Cells BioScience FZ LLC
Maximize your baby’s cord blood with our premium CellAdvance™ service, using FDA-approved technology to preserve the highest number of viable stem cells for potential future treatments.
Cord blood banking is a one-time opportunity at birth that allows you to preserve valuable stem cells from your baby’s cord blood. 🤰🏻✨
These stem cells are used in 80+ medical conditions and continue to be studied for their role in addressing a range of serious health conditions. Saving them today means keeping a potential source of future medical support for your child or family.
🔗Learn more – cellsbioscience.com
27/05/2026
Cord blood stem cells are opening new possibilities in heart disease research 🫀
Scientists are using them to grow heart muscle cells in the lab to better understand heart conditions and develop new treatments. They’re also being studied for their potential to repair or replace damaged heart tissue caused by heart attacks or heart failure.
Still in research stages—but the potential for heart regeneration is truly promising 🤍
🔗Learn more – cellsbioscience.com
Cord blood stem cells are already used in medical treatments for certain solid tumors, such as Neuroblastoma, Medulloblastoma, and Retinoblastoma.
🩸Cord blood banking preserves a source of stem cells that may support treatment options in specific diseases like these.
🔗Learn more – cellsbioscience.com
21/05/2026
CellAdvance™ uses premium cord blood processing technology to help preserve and optimize your baby’s stem cells. It improves recovery of CD34+ stem cells and colony-forming units (CFUs) after thawing, removes up to 99% of red blood cells to concentrate the stem cells, and has been associated in clinical comparisons with faster engraftment, supporting more efficient recovery after transplant. 🔬 🧪
🔗Learn more – cellsbioscience.com
What are stem cells? 🧬
Stem cells are unique cells that can self-renew (make more of themselves) and differentiate into many specialized cell types—such as blood, muscle, or nerve cells. Because of this ability, stem cells play an important role in understanding diseases and developing treatments that may help repair damaged tissues and organs.
At birth, parents have a rare opportunity to access some of the youngest and most powerful stem cells found in the umbilical cord and placenta.
🔗Free Info Pack – cellsbioscience.com
16/05/2026
In 1988, medical history was made in a way that changed lives forever 🤍
A young boy named Matthew Farrow became the first patient to receive a successful cord blood transplant. The procedure was performed in Paris, France, by Dr. Eliane Gluckman and her medical team. The cord blood used came from his newborn sister—showing for the first time that something so small at birth could hold powerful medical potential.
This breakthrough marked the beginning of cord blood transplantation as a treatment option for certain blood and immune disorders, opening new hope for families around the world 🩺✨
🔗Learn more – cellsbioscience.com
3 simple steps to cord blood banking with Cells BioScience! 🤰🏻 ✨
1. Register for cord blood banking.
2. Cord blood collection on your delivery day.
3. Sample processing and long-term storage.
A simple process today for a meaningful possibility tomorrow.
🔗Free Info Pack – cellsbioscience.com
12/05/2026
Happy International Nurses Day 💙
Today we honor the compassion, strength, and dedication of nurses who care for lives with patience, courage, and heart—every single day, everywhere in the world. Thank you for being the quiet heroes we all rely on. 🩺✨
In your baby’s first precious moments, you can choose to preserve something just as extraordinary—their cord blood, a powerful source of life-saving cells for the future.
Because protecting their tomorrow starts today. 🤍
🔗Free Info Pack – cellsbioscience.com
06/05/2026
💡 Did you know? Cord blood and cord tissue are being studied for their potential in treating conditions like Lupus and Amyotrophic Lateral Sclerosis (ALS).
🩸Cord blood stem cells are being studied in Lupus and have shown early clinical evidence of helping reduce disease activity by modulating the immune system.
While Cord tissue (Wharton’s jelly) stem cells are being studied in ALS, with early research suggesting they may help slow functional decline through neuroprotective and anti-inflammatory effects.
Research is still ongoing, but both are showing promising potential in regenerative medicine.
🔗Learn more – cellsbioscience.com
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