Industry Perspectives

REPROCELL announces US FDA drug master file submittal for StemRNA™ clinical iPSC seed clones

The new DMF gives developers a faster, simpler path to advance their cell therapy programs using trusted, clinical-grade starting materials.
Brought to you byREPROCELL
| 2 min read
Multiple spherical stem cells in various sizes, suspended in a vivid blue environment

CREDIT: iStock.com/adventtr

Register for free to listen to this article
Listen with Speechify
0:00
2:00

Yokohama, Japan July 22nd – REPROCELL is pleased to announce the successful submittal of its StemRNA™ Clinical iPSC Seed Clones with the US Food and Drug Administration (FDA) via a Type 2 Drug Master File (DMF).

The DMF submission provides comprehensive documentation, including donor eligibility assessments aligned with FDA standards, iPSC derivation methods, extensive quality control testing, and full disclosure on all raw materials and reagents used in our production process. Manufactured under rigorous standards that satisfy the US FDA, European EMA, and Japanese PMDA, these clinical-grade iPSCs reflect our commitment to excellence and regulatory alignment across the globe.

This milestone follows the FDA Investigational New Drug (IND) clearance for Gameto’s Fertilo platform – powered by our StemRNA™ iPSCs – announced earlier this year. Now, this DMF submittal streamlines regulatory review and enables biotech and pharmaceutical companies to seamlessly reference our clinical iPSC lines within their own regulatory applications for their cell therapy development and applications to the US FDA.

Dr. Chikafumi Yokoyama, CEO of REPROCELL Inc., commented: “We are confident that this DMF submittal will streamline regulatory pathways for our partners, accelerating the development of regenerative medicine programs that use our clinical iPS cells.”

This DMF underscores REPROCELL’s commitment to enabling global cell therapy development through high-quality manufacturing, transparency, and regulatory readiness.

What is a DMF?

A DMF is a voluntary, confidential submission to the FDA that details information – such as raw materials, manufacturing processes, and quality controls – used in pharmaceutical or cell therapy products. By referencing our DMF, companies developing regenerative medicine products with REPROCELL’s StemRNA™ Clinical iPSC Seed Clones can streamline FDA regulatory submissions.

About StemRNA™ Clinical iPSC Seed Clones

StemRNA™ iPSCs are powered by our safe and efficient RNA-based reprogramming technology. Produced for clinical applications and compliant with FDA, EMA, and PMDA standards, these seed clones are trusted by leading biopharma companies worldwide as a reliable, high-quality platform for advancing next-generation regenerative therapies.

With the StemRNA™ seed clone DMF now in place, REPROCELL is now positioned to fast-track your cell therapy program – from concept to clinic. Our regulatory-ready, fully vetted iPSC lines remove key development bottlenecks, enabling biotech and pharma innovators to accelerate timelines, reduce risk, and stay ahead in the race to bring life-changing therapies to patients.

Add Drug Discovery News as a preferred source on Google

Add Drug Discovery News as a preferred Google source to see more of our trusted coverage.

Here are some related topics that may interest you:

Loading Next Article...
Loading Next Article...
Subscribe to Newsletter

Subscribe to our eNewsletters

Stay connected with all of the latest from Drug Discovery News.

Subscribe

Sponsored

A researcher wearing a white lab coat and blue nitrile glove holds a tiny brown glass sample vial with a blue cap in front of an autosampler carousel on a HPLC laboratory analyzer.
Hear an expert perspective on the hidden variables affecting chromatographic methods and how to build more robust, reliable workflows.
Researcher using a laptop with a digital DNA helix and molecular biology graphics overlaid, illustrating connected workflows for sequence design, data management, and therapeutic research.
To keep pace with modern drug discovery, researchers need molecular biology approaches that can support complexity without slowing down the science.
Shaping Science graphic featuring the question “How can labs become truly sustainable?” and a photo of James Connelly, Chief Executive Officer of My Green Lab.
Creating more sustainable laboratories depends on practical changes that strengthen scientific performance while reducing environmental impact.