EyeBrain: Innovation in the analysis of eye movements
The EyeBrain is a state-of-the-art medical device designed to measure and analyze the dynamics of eye movements with remarkable precision. Thanks to its advanced technology, it plays a key role in the diagnosis of many neurological, psychiatric and learning disorders, providing a detailed and objective analysis of the functioning of the oculomotor system.
. Understanding eye movements
The analyses performed with EyeBrain are based on two main types of movement: the pursuit and the sacking.
. The Eye pursuit means the slow and accurate monitoring of an object in motion, essential to maintain a clear and stable vision.
. The saccade, on the other hand, is a rapid movement allowing to instantly move the look from one point to another, which is crucial to effectively explore the visual environment.
The key parameters assessed are: latency (reaction time), gain (accuracy of movement) and eye speed. These measures allow nuanced identification of neurological dysfunctions by quantifying even the most subtle anomalies.
. Clinical applications
EyeBrain opens up new perspectives in the diagnosis and management of many conditions:
- Parkinson's disease : increased latency of saccades, slowing down and hypometry, mainly on vertical and horizontal saccades.
- Multiple sclerosis Less accurate saccades, altered pursuit, nystagmus and difficulties in keeping your eyes on the target.
- Neurodegenerative syndromes variations in eye parameters serve as biomarkers for early diagnosis and monitoring of disorders.
- Learning disorders and psychiatric pathologies The analysis of movements makes it possible to identify difficulties of attention, coordination, and reading.
. A window on the brain
Innovation d-EyeBrain is its ability to explore underlying neural networks Eye control — From the frontal cortex to the parietal region, through the cerebellum and the brain stem. Each test (overlap, step, gap, anti-saccade, centripetal saccades) reveals specific aspects of neurovisual behaviour and cognitive, providing a unique and powerful diagnostic tool.
. Prospects and benefits
By integrating EyeBrain analysis into the clinical path, the centre proposes:
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A non-invasive, accurate, and reproducible tool
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Early and personalized diagnosis
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Objective monitoring of disease or disorder evolution
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Adapted rehabilitation axes (coordination exercises, oculo-manual motority, cognitive stimulation)
. Conclusion
Thanks to the EyeBrain, functional neurology is entering a new era where the eye becomes a reliable marker of brain health. The center team is available to inform and support you in an innovative diagnostic and care approach based on l
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@Lonhea – Patented Method
