Macro photograph of cryo-preservation vial in deep obsidian laboratory, bioluminescent teal vapor rising, high contrast, sharp focus, 35mm
Macro photograph of cryo-preservation vial in deep obsidian laboratory, bioluminescent teal vapor rising, high contrast, sharp focus, 35mm
Cellular Reprogramming

Preserving genetic viability for lifetime longevity

We adapt advanced human stem cell protocols to secure the healthy somatic cells of companion animals today, establishing a permanent genetic foundation for tomorrow's veterinary regenerative therapies.

Extreme close-up microscopic capture of induced pluripotent stem cells, bioluminescent teal markers glowing under laser excitation, dark scientific photography, 35mm
Extreme close-up microscopic capture of induced pluripotent stem cells, bioluminescent teal markers glowing under laser excitation, dark scientific photography, 35mm
Yamanaka Factors

Reprogramming somatic cells

By introducing specific Yamanaka transcription factors, we reprogram mature skin cells back into their pluripotent states. This open-access research unlocks unprecedented therapeutic potential for cellular rejuvenation and pet longevity.

Clinical Protocols

Frequently asked questions

How are cells stored?

When is archiving ideal?

What is the future use?

We isolate and preserve active somatic cells in vapor-phase liquid nitrogen at -196°C. This clinical protocol completely halts biological aging, securing genetic integrity for future therapeutic applications.

Cellular collection is highly recommended during routine veterinary procedures while your companion animal is healthy. Archiving early ensures we capture cells with maximum replication potential and genetic vitality.

Preserved genetic material acts as the essential starting substrate for personalized medicine, enabling nonviral gene delivery systems and cellular therapies designed specifically for your pet.

Secure their genetic legacy

Partner with our nonprofit laboratory to secure a viable cellular archive and advance open-access genetic preservation for species longevity.