CelltiX+

Next-generation exosome technology for advanced regenerative and immune research

CelltiX+ is a breakthrough innovation from the Cell Tissue Group, designed to push exosome science beyond what is currently available on the market.

Building on the foundation of CelltiX, CelltiX+ combines mesenchymal stem cell (MSC)–derived exosomes from umbilical cord tissue with a proprietary iPSC-derived exosome component originating from thymus cell lineage. This dual-source exosome platform is engineered to deliver a broader and more synergistic biological signaling profile.

The result is a formulation designed to support enhanced regenerative signaling and immune-related cellular communication, making CelltiX+ a powerful tool for advanced research applications.

WHY CELLTIX+ IS DIFFERENT?
Most exosome products focus on a single cell source. CelltiX+ integrates two highly strategic biological origins:

• Umbilical cord MSC-derived exosomes
  Known for their role in cellular repair signaling, tissue regeneration pathways, and intercellular communication.
  
• iPSC-derived thymus cell exosomes
  Associated with immune system signaling, cellular education pathways, and immune modulation research.
  

By combining these components, CelltiX+ is designed to amplify and enhance the functional signaling effects observed with conventional exosome preparations.

POTENTIAL RESEARCH FOCUS AREAS
CelltiX+ is suitable for research exploring cellular communication and regenerative pathways related to:

• Tissue regeneration and cellular recovery mechanisms
• Immune system signaling and immune modulation pathways
• Aging-related cellular function studies
• Inflammation and immune balance research
• Cellular resilience and repair signaling models
  

SAFETY AND QUALITY

• Derived from controlled, traceable human cell sources
• Processed using standardized, quality-driven protocols
• Non-living, cell-free exosome formulation
• Designed for laboratory and investigational applications
  

IMPORTANT NOTICE
For research use only.
CelltiX+ is not intended for human or veterinary use, diagnosis, treatment, or prevention of any disease. All information provided is for scientific, educational, and research purposes only.