Pluripotent Stem Cells
Pluristyx offers off-the-shelf NIH-approved PSCs for immediate evaluation in unmodified and disease-affected versions. iPSCs are generated from regulatory-compliant donors and can be evaluated to assist in the selection of line appropriate for your research.

Ethically sourced stem cells
Pluristyx provides human pluripotent stem cells (PSC) for use in R&D activities. All cell lines are registered with the U.S.
National Institutes of Health (NIH) and are listed in the NIH Human Stem Cell Registry and as such eligible for use in NIH-funded research

ESI PSC
Pluristyx is a licensed supplier of the ESI brand of pluripotent stem cells (ESI-017, ESI-035, ESI-049, ESI-051, ESI-053). These NIH-registered pluripotent stem cells were derived under Good Tissue Practices (GTP) and are suitable for use in R&D and in the development of cellular therapeutics

Pluristyx wild-type and disease-affected PSC
Pluristyx is a licensed supplier of wild-type and disease-affected pluripotent stem cell lines from the University of Michigan.
These NIH-registered lines allow means of studying disease progression and treatments.
ESI PSC
ESI human pluripotent stem cells were derived under GTP conditions making them suitable for use in diagnostic and therapeutic applications. Pluristyx currently provides these cells for research use only.
For use in clinical applications, Contact Us for GMP grade cell banks.
Pluristyx PSC
Pluripotent stem cell lines that are wild-type and genetically normal. These lines are NIH approved and available for use in R&D.
Contact Us for a full list of available cell lines, availability, and lead times.
Pluristyx Disease-Affected PSC
Pluristyx disease-affected human pluripotent stem cells are NIH approved and available for use in R&D. These lines have an identified genetic abnormality that cause disease and enables research into understanding developmental mechanisms of disease establishment and progression.
Contact Us for a full list of available cell lines, availability, and lead times.
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Pluristyx Disease-Affected PSC
UM38-2 PGD Hypertrophic Cardiomyopathy Mutation
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