Why Live Cell Count Matters
It’s Important to Ask These Two Questions:
1
Does the bank offer a live stem cell count guarantee?
2
How many MSCs will my child have access to, and does the bank have the technology to potentially provide billions of my child’s MSCs?
Understanding Stem Cell Counts
Cord Blood Banks Fall Short. Research shows that cord blood and cord tissue samples only contain about 1 to 3 million live stem cells. That’s not enough for even one treatment. VitalCells doesn’t change your child’s cells; we enhance their natural ability to self-replicate. Through our proprietary technology, your child’s cells are stored and expanded, ensuring hundreds of millions of live stem cells are available for a lifetime of health.
Verified Live Cell Counts
Viability Analysis:
We perform rigorous tests on every sample before and after cryopreservation to ensure high live cell counts.
Multiple Counting Techniques:
We use both automated and manual methods to verify the live stem cells in each sample.
Stem Cell Marker Confirmation:
We perform validation studies to ensure proper stem cell markers and quality assurance.
Highest Standards:
Stringent sterility testing and processing to ensure your child’s cells are free of contamination and stored in the highest quality
Why It Matters for Your Child's Future
Secure your child’s future health—don’t just store their cells, expand their healing potential for a lifetime with VitalCells.
Lifelong Access:
With VitalCells, your child is not limited to a small, insufficient number of cells. Our process ensures access to potentially billions of their youngest, most powerful cells for use throughout their life.
Confidence in Our Guarantee:
If we your child's stem cells by chance do not grow out to our guaranteed minimum count, we will refund your investment. This is our commitment to protecting your child's future health.
A True Lifelong Investment:
Unlike other banks that freeze cells without expansion, VitalCells maximizes the potential of each sample, giving your child the best possible chance at future regenerative therapies.
