that misalignment as the measurement — registration and validation shipped.
View MorphXNothing underneath changes between modules — same segmentation, same measurement layer, same schema, same registration through MorphX. A new organ is a new module on the engine we already have, not a new product and not a new company.
06 · How we build them
We don’t hire a specialist per organ. A pipeline reads the field, writes the module, generates its own ground truth, and has to recover it before anything ships — with a human signature on scope, meaning and release.
HeartX is the last module a human wrote. The rest, the loop writes.
See how07 · Who it’s for
Reproducible imaging endpoints for trials, documented run by run.
Quantify a whole cohort without hand-measuring it.
A measurement layer where no labelled data exists yet.
08 · Request access
If it doesn’t exist yet, that’s the interesting case.
Barcelona, Spain
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