Products & ReviewLife Sciences

PRIME-XV T Cell CDM

FUJIFILM Biosciences Inc.91140-10ML, 91140-100MLAvailable: Worldwide

PRIME-XV™ T Cell CDM is a chemically defined medium developed to support T cell culture, activation, expansion, and manufacturing workflows. Designed for cell therapy applications, it provides a serum-free, animal component-free platform that promotes consistent T cell growth while supporting scalable development and production processes.

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FUJIFILM Biosciences Inc.

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Description

PRIME-XV™ T Cell CDM is a chemically defined medium formulated to support the culture and expansion of T cells for research, process development, and cell therapy applications. The medium is part of the PRIME-XV portfolio, which was developed to provide researchers and manufacturers with serum-free, controlled culture systems that help improve consistency and reduce variability.

The chemically defined formulation eliminates animal-derived components and supports reproducible T cell culture conditions. This makes PRIME-XV T Cell CDM well-suited for workflows requiring a high level of process control and consistency, including immunotherapy development and cell therapy manufacturing.

Designed to support scalable workflows, PRIME-XV T Cell CDM can be incorporated into T cell expansion and production strategies from early-stage research through advanced development programs. Its defined composition helps facilitate standardization across laboratories and manufacturing environments.

Key Features & Benefits

  • Chemically defined T cell culture medium
  • Serum-free formulation
  • Animal component-free
  • Supports T cell expansion and culture
  • Designed for cell therapy workflows
  • Promotes process consistency and reproducibility
  • Suitable for scalable manufacturing strategies
  • Supports standardized culture conditions
  • Part of the PRIME-XV cell therapy media portfolio

Applications

  • T cell culture
  • T cell expansion
  • Cell therapy development
  • CAR-T research
  • Immunotherapy research
  • T cell manufacturing
  • Process development
  • Translational cell therapy workflows
  • Cell and gene therapy research

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