STAGE
for TBI

Susceptibility-based visualization for traumatic brain injury.

STAGE derives QSM and susceptibility-weighted outputs from one acquisition — additional information for teams reviewing microbleeds and vascular injury, being evaluated with clinical partners.

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This is a research and evaluation area, not a cleared diagnostic indication. STAGE does not diagnose or treat disease.
Axial brain MRI showing gray/white matter and ventricular anatomy
THE CLINICAL CHALLENGE

Microbleeds and shearing injury are easy to miss.

Traumatic microbleeds and diffuse axonal shearing injury are often subtle or entirely missed on conventional or lower-resolution scans, particularly when field strength or scanner protocol varies between the baseline exam and follow-up.

Subtle microbleeds
Small susceptibility effects are easy to under-call on routine sequences.
Protocol variability
Follow-up scans on a different scanner can look inconsistent.
Medicolegal stakes
Reporting needs a defensible, reproducible basis for findings.
WHAT STAGE DELIVERS

Two complementary views of susceptibility

Where conventional series can render small hemorrhagic foci as faint or ambiguous, STAGE's susceptibility-based outputs give reviewing teams additional, co-registered information from the same acquisition — reconstructed once and exported as a standard DICOM series.

QUANTITATIVE MAP
QSM — susceptibility in physical units
Quantifies blood-product susceptibility rather than relative brightness, supporting visualization of microhemorrhage location and extent.
SUSCEPTIBILITY-WEIGHTED
SWI and minimum-intensity projection
Susceptibility-weighted imaging with its minimum-intensity projection, generated from the same acquisition for vascular injury visualization.
WORKFLOW FIT

One acquisition. The scanners you already have.

STAGE runs as a single multi-echo sequence, vendor-agnostic across 1.5T and 3T, with outputs landing in PACS as a standard DICOM series alongside the rest of the exam — no new hardware to standardize a mixed fleet.