Regenerative Medicine
Background
Brain injury usually occurs when a sudden, blow to the head disrupts the normal function of the brain.
According to National Child Safety Expert and Safety Mom, Alison Rhodes:
"Kids are energetic and adventurous by nature, but it may come as a surprise to many moms that brain injury is the most frequent cause of disability and death among children in the United States, as more than 1 million children sustain brain injuries every year.
Research is showing, though, that stem cells from a baby's cord blood may play an important role in promoting the healing of nerve and brain cells as well as in treating other diseases."Girl's Own Cord Blood Used to
Treat Her Brain Injury
Why CBR is The Gold Standard
CBR has more experience than any other family bank at providing samples for use in lifesaving medical transplants.
- Most collection, processing & storage experience
- Most Recommended by Ob/Gyns
- Most Transplant Experience
- Secure Storage Facility
- Research & Innovation
Accidents Are a Fact of Daily Life
Nothing is more important than protecting your child. But you can't always be there and accidents happen everyday. Unfortunately, children fall out of their cribs or down stairs - sometimes resulting in traumatic brain injury. That is why CBR is leading the way in advancing regenerative medicine, the use of one's own stem cells to repair or replace damaged or diseased tissue, by bringing leading-edge treatment options to CBR clients.
- More than 1 million children sustain brain injuries every year
- One of the highest risk groups is children ages 0-4 years-old
Previously, there's been no therapy that can repair damage to brain tissue. That's why the CBR Center for Regenerative Medicine has made this area of medicine a priority focus. Research is showing that stem cells from a baby's own cord blood may play an important role in inducing healing with nerve and brain cells. In fact, leading pediatric specialists in neurology suggest that a child who has access to his or her own cord blood stem cells may improve by receiving an infusion of those cells after the injury occurs.
We would like to hear from you, if you have a child who has cord blood stored with us and has been diagnosed with one of the following conditions:
- Any type of brain injury from a fall or accident
- Cerebral Palsy
- Stroke
- Brain injury resulting from lack of oxygen prior to or during birth (anoxia)
In addition, compelling research is exploring the use of a child's own cord blood for other conditions like hearing loss and type 1 diabetes.
Contact Us - We might be able to help if the child has their own cord blood stored.
Please fill out the form below so we can provide more information regarding the status of emerging clinical trials and other developments as they become available:Top Researcher Discusses Using Stem Cells to Repair Brain Damage:
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"Stem cell therapy can help the brain repair itself." |
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"It's not science fiction anymore. I think it's very real." |
Top Stories:
Cord Blood: A Weapon Against Cerebral Palsy? -
The Los Angeles Times published a story about Dallas Hextell and the use of autologous cord blood stem cells to treat cerebral palsy.
> Read More
Stem Cell Implant to the Brain Helps Improve Parkinson's Symptoms: Presented at SIR -
A study presented at the Society of Interventional Radiology meeting reported on the use of autologous bone marrow stem cells to treat patients with Parkinson's disease.
> Read More
After Receiving Unusual Stem Cell Transplant, Coppell Toddler Comes Home from Hospital -
The Dallas Morning News published a follow-up story today about Caden Ledbetter, a local toddler who recently underwent an autologous cord blood transplant to treat neuroblastoma.
> Read More
Hearing Loss Reversed in Animal Study Using Cord Blood -
According to a study published in Cell Transplantation, cord blood stem cells have the ability to help restore hearing. In the study, which used animal models, subjects treated with cord blood stem cells showed significant healing to the damaged portion of the sensory hair cells and neurons in the inner ear.
> Read the full article


