Why Preserve Your Cells Today
To stop their biological time, protect them from what the future may bring, and transform them into a precious reserve for the medicine of tomorrow.
Regenerative medicine accelerates
In Japan, the Ministry of Health has approved the world’s first two therapies based on induced pluripotent stem cells (iPSCs), intended for patients with ischemic cardiomyopathy and Parkinson’s disease. This demonstrates that iPSCs are no longer just a promise: they are entering current therapeutic pathways.
The approvals mentioned concern Japan and specific clinical indications.
These are iPSC-derived cellular therapies developed for two areas of very high clinical need:
- Ischemic cardiomyopathy with severe heart failure: a treatment designed to support damaged cardiac tissue after ischemic events, using iPSC-derived cardiac cells, with the goal of improving heart muscle function.
- Parkinson’s disease: iPSCs are guided to become dopaminergic neural progenitor cells. Injected into the patient’s brain, these cells begin producing the missing dopamine to restore compromised motor functions
Time can be stopped. The choice is yours to decide when.
Stopping Biological Time
All the cells in your body age every day. By preserving them now, while you are healthy, you can maintain their biological characteristics intact at the time of collection, without undergoing the natural decline caused by aging.
- You preserve your healthy cells over time.
- They protect them from future viral infections, environmental damage, and mutations.
- You keep them available, still young, for potential future therapies.
The sooner you do it, the better the condition of the cells you will preserve and use in the future.
One day, memory gaps or movement difficulties may appear. Today, in Japan, a treatment for Parkinson’s disease based on iPSCs differentiated into dopaminergic neuronal progenitors has been approved. Furthermore, clinical studies are underway worldwide using iPSC-derived neurons to address diseases such as Alzheimer’s disease and also ALS.
A cardiac event limits your autonomy. Today, in addition to ongoing clinical studies, a treatment based on iPSCs-derived cardiac cells has been approved in Japan for ischemic cardiomyopathy with severe heart failure, aiming to support damaged tissue and improve cardiac function.
By preserving your cells now, you freeze their biological clock and protect them from infections, pollutants, radiation, and replication errors that affect DNA throughout life.
If you have already stored your cells in advance, you may have a young cell resource that is compatible with you when these options become available.
Your personal biological insurance
Storing and reprogramming your cells creates a personal reserve of young cells, 100% compatible with you, which medicine can draw upon when needed.
- Healthy, young, and vital cells, preserved for at least 20 years, with the possibility of extension.
- Autologous cells, with complete compatibility and zero risk of rejection.
- Ideal foundation for future personalized therapies in fields such as neurology, cardiology, diabetology, orthopedics, oncology, gynecology, and other areas currently under investigation.
Who is advised to preserve their cells
Cell preservation makes more sense in certain life and health situations.
- If you are currently in good health and want to preserve your biological potential at its peak: the recommended age is approximately between 10 and 65 years, with personalized assessment.
- If you have witnessed genetic, degenerative, or oncological diseases in your family and understand the value of prevention.
- If you want to have access, when available, to advanced therapies and personalized medicine based on your own cells.
- If you are attentive to prevention and longevity and consider this choice a conscious investment in your biological future.
What difference does it make to do it or not?
If you don't preserve your cellsSe non conservi le tue cellule
If you preserve your cells today
Your cells age with you, progressively losing their regenerative capacity.
The preserved cells maintain the biological characteristics present at the time of collection, without the natural deterioration associated with the passage of time.
In the future, you will have to rely on donor cells or whatever is available at that time.
You will have a reserve of your own cells, autologous, 100% compatible, designed for personalized therapies.
You might not have the right “biological material” when iPSC therapies become clinical routine.
You will have set aside in advance a precious raw material, ready to engage with the medicine of the future.