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Neuroimaging MRI solution for neuro-oncology
MRI

The complete MRI solution for improved analysis and optimum patient management

Optimized workflow and treatment monitoring

By offering a full range of innovative functions, our neuro-oncology solution allows you to procure more precise results and to interpret the images with greater clarity in order to provide patients with more effective treatments.

This multi-vendor solution offers a complete range of innovative functions, guaranteeing results of unequalled precision and greater clarity when interpreting the images, thus helping with patient care.

Fluidly integrated into your workflow, the solution has been designed to assist you at every stage in your decision-making process. It is compatible with most constructors and provides essential information for numerous neurological diseases, as well as a more precise vision of the treatment response and the development of the disease.

Our neuro-oncology solution is combined with neuronavigation systems, thus making the planning and navigation easier during neurosurgery. In addition, it improves the pre- and post-operative follow-up by merging the traditional maps with the tractography results. You therefore benefit from a precise view of the cerebral structures and their connections and can optimize your surgeries.

An innovative suite for unparalleled diagnostics and treatment follow-up

With expertise supported by over one hundred clinical publications on brain tumors, we make the most advanced tools for cutting-edge MRI analyses available to radiologists, surgeons, and oncologists.

Our suite of neuro-oncology solutions offers you essential quantitative information at each crucial step in the patient’s pathway, while simplifying and speeding up the comparison with previous examinations.

A simplified decision-making process
Precise assessment
Guaranteed qualified thanks to constant results

Neurology booklet Download

Brain Tumor: Low Grade & High Grade Gliomas
Gliomas are the most common primary cerebral neoplasms. The grading of gliomas is of utmost clinical importance as it determines the correct therapy. More aggressive treatment planning is required for the management of high-grade tumors. The purpose of this case report is to illustrate the possible predictors which might discriminate between low-and-high grade gliomas using dynamic contrast-enhanced (DCE) perfusion in the follow-up of treated low grade gliomas.
Download
Brain Tumor: Glioblastoma with Oligodendroglial Component
A 15-year-old boy presented with headache for 1 month and vomiting in the morning for a few weeks. On neurological examination, bilateral papiloedema, bilateral paresis of the 6th cranial nerve and hemianopia were found.
Download
Brain Tumor: Low-Grade Glioma
A 51-year-old woman with a history of LED and thyroid insufficiency, complained of continuous headache and chronic fatigue. An MRI examination in an outside hospital was performed. She then was referred to a neuro-oncologist.
Download

3 figures to remember

On average

1/ 1

person will develop a neurological disorder in their life (1)

Up to

0 %

patients with cancer will develop cerebral metastases (in the USA) (2)

On average

0 years

is the life expectancy lost due to brain tumors, the highest of all cancers

1 WHO calls for optimizing brain health to benefit people and society | UN News

2 Follow-up and Retreatment of Brain Metastases

3 The statistics about brain tumours

Overview of the main functions
Calculating the ADC map
Calculating a complete set of T2* perfusion maps (DSC): CBV (Cerebral Blood Volume), K2 (qualitative permeability map for assessing the integrity of the BBB), corrected CBV, CBF, MTT, TTP, Tmax and tMIP
Automated or manual selection of the arterial input functions (AIF)
Multi-parameter ROI/VOI/3D analysis
Generation of T1 perfusion maps (DCE): semi-quantitative Kep, Ktrans, Ve and Vp maps and optimized qualitative TME (Time to Maximum Enhancement), AUC (Area Under Curve), Wash-in, Wash-out, Peak, Peak Enhancement, SER (Signal Enhancement Ratio) and Curve washout maps
MRI perfusion technique without Arterial Spin Labeling (ASL) contrast: mapping weighted for perfusion and blood flow
fMRI: maps with activations zones in the three planes - Laterality index
Compatibility with neuronavigation systems
CT perfusion: 4 deconvolution methods: sSVD, cSVD, oSVD and patented Bayesian
Option to establish longitudinal ratios: temporal reset of sequences - Temporal subtraction - Development as a percentage of the volume
Generation of reports with summarized results
Option of merging maps
Integration with multiple PACS in order to share results
Multi b: Diffusion, IVIM, Kurtosis, Full Kurtosis (DWI/IVIM/Kurtosis - research) Optional
APT CEST Optional

Neuroimaging MRI solution for neuro-oncology
MRI

The complete MRI solution for improved analysis and optimum patient management

Optimized workflow and treatment monitoring

An innovative suite for unparalleled diagnostics and treatment follow-up

3 figures to remember

On average

Up to

On average

Overview of the main functions

Complete your neuro-oncology offer

Discover our emergency solutions for managing strokes.

The clinical and research institutes at our side

Give it a go!

Request a demo or contact our sales team

Neuroimaging MRI solution for neuro-oncologyMRI

The complete MRI solution for improved analysis and optimum patient management

Optimized workflow and treatment monitoring

An innovative suite for unparalleled diagnostics and treatment follow-up

3 figures to remember

On average

Up to

On average

Overview of the main functions

Complete your neuro-oncology offer

Discover our emergency solutions for managing strokes.

The clinical and research institutes at our side

Give it a go!

Request a demo or contact our sales team

Neuroimaging MRI solution for neuro-oncology
MRI