Differentiated iPSCs and Related Reagents

Stemgent™ by REPROCELL®

StemRNA™ Neuro

StemRNA Neuro are frozen, iPSC-derived human brain cell neurons (wild type) for use in 96-well high throughput and high content neurotoxicity assays and are functional for in vitro neurotoxicity assays and drug discovery. After thawing, StemRNA Neuro cells rapidly differentiate into neurons during in vitro growth and maturation. The neurons form dendritic connections leading to synchronized burst behavior around week 6 in vitro and are responsive to various reference compounds that modulate neuron electrophysiology. Cells expresses multiple neuron-specific markers, indicating a mixed population of neuron types.

Note: StemRNA Neuro was previously known as ReproNeuro (by REPROCELL).

StemRNA™ Neuro – Human Neurons
StemRNA

RCDN001N

A mixed population of brain-like, iPSC-derived human neurons expressing a wide range of neuronal and synaptic markers. Maturation in Neuro Culture Medium or Neuro MQ Culture Medium is required. Vial contents provide enough cells for an entire 96-well plate.

Neuro Culture Medium
StemRNA

RCDN101

Medium for broad cell type maturation of StemRNA Neuro (product # RCDN001), StemRNA Neuro AD-Mutation (RCDN002N), StemRNA Neuro AD-Patient (RCDN003P) before use of the cells in assays.

Neuro MQ Medium
StemRNA

RCDN102

Highly functional rat-astrocyte conditioned medium for neuronal cell maturation. Shows elevated microelectrode array (MEA) performance and boosted electrophysiological drug responsiveness.

Neuro Coat
StemRNA

RCDN201

Extra-cellular matrix (ECM) coating solution optimized for neuronal cells. Strongly recommended for use with all StemRNA Neuro cell products.

StemFit™ by Ajinomoto®

StemFit™ for Differentiation
StemFit

AS401

StemFit for Differentiation is a chemically defined, animal origin-free (CD-AOF) supplement for differentiation of human pluripotent stem cells. Combined with StemFit medium for the expansion of PSCs, StemFit for Differentiation enables the clinical application of hPSC-derived cells and tissues by providing the CD-AOF culture systems for both hPSC expansion and differentiation.