Our Services

We design and develop reliable image analysis tools tailored to the purpose of each research project.
Our team ensures a collaborative strategy since the very beginning, allowing better study management and more accurate outcomes.
We deal with any complex software analysis so you can focus on the study hypothesis and data collection design.
We have experience in multiple sclerosis, dementia and cerebral small vessel disease.
By creating new tools which enable access to the increasingly more complex information stored in medical images, we are contributing to achieve earlier diagnosis, more accurate outcomes and personalised healthcare.

Evaluate your hypothesis

With quantitative data, by relying on objective group comparisons and longitudinal studies

Get a tailored analysis

For your study needs, through flexible technological solutions.

Save time

With our automated software pipeline, able to process large amounts of data

FLAIR Hyperintensities Quantification

Firstly integrated in QuantEmTool (QET).
Applied in lesion load analysis in Multiple Sclerosis, it has also been tested in Traumatic Brain Injury datasets.
Current features entail:

  • Transversal and Longitudinal Analysis
  • Detailed results for 5 topographic areas: Deep gray matter, Cortical, Sub-cortical, Periventricular & Infratentorial
  • Distinction in shrinking, mantained and enlarging regions


Click here to check a report example.

Global Brain Atrophy

Mostly used in Multiple Sclerosis research, particularly useful to research the progressive course.
Initally integrated in QET, it provides an overall overview of brain atrophy.
Current features entail:

  • Transversal and Longitudinal Analysis
  • Gray matter, White matter and Cerebrospinal fluid quantification
  • Brain parenchymal fraction & global atrophy percentile


Click here to check a brain atrophy report example.

Local Atrophy

Used to characterise patients with suspected dementia, it is currently being tested in Multiple Sclerosis research.
It also has the potential to assist in the diagnosis of conditions like epilepsy and Mesial Temporal Sclerosis.
Current features entail:

  • Transversal and Longitudinal Analysis of subcortical structures
  • Analysis of cortical thickness, area and volume

New solutions

Are you considering a new research project? A new image biomarker or different area of expertise to explore?
We are ready to be challenged!
Start collaborating with us by signing up here