Breaking
Thursday, June 18, 2026
🇺🇸 Americas · Directory profile

Ncardia

iPSC Cells & Disease Models for Drug Discovery

Visit website

Company overview

Ncardia specializes in iPSC technology, offering high-quality stem cell derivation, differentiation, and manufacturing for cardiac and neuronal applications in drug discovery. They provide custom disease models, assay development, and screening services using human iPSC-derived cells to enhance efficacy and safety assessments across small molecules, biologics, cell, gene, and RNA therapies. Their solutions support early-stage pipelines with scalable, automated assays that improve translational relevance over animal models.

Ncardia is listed in the NovaPharmaNews Supplier Hub in the life-science supply chain serving United States & Americas. Core focus areas include ipsc technology, disease modeling, drug screening, cardiac assays, stem cell services.

Products and technologies associated with Ncardia include Assay — relevant for pharmaceutical discovery, process development, and GMP manufacturing workflows.

Structured facts

Website
https://www.ncardia.com
Markets served
United States & Americas
Keywords
ipsc technology, disease modeling, drug screening, cardiac assays, stem cell services

Products & technologies

  • Assay

Markets served

  • United States & Americas

Company timeline

  1. — Profile published on NovaPharmaNews

Frequently asked questions

What iPSC services does Ncardia offer for pharma R&D?
Ncardia provides iPSC generation, at-scale differentiation, cell manufacturing, disease modeling, assay development, and custom screening for cardiac and neuronal applications in drug discovery pipelines.
What therapeutic modalities do Ncardia's assays support?
Assays support small molecules, biologics, cell, gene, and RNA therapies, delivering clinically relevant data on efficacy and safety using human iPSC-derived models.
What assay capabilities does Ncardia have for cardiac safety?
Capabilities include multielectrode array (MEA) analysis for electrophysiological profiling in iPSC-derived cardiomyocytes, plus automated cardiac microtissue platforms for high-throughput screening.