ECR2026 - Rays of Knowledge

Why Just Observe...

When you can measure with Precision?

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Combinostocs
ECR 2026
March 04 – 08
Expo
X1
Booth
113

Your Trusted Companion
in Neuroimaging

SyMRI cNeuro
Advanced solutions for a broad range of neurological disorders, combining Radiology, Neurology, and Nuclear Medicine to improve patient outcomes.
Our technology delivers automated brain mapping and lesion segmentation with quantitative insights into tissue status.
An AI-powered system that supports diagnosis and predicts progression in cognitive disorders using imaging and clinical data.
SyMRI Neuro

Precision in Every Voxel
Beyond Imaging

SyMRI Neuro+ delivers extended, clinically relevant insights - fitting right into your workflow.
Delivers objective, data-driven insights that enhance diagnostic confidence and enable precise tracking of brain changes over time.
Gain deeper insights into brain health by estimating myelin content to track both development and degeneration.
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cNeuro

A complete AI solution

For Early Detection and Management of Neurological Diseases
cDSI supports early detection, differential diagnosis, progression prediction, and ongoing monitoring of memory disorders.
cMRI ARIA Enables efficient detection, measurement, and monitoring of ARIA side effects related to Alzheimer’s disease treatments.

"This product is pending FDA 510(k) clearance and is not currently available for clinical use in the United States"

cMRI provides fully automated, objective quantification of disease-specific abnormalities and patterns from MRI images.
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Transform subjective imaging into quantifiable,
reproducible insights.

SyMRI for Advanced MS Diagnosis Beyond Conventional Methods

Adolphe de Rothschild Foundation, Paris, France.

This case study explores how SyntheticMR’s SyMRI Neuro are used to evaluate and monitor multiple sclerosis (MS) progression, demonstrating how these tools improve imaging accuracy and offer advantages over traditional diagnostic methods.

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How SyMRI is Transforming My 20-Year Mission Against iNPH

Linköping University Hospital, Linköping, Sweden.

In this interview, Dr. Rafael Holmgren, a board-certified neurosurgeon at Linköping University Hospital, discusses his extensive experience with Idiopathic Normal Pressure Hydrocephalus (iNPH) and shunt surgery, offering insights from over 20 years of clinical practice.

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Making data meaningful: data-driven diagnostics in neurodegenerative disorders

Alzheimer Center , Amsterdam, The Netherlands.

Dr. Hanneke Rhodius-Meester, Clinical Geriatrician and Supervisor of the Memory Clinic at Alzheimercentrum Amsterdam, explains how data-driven diagnostics can help achieve a confident diagnosis when it is initially unclear whether a patient has vascular dementia, frontotemporal dementia, or Alzheimer’s disease.

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Meet our experts at
ECR 2026


Book a time with us in advance to experience our tehcnology first hand.
March 04 – 08
Expo X1
BOOTH 113