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 deploy experiments on lab-grown human organs and analyze predictive human data using our advanced AI stack.
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We leverage our lab-grown human tissues to generate 3D phenomics, single-cell transcriptomics, and proteomics data at great scale to train AI models that can understand — and design — the world’s largest human datasets.
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Our 3D segmentation model identifies nuclei within the tissue’s native structural environment. Comprehensive geometric, intensity, and co-localization features extracted from recognized cells allows robust quantification of biomarker expression. This generates an in-depth understanding of each tissue’s phenotypic landscape.
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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As each formulation is delivered discretely or continuously, the media from each tissue can be sampled at any point in the experiment into removable well plates for data analysis.
Organ model tissues can be extracted whole, live or fixed from our platform to enable single-cell sequencing, electron microscopy, histology, etc.
With accurate, detailed quantification of this response, we provide a powerful platform for drug discovery and optimization.
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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