Once dismissed as medical waste, cord blood’s potential to heal is becoming more and more recognised, with over 60,000 transplants since 1988. Today, stem cells are the key players in regenerative medicine, studied in thousands of labs and clinical trials around the world. Scientists are exploring their potential to treat conditions as varied as bone fractures, spinal cord injuries, arthritis, and even Crohn’s disease.
Yet, despite this remarkable potential, too often cord blood is still discarded after birth, lost forever. This is why World Cord Blood Day was created: to shine a light on the therapeutic power of cord blood and to encourage more families to preserve this incredible resource for the future.
As research has continued though, it is no longer just cord blood that holds such promise, but also the cord tissue and placental stem cells which hold immense potential in regenerative medicine.
Cord blood news
A lot has happened in the cord blood field since last year. Here are some news you may want to catch up on if you’ve missed them…
- Researchers in China found that umbilical cord stem cells could aid in healing intestinal ulcers caused by Crohn’s disease.
- A study found that umbilical cord stem cell therapy could improve ovarian function, a potentially important step towards overcoming the ‘biological clock’ of waning fertility.
- A five-year-old boy with a rare genetic disorder received a life-changing transplant of cord blood stem cells that had been stored by the NHS for 15 years.
- A clinical trial investigating the use of umbilical cord stem cells to treat chronic heart failure is underway.
- Umbilical cord stem cells are being researched as a treatment for acute liver failure.
- A new therapy could improve treatment outcomes for patients with Krabbe disease following a stem cell transplant.
- A recent report by the Parents’ Guide to Cord Blood Foundation highlighted continued interest in treatments based on umbilical cord stem cells in the medical research field.
- Haplo cord blood transplants, combining stem cells from a cord blood unit and a bone marrow donor, improve survival rates post-transplant and reduce the risk of graft-versus-host disease.
- Umbilical cord exosomes could be used in developing life-changing therapies for a variety of conditions.
How can I bank my baby’s cord blood?
If you want to save this precious resource rather than having it thrown away, both public and private banking are available options.
Public banking means the cord blood stem cells are stored in a cord bank that makes them accessible to anyone who might need them. The NHS public cord bank accepts donations if you are giving birth at one of three hospitals; the Anthony Nolan charity public cord bank accepts donations from a further five hospitals.
Alternatively, you can choose to bank your baby’s cord blood privately, storing the stem cells solely for your family’s own use. They will be ready and waiting should your baby ever need them for treatment, and could be useful for family members, too – there is a 25% chance they would be an exact match for a sibling, or 75% chance of a partial match. They are also a guaranteed partial match for parents.
Everything about our services has been tailored to provide the maximum potential benefit to parents who store their baby’s stem cells with us, such as our advanced processing technology that retains up to three times more stem cells than industry-standard processing methods, meaning full compatibility with delayed and optimal cord clamping. We are also the only UK cord blood bank to offer placenta and amnion storage.
To learn more about cord blood banking and why most UK parents choose to store with us, simply fill in the form below for a free welcome pack.
FIND OUT MORE, REQUEST YOUR WELCOME PACK TODAY
All you need to know to make an informed decision. Provide your contact details to request: – Complete Welcome Pack and Parent’s Guide – Information via email – Contact from our specialist advisors
