This page is under maintenance and will be back soon.
You can still sign in or create an account to use the service.
Clinical-grade PDFF & R2* analysis powered by the MAGO algorithm. Trusted measurement accuracy for hepatic steatosis and iron quantification.
Capabilities
Every component engineered for measurement accuracy
Hamilton 6-peak multi-echo magnitude fitting with 3-seed initialisation. Validated against MATLAB pdffRecon.
Standardised measurement protocol with per-ROI exclusion. Population SD threshold at 2% for quality gating.
DICOM upload → motion correction → T1 bias correction → fitting → results in under 3 minutes.
Organise cases into studies for clinical trials. Track progress, export results, manage multi-site data.
Interactive per-ROI exclusion with live SD recalculation. The system measures — you decide what to include.
Sign in with your university Microsoft account. No separate credentials needed.
Workflow
Drop your DICOM folder. Series and echoes are auto-detected from the header metadata.
Select the best slice and place 3 ROIs per slice across the liver parenchyma.
Lock ROIs and run the MAGO magnitude fitting pipeline. Results appear per-slice and in aggregate.
Save to a study, export full per-ROI CSV data, or download DICOM-format parametric maps.
Methodology
Validation
FibroOx measurements show < 1% absolute agreement with MATLAB pdffRecon (MAGO) across a 10-case validation cohort spanning 0–25% PDFF and 40–185 s⁻¹ R2*.
Start using FibroOx for your liver MRI research today. No installation required — runs in your browser.
Get Started Free