Human iPSCs, Normal

Description

Induced pluripotent stem cell (iPSC) lines have become an essential tool for disease modeling, regenerative medicine, drug discovery, toxicology studies, and genome editing research. Well-characterized iPSC cell lines, including healthy control iPSCs, patient-derived disease models, and genome-edited iPSC lines, provide standardized cellular models for investigating human biology and disease mechanisms.

Healthy iPSC control lines serve as physiologically relevant reference materials for comparison with disease-specific iPSC models, enabling the identification of disease-associated phenotypes, functional differences, and treatment responses. Disease-derived iPSC lines preserve clinically relevant genetic backgrounds, while genome-edited iPSC lines allow targeted investigation of gene function, isogenic controls, and validation of gene editing strategies.

Generated using non-integrating reprogramming technologies and precise genome editing methods, high-quality iPSC cell lines are validated for pluripotency, genomic stability, cell identity, and differentiation potential. Culture under xeno-free, feeder-free conditions supports reproducible cell expansion and differentiation while minimizing variability between experiments.

A broad portfolio of normal, diseased, and genome-edited iPSC cell lines provides a versatile platform for stem cell research across multiple application areas, including developmental biology, disease modeling, regenerative medicine, precision medicine, toxicity testing, and pharmaceutical research. Standardized iPSC models improve experimental reproducibility, facilitate cross-study comparisons, and support the development of robust in vitro human disease models.

 

Medical History	Age / Gender / Race
Normal	19 / Male / Asian
Normal	50 / Male / Asian
Normal	39 / Male / Caucasian
Normal	38 / Female / Caucasian
Normal	18 / Female / Asian
Normal	19 / Female / Asian
Normal	17 / Male / Asian
Normal	60 / Male / Caucasian

• SUPPLIER:

  I-Link

• STATUS:

  In Stock

• SIZE:

  1.000.000 cells/vial