Cells

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Induced Pluripotent Stem Cells (iPSCs)

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.

• StemRNA™ Human iPSC 802-3G (RCRP004N)
• StemRNA™ Human iPSC 771-3G (RCRP005N)
• StemRNA™ Human iPSC SK001.1 (RCRP006N)
• StemRNA™ Human iPSC SK004.2 (RCRP007N)
• StemRNA™ Human iPSC SK002.1 (RCRP008N)
• StemRNA™ Human iPSC BL003 (RCRP009N)
• StemRNA™ Human iPSC SK005.3 (RCRP010N)
• StemRNA™ Human iPSC SK003.2 (RCRP011N)
• StemRNA™ Human iPSC SK006.4 (RCRP012N)
• StemRNA™ Human iPSC SK014 (RCRP031N)

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Mesenchymal Stem Cells (MSCs)

REPROCELL’s Ready-to-use MSCs are ideal for differentiation projects.

• Human Bone Marrow MSCs (CC-BM-hMSC-1, CC-BM-hMSC-10)
• Repro MSC3 iPSC-derived MSCs (RCRP025)
• Repro MSC4 iPSC-derived MSCs, Phenol Red-free (RCRP026)

 

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Differentiated iPSCs and Related Reagents

Stemgent™ StemRNA™ Human iPSCs – Ready-to-use IPS Cells made using the cutting-edge StemRNA 3rd Gen Reprogramming Technology. No specialized reprogramming knowledge required.

• Neuro MQ Medium (RCDN102)
• Neuro Coat (RCDN201)
• StemRNA™ Neuro – Human Neurons (RCDN001N)
• Neuro Culture Medium (RCDN101)
• StemRNA™ Sensory Neurons (RCDN004N)
• Sensory Neuron Culture Medium (RCDN103)

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NeuCyte® SynFire® Induced Neurons

SynFire® neurons from NeuCyte® Labs are pure and ready-to-use iPSC-derived glutamatergic or GABAergic induced neurons (iNs) and astroglia. This platform most closely resembles real human neurobiology observed in primary cultures, providing the ability to effectively study the function of human neurons in vitro.

• SynFire® GABAergic Induced Neuron Kit (NC1002-10 / NC1002-20 / NC1002-50 / NC1002-60)
• SynFire® Glutamatergic Induced Neuron Kit (NC1001-10 / NC1001-20 / NC1001-50 / NC1001-60)
• SynFire® Induced Neuron Media (NC2010-10 / NC2010-20 / NC2003-1)
• SynFire® Induced Neuron Co-Culture Kit (NC1010-1.5 / NC1010-7.5)

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Feeder Cells

Mouse embryonic fibroblasts (MEF). Hugely popular cell type for feeder-dependent culture of iPSC from a wide range of species.

• MEF Feeder Cells (RCHEFC003)