NeuraScore^™ engine

One transdiagnostic engine. Every system it reads, in context.

The same seven systems sit beneath conditions medicine files under different names. NeuraScore^™ reads the systems, not the label, and reads every value against the circumstances it was measured in.

Request a briefing How a reading is built →

Systems, not labels Read in context Traceable to source Not a diagnosis

Same systemsThree condition families

Glucose metabolism

Insulin resistance

Liver

Kidney

Inflammation

Stress axis

Sleep–wake rhythm

Read Context only Not read Illustrative

{r} read · {c} context

How a reading is built

A routine sample, its circumstances, and four honest states.

A glucose drawn two hours after lunch is not a fasting glucose. The reading says so, and names the repeat that would settle it.

Sample
+ context

Context & quality
checks

Systems read
side by side

Reading for a
professional

Follow-up
over time

Shown

Supported, and nothing in the context explains it away.

Suggested

One marker points that way. Not carried as a finding.

Needs a repeat

The value stands; the conclusion waits.

Never measured

Named as absent, not left as a silence.

One engine, many modules

The same core, module after module, each with an honest status.

See the platform →

Most advanced01

Metabolic

Glycaemia · insulin resistance · liver · kidney

Routine blood panel plus context. Declines out-of-scope panels: a diagnosed diabetes, a pregnancy.

In development02

Diabetes

For people already diagnosed

Same engine; scope starts where the metabolic module declines.

Research · lead03

Burnout

The biology beneath mental health

Where self-report and biology diverge. Our long-term research programme. Read more →

Research Overtraining ADHD PTSD Addiction Cognitive declinerouting only

What it is, what it is not

Built and tested on real public health-survey cohorts. Deterministic, frozen rules, every line traceable to its source.

—Decision support for a qualified professional, not a diagnosis.

—Not a screening test, and not a substitute for clinical assessment.

—Does not say who will develop a condition.

—Research and development stage; not CE-marked. Quality system being built along ISO 13485.

Tell us which reading you need. We will show you how it is built.

Employers, occupational-health teams, clinicians, laboratories, research partners and investors. Methodology under NDA.

Request a briefing hello@neurasens.be

Built with our research and industry partners

Win4Company CHU Liège UCLouvain DNAlytics Quality Assistance Moore 2 Bridge

The NeuraScore^™ engine platform

A revolutionary data signal-processing architecture in biology.

One deterministic, auditable engine turns routine biology into a stratified signal, reused condition after condition.

Signal path

inputs → gating → convergence → output

Inputs

A single routine urine or blood sample and a controlled questionnaire enter together.

Routine biology

multiple independent axes, one sample

Structured context

a questionnaire that cleans interpretation

Quality & gating

Preanalytic QC and explicit gates set what each sample is allowed to claim. Known confounds are handled before anything is scored.

QC checks Hard gates Confounds

03Core

Convergence engine

Independent signals must agree. The engine weighs the convergence of patterns, never a sum of markers.

Stratified output

NeuraScore

Confidence tier

Pattern & subtype

Action & retest

Confidence

Golden thread · auditable end to end

every result traces from intake to export

OrderSampleRuleEvidenceAudit

Foundation

SOP & sample stability

Pseudonymised & governed

Modular platform scale-out

Why it holds up

[ I ]

Fully auditable.

Every result traces back to its graded evidence and stays reviewable end to end, never a black box.

[ II ]

Governed by design.

The runtime is deterministic. Rules stay frozen and versioned; nothing is improvised per sample.

[ III ]

Reusable core.

Each module adds a rule pack; the engine core is unchanged, decreasing cost per condition.

In plain terms

Explicit gateA hard rule that decides what a sample is allowed to claim before it is scored.ConfoundsOutside factors, such as illness, medication or timing, that can distort a biological signal.Modular scale-outAdding new conditions as separate rule packs on the same core engine.Graded evidenceFindings weighted by how strong the supporting research is.Deterministic runtimeThe same inputs always produce the same result, with no randomness.Frozen & versioned rulesScoring rules are locked and version-tracked, never changed per sample.

Beyond one sample, beyond one disease

Matrix-agnostic. Condition-agnostic.

The core does not care which sample it reads or which condition it is asked about. It scores the biology it is given, stratifies risk into tiers, and reroutes each person to the right next step when one is needed.

Any routine matrix

UrineSalivaDried bloodPlasma

Whatever a clinic or study can realistically collect, the engine reads.

Any condition

MetabolicDiabetesBurnoutOvertrainingADHDPTSDAddictionCognitive decline

Each a rule pack on the same core. The stratification logic never changes.

Stratify & routeper person

Low signal loadMonitor & retest

ModerateGuided support

ElevatedClinical referral

Masked / unclearFlag for human review

A stratification and triage layer that decides where a person goes next.

The module library · eight modules, one engine

Most advanced

NeuraScore: Metabolic

Glycaemia · insulin resistance · liver · kidney

Routine panel plus context. Declines out-of-scope panels: a diagnosed diabetes, a pregnancy.

In development

NeuraScore: Diabetes

For people already diagnosed

Same engine; scope starts where the metabolic module declines.

Research · lead

NeuraScore: Burnout

Occupational burnout

The lead research module: biological stratification of work strain, with masked-burnout detection.

Research

NeuraScore: Overtraining

Overtraining syndrome

Recovery-first routing for athletes and high-load populations.

Research

NeuraScore: ADHD

Attention regulation

Objective profiling to complement subjective screening tools.

Research

NeuraScore: PTSD

Trauma burden

Directionality of the stress response as the differentiating signal.

Research

NeuraScore: Addiction

Substance use

Reward-axis biology mapped onto the same convergence logic.

Research

NeuraScore: Cognitive decline

Neurodegeneration

Neurodegeneration read on the same convergence logic, in a plasma matrix.

Research and development stage; no module is CE-marked. Quality system being built along ISO 13485.

Scientific basis

Reading biology as systems, not categories., not category.

Metabolic, mental and neurodegenerative conditions overlap on the same biological systems. We read those systems, not discrete boxes.

A shared spectrum

Conditions are regions on one biological continuum, not separate boxes.

Anxiety Burnout Depression PTSD

The same biological systems recur across burnout, depression, anxiety and trauma with different signatures. NeuraScore reads where on the continuum a person sits, not which box they belong to.

The body is a metabolic system before it is a psychiatric category: we read the system, not the label.

NeuraCorp founding principle

In plain terms

NeuraSens reads biology across metabolic, mental and neurodegenerative conditions rather than from questionnaires alone. From a routine urine or blood panel we measure a set of biological signals and turn them into a clear, stratified score. The rest of this page explains the two scientific lenses we use to read those signals, and why one biology can speak to several conditions.

Conditions rarely map to a single marker. The same biological signals regroup depending on the scientific lens you read them through.

Interactive · switch the lens

Two lenses, one set of signals.

The same biological signals

RDoC domains

RDoC · Research Domain Criteria

The US National Institute of Mental Health framework replaces diagnostic labels with measurable functional domains: arousal and regulatory systems, negative and positive valence, cognition and social processes. A person is described by where they sit on each domain, read from biology, rather than by the category they were assigned.

Arousal & RegulatoryHow the body ramps up and settles down: the stress (HPA) axis and the sleep-wake balance.Negative ValenceSystems for threat, fear and loss that drive low mood and anxiety.Cognitive SystemsAttention, memory and mental control.

Metabolic psychiatry

A fast-growing field that treats many psychiatric conditions as, in part, disorders of energy metabolism, inflammation and circadian regulation. It looks for the mechanism beneath the symptom: mitochondrial function, HPA-axis load and immune signalling, and reads mental health as a systemic, measurable state.

Energy metabolismHow cells produce and use energy, including mitochondrial function.InflammationLow-grade immune activation that can affect the brain.Circadian regulationThe body’s daily clock governing sleep, hormones and rhythm.Oxidative stressCellular wear from an imbalance of reactive molecules.

Validation in progress

The rule base is built from a graded, DOI-traceable literature corpus and tested on public health-survey cohorts. The burnout module is being validated on a cohort of Walloon workers against established burnout inventories, with explicit detection of masked burnout, where biology and self-report diverge., where biology and self-report diverge.

The team

A focused team across science, data & strategy.

A core team, specialist consultants and Walloon subcontractors, coordinated end to end.

Ameur Dhouieb

Founder / CEO

Designed the NeuraScore architecture and leads platform strategy and B2B pilots.

Core competences

NeuraScore architectureSignal-processing designPrecision-health strategy

MA · Science, Technology & Innovation, HSE University LinkedIn

Olivia Barada

Chief Scientific Officer

Owns the scientific programme: the graded literature corpus, the rule base behind each module and the validation strategy.

Core competences

Scientific programmeLiterature gradingBiomarker scienceModule validation

Emma Biggs

Health Psychology Lead

Designs the structured-context instrument that guards interpretation against behavioural confounds.

Core competences

Health psychologyCognitive neuroscienceReal-world dataNeuroimaging

PhD · Psychology, KU Leuven & Maastricht

Claudio Reggiani

Data Engineering & ML

Builds the data pipeline and calibration models behind each module.

Core competences

Data engineeringMachine learningCloud / AWSGenomics pipelines

PhD · Computer Science, ULB

Katty Prentice

COO

Runs CRO coordination, regulatory strategy (IVDR/CE) and day-to-day operations.

Core competences

Project managementRegulatory affairsCRO coordinationScientific writing

PhD · Biosystems Engineering, Ghent University

Thierry Ferain

Chief Innovation Officer

Connects NeuraSens to the Walloon research, development and innovation ecosystem.

Core competences

Innovation strategyTranslational researchPublic-private partnershipsR&D portfolio

PhD · Molecular Genetics, UCLouvain

François Blistein

Signal Processing & AI Engineer

Builds real-time signal-processing and edge-AI pipelines, from radar, LiDAR and medical imaging to production ML.

Core competences

Signal processingMachine learningEdge AIMedical imaging

MSc · Electrical Engineering, University of Liège

Scientific advisory board

Independent scientific counsel.

Senior scientists who challenge the method from outside the company: analytical measurement, biomarker science and translational development.

Geert Baggerman

Mass spectrometry & proteomics

Centre for Proteomics, University of Antwerp. Advises on analytical measurement and biomarker panel design.

Eric Ciamporcero

Translational development

PhD in translational oncology; senior R&D at 2 Bridge, Antwerp. Advises on scientific development and the step from bench to clinic.

Contact

Want to talk to the team?

Employers, occupational-health teams, clinicians, laboratories, research partners and investors: request a briefing and we’ll set up a conversation.

Request a Briefing Read the science →

Contact

Request a briefing.

For employers, occupational-health teams, clinicians, laboratories, research partners and investors. NeuraCorp SRL, Brussels.

Handled in confidence

Briefing requests and any shared data are treated under strict confidentiality and EU health-data standards. We sign NDAs on request.

Prefer email?

Write to us directly and we'll route your request to the right person.

hello@neurasens.be

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Last updated: July 2026

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Last updated: July 2026

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