Correct every deviation from health.

We're entering a new era of medicine, one where every human disease can be detected, understood, and ultimately corrected. At Senebiclabs, we're building the biological intelligence to make that possible, starting with the human lung.

Join as specialist →Contribute data →For patients →
our goal

We are using machine learning to detect every deviation from human health, understand what caused it, and build the biological foundation to correct it.

OUR SCIENCE

A biological reference model of the healthy human lung, built from real donor data.

OUR MISSION

Understand every deviation from human health. Build the biological foundation to detect, describe, and correct every disease.

OUR NETWORK

We are building a network of clinicians and researchers, contributing the expertise that sharpens the model and reaching the patients who need them. Join the founding cohort.

Now onboarding doctors

Doctors, we need you.

Millions of patients never reach the right doctor. They wait, they get mismatched, they get worse. You have the expertise to change that. Join the Senebiclabs network and we will make sure the patients who need you most can actually find you.

Apply to join →
Coming soon

We are rolling out the Senebiclabs app for patients. Describe your symptoms, get matched to the nearest suitable specialist, and book a consultation, all from your phone on iOS and Android.

Join the specialist network now and be discoverable to patients the moment the app launches.

For clinicians and researchers

Contribute your clinical knowledge. Get paid for it.

The Senebiclabs model improves with every expert annotation. Clinicians and researchers review model outputs, confirm or correct deviation findings, and annotate cases. Each contribution sharpens the detection engine and expands the clinical knowledge base.

Remote. Async. Paid per task. No minimum commitment.

Join the waitlist →
Senebiclabs

Senebiclabs is here to solve every human disease and improve healthcare, by building a complete biological reference model of the human body. We start with the lung. We do not stop there.

Our team of computational biologists and machine learning engineers is building a system that understands what healthy human tissue looks like at the cellular level, and can describe precisely what has changed in any new sample, with full statistical traceability.

Every model we refine, and every expert annotation we collect, brings us closer to our mission: to detect, characterise, and ultimately correct every disease that departs from the healthy human baseline, through better diagnostics, targeted treatment, and precision drug discovery.