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Committed to providing a reliable platform for disease modeling, drug screening, and
regenerative medicine research
iPSC Line Generation and Characterization
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iPSC Line Generation and Characterization
Provide professional services for iPSC reprogramming, cell line establishment and pluripotency identification from various somatic cell sources.Adopt a mature and stable reprogramming system to ensure high expression of pluripotency markers, normal karyotype and no exogenous gene residue in the obtained cell lines.Provide you with high-quality seed cells, laying a reliable foundation for subsequent gene editing, disease modeling and cell therapy research.
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iPSC Gene Editing
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iPSC Gene Editing
Provide iPSC gene editing services based on CRISPR and other technologies, enabling gene knockout, knock-in and point mutation.Possess an efficient and accurate editing platform, combined with strict monoclonal screening and verification, to ensure the acquisition of cell lines with pure genotype and stable pluripotency.Suitable for constructing disease models, studying gene functions, or preparing genetically corrected seed cells for cell therapy.
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iPSC Cell Differentiation
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iPSC Cell Differentiation
Provide services for the directional induction and differentiation of iPSCs into various functional cells (such as neurons, cardiomyocytes, MSC cells, etc.).Rely on independently optimized standardized processes to efficiently obtain high-purity, high-activity mature cells.These cells can be directly used in downstream applications such as disease mechanism research, high-throughput drug screening, and in vitro toxicity evaluation.
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iPSC Organoid Differentiation
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iPSC Organoid Differentiation
rovide technical services for constructing complex 3D organoids (such as brain, cardiac, kidney organoids) from iPSCs.Generate organoid models with specific spatial structure and cell diversity by simulating the in vivo microenvironment and developmental signals.This model can highly simulate the functions and pathological characteristics of human organs, and is an ideal platform for developmental biology research, precise disease modeling and translational medicine research.
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