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Proven Science.
New Technology.

The physiological patterns of ADHD treatment are well known.Iluria offers the first solution for detecting and analyzing these patterns to analyze treatment effectiveness.

Illuminating the patterns

A successful ADHD medical treatment requires continuous monitoring, as the efficacy of the treatment changes overtime. Multiple physiological markers, such as heart rate and movement patterns, have already been clinically associated with such successful treatments. Illuminating these hidden patterns is our mission.
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How does our
solution work

We utilize such changes in physiology to provide insights on the focus and activity levels. This is done by retrieving physiological markers using commercial level wearable devices.
Then, by using machine learning engine algorithms, we identify focus and movement patterns to apply in-depth analysis which captures the personal patterns.
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Better monitoring
and titration

The current standard of care for ADHD monitoring are manual questionnaires which are retrospective and subjective. These subjective processes require tremendous resources and puts the patient's well-being at risk. Iluria's solution provides an objective analysis of the actual focus and movement patterns by providing outputs regarding intraday patterns and titration impact.
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Redefining how ADHD treatment is monitored

We concluded a clinical trial with Clalit Health Services in Israel. The goal of such trial was to see whether our proprietary machine learning algorithms can analyse changes in physiological vitals to provide monitoring outputs that are clinically compliant. We validated our mathematical concept with great results, high accuracy level and low p-value.

Scientific papers
& publications

The results of our clinical trial with Clalit Health Services were
presented in the 2021 Israeli Clinical Pediatric Society Annual
convention earlier this year.
Read our synposys
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Movement (accelerometer)

ADHD Children while being treated with methylphenidate showed reduced motor activity in structured situations
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Angular movement (gyro)

Both linear and rotational movement during a continuous performance test (a forced concentration task) provides an objective diagnosis tool for ADHD
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Heart Rate

Stimulant exposure was associated with higher heart rate
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Heart Rate Variability

Heart rate variability provide important insights into sustained attention impairments observed in ADHD
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Galvanic Skin Response

ADHD children without methylphenidate treatment were characterized by reduced baseline GSR and overall reduced GSRs

Our Patnerships

Become our partner

Our mission is to improve the quality of life for children with ADHD and their parents using accurate and effortless analysis
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