Clinical translational research on stem cell products: prospects and challenges
Summary
Stem cell therapy has shown significant efficacy as a viable treatment for several resistant diseases. Despite the increasing number of stem cell products on the market worldwide, the clinical translational application of stem cell products still faces many challenges. This review presents a comprehensive analysis and overview of registered stem cell clinical trials and commercialized stem cell products globally, emphasizing their applicability and promise in clinical translational researc
Content
# Clinical translational research on stem cell products: prospects and challenges
*Published: 2026 May 13*
Stem cell therapy has shown significant efficacy as a viable treatment for
several resistant diseases. Despite the increasing number of stem cell products
on the market worldwide, the clinical translational application of stem cell
products still faces many challenges. This review presents a comprehensive
analysis and overview of registered stem cell clinical trials and commercialized
stem cell products globally, emphasizing their applicability and promise in
clinical translational research. The extensive production and quality assurance
of clinical-grade stem cell products is crucial for clinical application and
serves as the foundation for guaranteeing product safety and efficacy. We
propose and discuss the establishment of standardized methods for the
manufacture and quality assurance of stem cell products. In response to the
challenges encountered by stem cell products in clinical translational
applications, we propose strategies to enhance the efficacy and safety of these
products in terms of heterogeneity, administration methods, co-transplantation,
Good Manufacturing Practices (GMPs), transplant locations, genetic
modifications, biomaterials, and culture conditions. These advancements require
multidisciplinary cooperation and ongoing inventive research to provide more
effective and safer treatment alternatives for a greater number of patients,
thereby broadening the therapeutic applications of stem cell products and
establishing a platform for subsequent advancements in regenerative medicine.
DOI: 10.1038/s41392-026-02582-y