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

DaaS – Delivery as a Service


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…