Cord blood and cord tissue stem cell banking

Stem cells found in the umbilical cord and the placenta at birth contain are precious to your baby’s future health.

They are important building blocks that could help protect your child’s health in the years ahead.

Stem cells can be used in the treatment of life-changing diseases and conditions such as leukaemia.

Important research around the globe brings hope that stem cells can be used to treat increasing numbers of illnesses.

It’s vital, then, that these unique cells are saved and stored in safe conditions for future use.

Banking your child’s stem cells couldn’t be easier:
• Request your information pack
• Complete and return your agreement
• We’ll make the necessary arrangements for your big day, including appointing a phlebotomist to supervise the collection of your blood and tissue samples
• Your baby is born – contact your phlebotomist, and arrange courier pick-up for your samples
• Your baby’s blood and tissue samples are taken to our secure lab facilities and processed for storage

Stem cells like the ones found in banking cord blood and tissue could enable the storage of Haematopoietic stem cells (HSCs), which are found in cord blood are currently used in medical treatments for over 85 blood-related conditions

Among the many illnesses and conditions now being treated with stem cell therapies:

• Anaemia
• Leukaemia
• Lymphomas
• Bone marrow cancers
• Immune system disorders
• HIV/AIDS
• Sickle cell

At Stem Protect, we’ll look after your child’s stem cell samples as if they were our own. The ultimate care of your child’s current and future health is our number one priority.

how much is it to store cord blood and cord tissue?

Speak to the experts at Stem Protect today to discuss your individual requirements.

Our processes used in order to store cord tissue have been shown to result in the banking of live cells.

We are constantly improving our validation studies in order to further to prove cord tissue samples stored do contain MSCs which will retain their ability to differentiate into many different tissue types including bone, cartilage and fat after the samples have been frozen. As currently as per the HTA guidelines no one is able to guarantee that the cord tissue stored contains stem cells and the number and quality of these cells.

Order a collection kit

Read our guide to baby stem cells