› › Stemonix

StemoniX provides products and services for drug discovery and development. We structure human iPSC-derived cells into physiologically relevant microtissues with accelerated cell maturity that mimic the native organ tissue. Predictive, accurate, and consistent, our in vitro human cell-based products enable scientists to quickly and economically conduct research with improved outcomes in a simplified workflow.

microBrain® 3D Assay Ready

Human iPSC-derived cortical spheroids pre-plated for high throughput screening and drug discovery

microBrain® 2D Assay Ready

Mature, balanced culture of human iPSC-derived cortical neurons and astrocytes pre-plated in high density screening plates

Neural Progenitor Cells

Multipotent human iPSC-derived NPCs in a cryopreserved format that can consistently generate high yields of functional cortical neurons and astrocytes

microHeart® Assay Ready

Structured human cardiomyocytes pre-plated in high density screening plates to match native human heart tissue

microHeart® Cell Ready

Novel high density screening plates that align plated cardiomyocytes into physiologically relevant structures for drug discovery and development

Neural Progenitor Cells

StemoniX Neural Progenitor Cells used in microBrain StemoniX human iPSC-Derived Neural Progenitor Cells (NPCs) are a homogeneous, self-renewing and multipotent Read More…

microHeart®

Winner of CONNECT’s Most Innovative Product Award for Life Science Diagnostics & Research Tools A Structured Environment for Cell Performance Read More…

microBrain® 2D Assay Ready

Structure Leads to Improved Cell-Based Assay Outcomes A Structured Environment for Cell Performance StemoniX® microBrain® 2D Assay Ready, pre-plated product is Read More…

microBrain® 3D Assay Ready

Structure Leads to Improved Cell-Based Assay Outcomes Neural Network Structure and Cell Maturity The neural network structure of microBrain cortical Read More…

microOrgan Platform Technology

Stemonix’s microOrgan plates contain ready-to-use functional microtissues engineered from human induced pluripotent stem cells (iPSC). Designed to enable high throughput Read More…