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Our models are available through early-access collaborations with qualified partners.
Liver Tissue Models
Primary used for preclinical toxicology, screening and assay development using human-relevant in vitro tissue workflows.
Rapid, plate-compatible workflows
High-cell-density and multicellular liver model design
Immune cell incorporation for immune-relevant studies
Well-to-well consistency for assay robustness
Early collaboration pilots and custom assay development
TissueGenix's advanced human liver models are developed for drug screening and personalized medicine. Our platform is designed to support high-cell-density, multicellular tissue constructs with rapid bioprinting, short culture windows, and reproducible assay performance. Contact us for more details.
Oncology Models
Primary used for oncology/immuno-oncology therapeutic screening and mechanistic studies using human-relevant, microenvironment-aware in vitro tissue workflows.
Rapid, plate-compatible oncology workflows
High-cell-density and multicellular model design
Immune cell incorporation for immuno-oncology studies
Multilayer architecture and microenvironment control
Early collaboration pilots and customizable assays
TissueGenix develops precision 3D bioprinted oncology tissue models in standard multiwell plates, with glioblastoma (GBM) as a current focus. Additional oncology indications are available through collaboration, including ovarian cancer, liver cancer, and melanoma. Our platform is designed to support structured multicellular tissues, immune cell incorporation, and customizable study formats for drug testing and mechanistic research. Tell us about your focused area/indication and check for more details.
Share your vision with us
Looking for a specific tissue architecture, cell composition, or oncology indication?
TissueGenix's proprietary 3D bioprinting platform enables fast tissue model development and integration. Our creativity is not limited by tissue and organ. We have many other developing tissue programs on the way. We can also design tissue models based on your need: specific niche, cell-cell interactions, unique shape, patient-derived cells.
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