Variability in MRI system performance can place hard limits on how far, and how accurate, imaging biomarker quantification efforts can be advanced.
A short thread… (1/8)
Variability in MRI system performance can place hard limits on how far, and how accurate, imaging biomarker quantification efforts can be advanced.
A short thread… (1/8)
We welcome discussion with MRI physicists, clinical/scientific investigators, and CROs who are working to improve quantitative diffusion MRI and imaging biomarker validation.
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Thank you to Prof. Derek Jones, and William Royer from Cardiff University Brain Research Imaging Centre (CUBRIC) for their ISMRM Diffusion Study Group Challenge that included PreOperative Performance's anisotropic diffusion phantom technology (POP-0005).
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In the meantime, if you're interested in participating or want to know more, please reach out to us and we can connect you with the CUBRIC team.
Thank you!
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The ISMRM 2026 conference is nearly here!
On Tuesday morning (May 12) we’ll be presenting new results on a problem that continues to limit multisite neuroimaging studies, inconsistent diffusion MRI measurements.
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If you are working in diffusion MRI, join us at our poster:
"Characterizing Fiber Bundles in an Anisotropic Diffusion Phantom: Comparison of Phantom Replicas"
▶️ 464-02-004
(4/4)
The ISMRM 2026 conference is nearly here!
On Tuesday morning (May 12) we’ll be presenting new results on a problem that continues to limit multisite neuroimaging studies, inconsistent diffusion MRI measurements.
(1/4)
With equivalent diffusion phantoms, variability across scanners and sites can be measured and controlled, a critical step towards reliable imaging biomarkers, and translatable neuroimaging study findings.
(3/4)