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Rapid Development Framework™ solutions for cell, gene and RNA therapies

Accelerate your transition from idea to impact with confidence leveraging our standardized processes for RNA and viral vector development

With commercial approval rates as low as 10% for gene therapies and 17% for cell therapies at Phase 1, the stakes for early development are high.*

While many factors contribute to this considerable attrition, challenges associated with progressing innovative R&D processes to standardized and robust manufacturing methods are a driving force. Platform processes for cell, RNA and gene therapies  have emerged as potential solutions to streamline development, but they may impose restrictive protocols that can stifle innovation and result in suboptimal outcomes.

As an alternative to this traditional approach, Thermo Fisher Scientific has developed the Rapid Development Framework™ solutions to accelerate the development and manufacturing of viral vectors and mRNA while remaining adaptable to the unique needs of each product. These frameworks enable control over your processes while leveraging standardized elements for improved efficiency and reliability—transforming the way therapies are brought to market. 

 

Reduce development timelines and production costs

Promote consistency and quality across different batches and production sites

Streamline regulatory submission process

Learn more about our Rapid Development Framework™ solutions:

  • Workflows for mRNA, saRNA, and LNP formulation including standardized analytics
    • Supports early development through demo or tox batch production
    • Uses standard chromatography based purification
  • Can leverages pTRXi plasmid DNA backbone
  • Applicable for transfection-based AAV and LV vectors produced within suspension cell culture and purified with chromatography
  • Developed and tested through various clinical stages
  • Scale up to 2,000 L (AAV)
  • Leverages previously qualified platform analytics
  • 9 months to GMP filled drug product   

Featured helpful resources


View references
* Citeline Pharmaproject (2025).