2020-09-02

Cord Tissue Banking – A Miracle Source for Future Transplantation

Cord tissue is the stem cells available in your newborn’s umbilical cord tissue. Also known as Mesenchymal Stem Cells or MSCs, cord tissue is not similar to the stem cells obtained from cord blood. They are multipotent cells that divide into various cell types like fat cells and bone cells.

Processing and storing the umbilical cord tissue of newborns happens to be a popular practice among many parents today. With cord tissue banking, they aim to save their loved ones’ lives in the future by providing them with the necessary transplants if required.

Umbilical cord tissue comprises numerous components, including Wharton’s jelly, which is a thick and gelatinous substance with many vital cell types. Unlike umbilical cord blood, cord tissue banking is only available for private use and you cannot donate it for public use. It is because no federally-public cord blood banks collect and store umbilical cord tissue for some reason.

Private cord blood banks, on the other hand, provide families with the facility of cord tissue banking for a fee. They use rapidly expanding regenerative medicine technologies and work with many different sources that are under clinical trials in over 800 places globally.

Benefits of Cord Tissue Banking 

MSCs work as the best healing cells utilized in regenerative medicine used for muscular, vascular, and inflammatory diseases. Stem cells obtained from many different regions can produce better results. It increases the chances of your newborn’s cord tissue being handy in the future. They offer your baby 100% of genetic match their cord tissue stem cells.

Children of the same biological parents have more chances of a perfect match. Families with mixed ethnicities should store their newborn’s stem cells so that they can offer it to any baby in their immediate and second families. Moreover, cord tissue banking along with your baby’s cord blood has the potential to offer treatment opportunities for a range of diseases and injuries.