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Study dataStudy data
Human response data

Human databefore the clinic.

We deploy experiments on lab-grown human organs and analyze predictive human data using our advanced AI stack.

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We find targets & discover therapies using human data.

Our AI platform is powered
by human data at
huge scale.

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High quality AI models depend on high quality data with the feature depth to capture human complexity.

We leverage our lab-grown human organs to generate 3D phenomics, single-cell transcriptomics, and proteomics data at large scale to train multimodal AI models that are powered by the world’s largest human datasets.

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Human-predictive AI
requires exquisite data.

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Single-Cell 3D Phenomics

Our segmentation models allow us to understand the characteristic physiological features — suggested by scientists or identified by deep learning — that underlie human pathophysiology and healthy tissue function alike.

Performing these analyses at single-cell resolution provides an incredible feature depth of human data produced by our models, allowing us to characterize and predict the complex responses observed in human clinical trials — before ever testing in patients.

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Our segmentation models provide unprecedented accuracy due to our expansive training data.
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Tissue-Scale 3D Phenomics

Blood vessels are segmented with superb accuracy using our proprietary algorithm. Detailed topological and biomarker co-localization data underpin endpoints including vasculature efficiency, permeability, and perfusability -  all critical insights into tissue health and drug delivery.

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Volumetric Mesh
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Single-Cell Sequencing & Functional Genomics

Our platform accelerates the pace of transcriptomics data collection by allowing the inline production of cellular droplet emulsions for our transcriptomics workflows. This allows our multimodal models to learn not just from our 3D phenomics data, but from the richness of transcriptomics, as we understand — in the complex context of human tissue function — the signaling and gene expression networks that underlie health and disease. This forms a powerful basis for our target discovery engine, in combination with our ability to generate and test on human knockout & knock-down models.

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Proteomics & Metabolomics

Our lab-grown human organs can be extracted whole — live or fixed, with hundreds of thousands of cells per tissue — from our platform to enable sequencing, dissociation, electron microscopy, histology, and compatibility with any instrumentation designed for human biopsies.

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Our human data yield large landscapes of drug outcomes.

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Our lab-grown tissues mimic the clinical responses of human patients in clinical trials, allowing us to build massive landscapes of human drug efficacy & safety data — on demand.

The rich latent space of our human data allows any new drug to be contextualized against the outcomes of thousands of known drugs. This allows us to predict clinical performance, and provides a data-dense basis for our active learning models.

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High-quality data.
Top-notch security.

The security and privacy of your data are of paramount importance. We employ robust encryption & meet or exceed best practices to safeguard all partner data, ensuring that it remains confidential and protected.

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Continue your discovery.

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Partner With Us

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Let's explore how our collaborative solutions can amplify your research, drive breakthroughs, and reshape the future of medicine.

Our Platform

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A scalable infrastructure & AI platform for sophisticated, large-scale experimentation on lab-grown human organ tissues.

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