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VIPs and stars like Federica Panicucci, Ambra Angiolini, Federica Fontana, Justine Mattera, and many others are increasingly choosing to store their umbilical cord stem cells storage banks outside of the country for a possible future autologous (self) use. This has been dubbed as a sort of ‘biological insurance’ on the life of their children, allowed by Italian law only for infants that could help their brothers and sister struck by genetic diseases. These famous moms unknowingly risk spreading a false message, that the storage of umbilical cord stem cells for ‘private use’ is based on definite
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On any given day, an estimated 6000 Americans who need a bone marrow transplant are searching the country’s donor banks hoping to find the right match.
For many of those patients, especially minorities, the odds of finding an outside donor have been pretty low. But, that is starting to change. There is new research that suggests the donor pool may be widening.
Just shy of his second birthday, little Elmor Bonilla has overcome obstacles and odds most people don’t face over a lifetime.
Elmor was born with Krabbe disease; a rare and often fatal disorder that attacks the central nervous
The ‘White Room’ at Meyer pediatric hospital in Florence needs to complete a few more procedures to become completely functional. This stem cell and cellular product ‘factory’ will allow cells to be manipulated for therapies used in bone marrow treatments against leukemia and tumors and in reconstructive medicine to reproduce bone, cartilage, fat, and nervous tissue in metabolic and neurological diseases and treatments for serious autoimmune disorders.
“The certification procedures are very long,” explained the head of transfusions and cellular therapy, Franco Bambi, “because we will be considered a pharmaceutical manufacturing facility, but we are planning to finish the
Vanderbilt-Ingram Cancer Center performs around 215 stem cell and bone marrow transplants each year, providing care leading up
“For centuries, scientists have known that certain animals can regenerate missing parts of their bodies. Humans actually share this ability with animals like the starfish and the newt. Although we can’t replace a missing leg or a finger, our bodies are constantly regenerating blood, skin, and other tissues.
The identity of the powerful cells that allow us to regenerate some tissues was first revealed when experiments with bone marrow in the 1950s established the existence of stem cells in our bodies and led to the development of bone marrow transplantation, a therapy now widely used in medicine.
This discovery raised