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A perfect match
Cord blood stem cells are the most powerful stem cells, they are the youngest and not damaged by the aging process1 and they are an exact match – which means they are a perfect match and won’t be rejected by your child’s system when they’re used in medical treatment.
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There when you need them
Children who have access to their own cord blood for treatment can take advantage of therapies that cannot be carried out with sibling or unrelated cord blood. There is no guarantee that a suitable match will be available in a public cord blood bank registry.
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Time-tested life saver
Cord blood is used for stem cell transplants, and you or anyone else in your family has lifetime odds of 1 in 200 of having a stem cell transplant.7 On top of that, the odds are 1 in 500 that your child may have cerebral palsy8 or type 1 diabetes 9, both of which are being treated with cord blood in clinical trials.
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The next big medical advance
Cord blood transplants have been saving lives since 1988 when the first cord blood transplant took place in France, for a child with Fanconi’s anemia.2 In 1991, a transplant was performed in the United States on a child with chronic myelogenous leukemia. Since then it has been used in over 40,000 transplants for numerous childhood conditions.
Newer therapies, using cord blood in clinical trials include cerebral palsy,10 type 1 diabetes and brain injury. Current research shows that your own cord blood may play a part in the treatment of many other diseases and degenerative conditions including:
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Spinal cord injury
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Heart disease
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Stroke
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Multiple sclerosis
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Liver disease
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Parkinson’s disease
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Umbilical cord tissue
Cord tissue surrounds the blood vessels in the umbilical cord. Like cord blood, cord tissue also contains stem cells with potential medical uses. Cord tissue banking is the process of storing a section of the umbilical cord. Collecting cord tissue at birth and banking it for future medical use will give your baby access to their own MSCs – mesenchymal stem cells.
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Why save cord tissue?
MSCs are multi-potent, meaning they have the ability to regenerate and differentiate into many different types of cells, including cartilage, bone, fat and muscle cells.
MSCs have shown significant potential in trials for a wide range of disorders and injuries. There are hundreds of studies currently investigating the role of cord tissue MSCs in the treatment of various conditions including; 20
Orthopedic Injuries and Disorders
Autoimmune Diseases
Inflammatory Conditions
Neurological Disorders
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